The world’s most popular sport is also one of the most demanding. Stronger, smarter, and more agile players have increased the intensity and tempo of the game. Success hinges on the ability to read, react, and execute. For individual players and teams alike, speed is a necessity.
Soccer Speed is a groundbreaking work—more than a training guide, but an all-encompassing execution plan for success in today’s aggressive, attacking, and fast-paced game.
Inside, you’ll learn how to develop these skills:
- Quickness, agility, and balance for defending, attacking, reacting, and executing
- Most effective techniques, such as heel passes and stride changes, to challenge opponents and keep them off balance
- Soccer intelligence, or the ability to instantly recognize and exploit the opposition’s weakness
- In-game decision making with and without the ball
Every aspect of the game is covered, including step-by-step instruction and 36 drills for developing technical and tactical speed in passing, receiving, dribbling, scoring, counterattacking, and defending. Soccer Speed is the one and only guide for outpacing, outsmarting, and outplaying the opposition.
Part I: Developing Physical Speed
Chapter 1 Game Speed: Speed and Agility in Soccer
Chapter 2 Factors Affecting Game Speed
Chapter 3 Developing Soccer Game Speed
Chapter 4 Designing Game Speed Training Sessions
Part II: Developing Technical and Tactical Speed
Chapter 5 Passing
Chapter 6 Receiving
Chapter 7 Dribbling
Chapter 8 Goal Scoring
Chapter 9 Counterattacking
Chapter 10 Defending
Chapter 11 Strategy and Tactics
Chapter 12 Developing Soccer Intelligence
Dick Bate was the head of the Cardiff City FC Youth Academy and the former director of elite coaching for the English Football Association (FA). He coached at Leeds United FC, Notts County FC, Lincoln City FC, and Hereford United FC. He served as the technical director at Watford FC, and as a technical adviser to FIFA, soccer’s world governing body. He was also the technical director of the Malaysian Football Association and the Canadian Soccer Association.
Bate was a UEFA professional license holder, FA staff coach, AFC staff coach, UEFA “A” license holder, and England youth team coach. As an athlete he played for Sheffield Wednesday, York City, and Boston United football clubs and represented the British Colleges while a student.
He directed and conducted several UEFA Professional License courses and more than 40 UEFA “A” license courses and, together with S. Subramaniam, devised and instigated the Coach Education Programme throughout Asia for the Asian Football Confederation. He received the Lifetime Achievement Coaching Award from the English Football Association.
Dick Bate passed away in 2018.
Ian Jeffreys is one of the most respected strength and conditioning coaches in the United Kingdom and a world-renowned authority on speed and agility development. He is a reader and coordinator in strength and conditioning at the University of South Wales. He is also the proprietor and performance director of All-Pro Performance based in Brecon, Wales. Ian has been a member of the National Strength and Conditioning Association (NSCA) since 1989. He is a registered strength and conditioning coach, certified strength and conditioning specialist (CSCS), and certified personal trainer (NSCA-CPT) with the NSCA and has been recertified with distinction (*D) in all categories. He was the NSCA’s High School Professional of the Year in 2006, the first time the award had ever been presented to a coach working outside the United States. In July 2009, Ian was awarded a fellowship by the NSCA for his outstanding contributions to the industry. He is an accredited strength and conditioning coach with the United Kingdom Strength and Conditioning Association (UKSCA) and was on the board of directors of the association from its founding in 2004 until 2013.
Ian has authored 4 books, 10 book chapters, and numerous strength and conditioning articles that have been featured in leading international journals. He also edited the NSCA book Developing Speed (Human Kinetics, 2013).
Ian has worked with numerous clubs and sport organisations around the world. He is a sought-after conference presenter and has given keynote presentations and hosted performance workshops at several worldwide conferences, including the NSCA Sport-Specific and European Conferences and the Australian Strength and Conditioning Conference.
“After 30 years as a college soccer coach I can say Dick Bate is the best instructor/clinician I have seen. If playing faster interests you as a coach or player, then Soccer Speed is a must read.”
Ray Reid-- Head coach, University of Connecticut – Men’s Soccer
“Dick Bate has created a highly technical book on soccer specific fitness, speed, agility and the technique to enhance and develop these important physical skills. As in all Dick Bate coaching, Soccer Speed is about the real detail that makes the difference for coaches and athletes. He uses examples from the Premier League and I found the read technical but very enjoyable. This is a must for coaches and athletes that want to take their game to a higher level.”
Tony DiCicco-- Olympic Gold Medal Coach, USA ‘96; World Cup Champion Coach, USA ’99; U20 World Cup Champion Coach, USA ‘08
“At Manchester United Football Club, our on and off the field conditioning is expertly guided by Soccer Speed and the information that Dick Bate and Ian Jeffreys present.”
Tony Strudwick-- Head of Fitness and Conditioning, Manchester United Football Club
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0975_ebook_Main.jpg
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_0973_ebook_Main.jpg
What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_0740P_1024_ebook_Main.jpg
What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491817_ebook_Main.jpg
Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491823_ebook_Main.jpg
Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_491832_ebook_Main.jpg
Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.
Optimal Techniques for Soccer Movement
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles.
In learning optimal techniques for performing the various movements in the target classifications, players need to focus on target mechanics. In other words, effective movement needs to be based on sound mechanical principles. This foundation ensures that the technical model maximizes the player's performance potential.
In building up these mechanical models, we also need to revisit the target functions - that is, exactly what the player is trying to achieve. In initiation and actualization movements, the aim is to maximize speed performance, which (as highlighted in chapter 2) depends largely on the player's ability to produce and direct force. Therefore, technique needs to optimize the player's ability to place his or her body in the best position to produce force and direct it in the appropriate direction. Therefore, this kind of technique must be part of technical models for initiation and actualization movements.
In transition movements, on the other hand, the requirements are quite different. Here, the aim of the movement is to place the body in the optimal position from which to read, react, and perform a subsequent initiation movement. Thus the emphasis is not necessarily on speed but more often on control of the movement. While in transition, the player does not know what will happen next in the game and therefore cannot predict various aspects of subsequent movement, such as the type of movement required, the direction of movement, the timing of movement, and the skills that the player may be required to demonstrate.
Given this reality, the player must be able to maintain a position of stability during the movement - a position from which he or she can optimally apply a subsequent initiation movement. Therefore, even though the ability to perform these movements at speed is preferred, technique must not be developed in a way that compromises control.
What Is the Mechanical Basis of Acceleration?
Again, as highlighted in chapter 2, acceleration is intricately linked with the ability to apply force. Indeed, as Newton's second law dictates, acceleration is directly proportional to the force applied. However, sheer force alone does not totally explain effective acceleration technique. Force also requires an appropriate directional element, which means that good technique allows a player to maximize his or her force potential - and therefore acceleration potential - in a game situation.
In essence, effective acceleration takes place from a point of instability. Whenever a player's center of mass is placed ahead of his or her base of support, the player assumes an acceleration posture in the direction of the mass. Placing the center of mass ahead of the base of support allowsthe player to apply force down and back into the ground, thus enabling him or her to accelerate in the opposite direction. Indeed, the direction of the player's center of mass at any given moment naturally dictates the direction of his or her subsequent acceleration.
Force applied directly through the center of mass allows the player to maximize straight-line force because all of the force can be used to generate effective acceleration. In contrast, applying force away from the center of mass results in rotation, and the degree of rotation depends on how far from the center of mass the force is applied. Rotation is counterproductive to speed, and where possible, the aim should be to assume a straight-line posture, allowing force to be applied in a straight line during acceleration and maximum-speed running. Maintaining such posture as movement commences and develops requires a player to use considerable strength and stability.
Figure 3.1 shows a model of acceleration running with a degree of body lean and identifies the importance of straight-line forces.
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What Is the Mechanical Basis of Maximum Speed?
The major difference between the mechanical requirements of maximum-speed running and those of acceleration involves ground contact time. As highlighted in chapter 2, the player needs to exert high levels of force; however, as the player moves through a sprint and gets progressively faster, ground contact time decreases, until it reaches a minimum as the player reaches his or her maximum speed. During acceleration, ground contact time allows the player to exert force both horizontally and vertically, but at maximum speed, because the body already has a high degree of horizontal momentum, the critical aim of ground force is to overcome gravity, thus allowing the player to take an optimal stride length. As a result, the vast majority of force at maximum speed is exerted vertically. This difference affects the player's posture, which is far more upright during high-speed running. It also affects the need to exert force as rapidly as possible, creating a high degree of dependence on the stretch - shortening cycle (see chapter 2).
Figure 3.2 shows a model of maximum-speed running, in which the posture is more upright, again demonstrating the importance of straight-line forces, and with the point of foot contact just in front of or underneath the center of mass.
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What Is the Mechanical Basis of Stability?
Whereas acceleration requires a degree of instability, that type of posture is inefficient for transition movements, in which stability is crucial. Stability relies on the relationship between three main factors: the player's base of support, center of mass, and line of mass.
A soccer player's base of support refers to the area between the player's feet - and in simple terms, the greater the base of support, the more stable the player. Similarly, increasing this area in the direction of any oncoming force increases the stability in that direction. Widening the base of support also increases the player's stability, though beyond a certain optimal point the player's feet will be positioned too widely to effectively apply force, which is of course crucial for initiating any subsequent movement.
Stability also depends upon the height of a player's center of mass.The center of mass refers to the point around which the body's mass is equally distributed. In general, the higher this center is, the less stable the player becomes. As a result, the player can often gain stability by lowering his or her center of mass. As with base of support, however, an optimal point will be reached; in other words, if the player goes too low, his or her force-producing capacities are significantly reduced.
The third factor is known as the line of mass - effectively, the line drawn perpendicularly from the center of mass to the ground. The closer this line is to the middle of the base of support, the more stable the player is.
Again, for transition movements, stability is crucial, because it provides a position from which the player can effectively read and react to the game and perform any required movement or skill. Therefore, players need to develop technique that optimizes stability yet retains their capacity to apply subsequent force for any initiation movements.
Learn more about Soccer Speed.
Passing Drills
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
The drills described in this section provide coaches with the seeds to develop appropriate practices for their players and, where necessary, to raise the challenges to even higher levels.
3v1 High-Intensity Possession
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Purpose
Developing quick, accurate passing skills
Organization
Set up an area that is 8 to 10 yards (or meters) square. Identify three attackers and three defenders, two of whom are waiting outside the practice area. One attacker starts with the ball.
Procedure
- Play is started by one attacker passing to another before the defender becomes active.
- One defender presses the ball for a short period (about 10 seconds) of high-intensity defense.
- After 10 seconds, as the play continues, the original defender is replaced by the second defender, who applies high-intensity pressing until being replaced by the third defender with this sequence continuing.
- Attackers attempt to retain possession under the high-intensity defense for 30 seconds or more as indicated by the coach.
Coaching Points
- Support the ball holder where his or her pass can reach the receiver's feet.
- Upon receiving the ball, be aware of movements by the defender and support players.
- Within two touches (or, if possible, one), release a pass to a teammate and provide support.
- If using two touches, remember that first-touch quality is vital and should be used to make the pass easier and quicker to release if necessary.
- Make quick decisions under pressure.
- Assume quick and accurate support positions for one-touch play to succeed.
- Release the pass accurately under pressure as needed with any surface of the foot.
- First touch may be the pass or the controlling touch before the release of the next pass.
Lay-Offs
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Purpose
Passing with minimum touches
Organization
Set up a circle that is 40 to 50 yards (or meters) in diameter. Around the outside of the circle, position five players. Inside the circle, position two teams of two players each. One player on the outside of the circle starts with the ball.
Procedure
- The player with the ball passes it to player 9 inside the circle.
- Upon receiving the ball, player 9 uses one touch and passes to player 10 inside the circle.
- To receive the pass from player 9, player 10 moves at speed and in various directions.
- Player 10 passes the ball to an outside player, who then returns it inside the circle to the first player on the second team. (The first pair inside the circle rests while the second group works.)
- Play continues as outlined in the preceding steps.
Coaching Points
- Outside players should use various passes at various heights and speeds when delivering the ball to the inside players.
- Player 1 should move at different speeds and in different directions before receiving the pass and should anticipate both the pass delivery and the support player's run.
- The support player 10 should move in different directions in order to support player 9 and even move out of his sight occasionally to challenge his or her ability to find the support player with minimal touches.
- Players inside the circle should work at speed to develop their ability to pass with various body and foot surfaces.
Passing Under Pressure
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Purpose
Passing and receiving the ball despite physical contact
Organization
Set up an area that is 25 yards (or meters) square. Form two teams of equal number (4v4, 5v5, or 6v6). In addition, position one target player on each sideline and one on each end line (for a total of four target players).
Procedure
- Practice begins with one of the target players passing the ball in to a player on one of the two teams.
- The teams oppose each other on a man-to-man basis. Each tries to move the ball from end to end five times in a row.
- Target players on the end lines play with the team in possession and are free to move anywhere along or behind their line in order to provide support.
- Target players on the sidelines also help whichever team has possession and can provide support from anywhere along their line.
Coaching Points
- Shake off your opponent using changes of speed and direction in order to receive the ball with more space and time.
- When receiving the ball or in possession, protect the ball by screening it from the defender.
- If possible, turn to face the defender and try to eliminate him or her by using dribbling skills or working in combination with other attackers (for instance, using a wall pass).
- When not in possession of the ball, provide support for the pass.
Learn more about Soccer Speed.
Defending and Attacking Tactics
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking.
Some teams base their strategy on the idea of playing at a speed that they think will disrupt the opponent, either when defending or attacking. For example, a team equipped with quick defenders who can accelerate rapidly and cover ground (say, 10 yards or meters) at high speed may gear its defensive play to quickly press an opponent who is either receiving or in possession of the ball. As the opposing players try to escape pressure by moving the ball to teammates, other defending players reapply the pressure quickly and relentlessly until possession is regained.
Such an approach is a team tactic that is understood and enforced by all players, and it continues until either the defending team wins possession or the opponent establishes composed possession that compels the defending team to regroup, possibly in a deeper-defending phase of play. Some teams, whose fitness level is high enough, use this pressuring tactic throughout the game. Others use it in a more selective and calculated manner. In either case, the intention is partly to prevent the opposition from gaining momentum to the attack or establishing dominance in possession and partly to test the opponent's will and technical ability to play at high speed.
Sustaining this pressuring tactic for the duration of a game is demanding in every sense. The continuous high-intensity movement and changes of direction can be fatiguing and erode a player's sharpness, both in and out of possession. As a result, some coaches work with their teams to recognize certain triggers or signals that activate the pressing tactic for a relatively short period of time. The cue might be, for example, an uncontrolled pass by the opponent, a square or risky pass to a teammate, a pass to a technically poor or nervous opponent with a defending player nearby, or a certain vulnerable passing circumstance (for example, a pass from a center back to a left back). The role of the coach here is to educate players to recognize such possibilities, both in practice and during game play. Some teams also use an early-pressing tactic for a period of time before dropping deeper toward their own goal to defend.
No matter when or where a team adopts a pressing tactic, it must do so through a controlled and high-intensity approach that is adopted by the entire team. If three players press the opponent urgently and early, but a fourth player does not recognize the situation or contribute to the effort, the tactic is likely to fail, thus allowing the opponent to escape the press. Figure 11.2 shows an example of faulty pressing in which four defenders press both the ball holder and possible outlet pass targets. In this example, attacker 6 has passed the ball to attacker 3. Immediately upon reading the pass to attacker 3, defender 7 applies pressure with help from defenders 2, 8, and 9. However, central defender 5 fails to mark striker 9, who drops to receive the ball. On receiving the ball under little or no pressure, attacker 9 can turn and attack the back line with a pass or decide to run with the ball centrally to commit opponents. Therefore, the team tactic of pressing the ball has failed here because of the poor defending of this one player.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501261_ebook_Main.jpg
Poor execution of a pressing tactic.
In contrast, figure 11.3 shows an example of a full-team press where all defenders recognize and contribute to the full pressing tactic high up the field. Specifically, the defenders take up positions from which to deter, deny, or intercept passes to their immediate opponents and to press any receiver of a pass from fullback 2. In this example, the goalkeeper throws the ball to attacker 2, after which the following sequence immediately occurs.
- Defender 11 presses attacker 2, who is about to receive possession of the ball.
- Defender 9 cuts off the possible pass to the goalkeeper if necessary.
- Defender 10 moves to prevent attacker 5 from receiving the ball (in some situations, defenders 9 and 10 could reverse their roles depending on the distance from each other and the likelihood of defender 5 or the goalkeeper becoming the next pass receiver).
- Defender 7 moves centrally to discourage and even prevent a pass from attacker 2 to attacker 6.
- All other defenders mark opponents in a position from which they can immediately apply pressure should their opponent receive a pass.
- The goalkeeper for the defenders acts as a sweeper behind the back line.
In order to succeed, the defending team must be aware of the opportunity to press together, work assertively to influence passing options, defend vigorously but under control in pressing anyone who receives the ball, and mark accurately those who don't. The team may agree on certain tactics - for example, that the ball holder should not be able to choose pass options at will but should instead be influenced to release passes only into certain areas or to certain players. The defending team will agree on those areas and chosen receivers when preparing for an upcoming competition and will practice implementing the tactic in training. In addition, the tactic may be adjusted as needed for different opponents.
http://www.humankinetics.com/AcuCustom/Sitename/DAM/129/E5676_501262_ebook_Main.jpg
The reverse is also sometimes true - that is, teams who usually choose to defend deeper, allowing the opponent to come to them, may suddenly change tactics and press quickly, early, and high up the pitch for a period of time. If players understand how to use a pressing tactic effectively, the tactic of pressing at different and unexpected periods in the game can surprise and disrupt the opponent.
Learn more about Soccer Speed.