Changing Pace

Changing Pace refers to the player’s ability to intentionally increase, decrease, maintain, or re-establish movement speed while maintaining control of the ball and preparing the action that follows.

Within this curriculum, Changing Direction and Changing Pace describe two different movement problems. Changing Direction primarily concerns where the player is moving, whereas Changing Pace concerns how quickly the player moves along the current or emerging movement path. For coaching purposes, Pace Control refers to the player’s ability to intentionally regulate movement speed while preserving useful control of the ball and body.

The basic problem can be simplified as:

A player may accomplish this through different combinations of acceleration, deceleration, temporary delay, and reacceleration. One possible sequence is:

However, this sequence should not be interpreted as a pattern that must occur during every change of pace. A player may accelerate without first decelerating, reduce speed without stopping, or reaccelerate immediately after a brief reduction in speed. The objective is not to reproduce one sequence, but to control how movement speed changes according to the demands of the action.

Basketball repeatedly exposes players to accelerations and decelerations over short periods and distances. Match-based research in youth and professional basketball demonstrates repeated acceleration and deceleration demands, with these demands varying according to playing position, time window, and individual player characteristics.¹–³

1. Pace as a Movement Variable

Pace should not be understood simply as moving fast or slow. Movement speed exists across a range, and the player may intentionally increase, decrease, maintain, or temporarily delay movement before reaccelerating.

The magnitude of the change may also vary. A player can make a small reduction in speed without approaching a stop, or a much larger reduction that brings the body close to stationary. Similarly, acceleration may occur gradually or rapidly depending on the demands of the movement.

The appropriate pace depends on the interaction among:

• Available Space
• Current Direction
• Ball Position
• Body Organization
• Intended Next Action

Because these conditions continually change, the player should not develop one preferred pace. The objective is to develop the ability to move through different speeds while maintaining useful control.

2. Dribble Tempo and Movement Speed

Dribble Tempo describes how quickly complete dribble cycles repeat, whereas Movement Speed describes how quickly the player’s body moves through space. These variables may influence one another, but they are not the same variable.

Basketball-specific research by Park and Jeong examined stationary dribbling at different prescribed tempos. Skilled players demonstrated greater consistency in the anterior–posterior direction, while skilled and less-skilled players displayed different upper-limb coordination patterns.⁴ Because the task was stationary, Dribble Tempo could be manipulated without corresponding changes in locomotor speed.

Research using the Dribble Deficit provides another useful distinction. Sprinting ability strongly influences total dribbling time, but the additional time required to move while controlling the basketball can be considered separately from the player’s underlying sprint performance.⁵˒⁶

For coaching purposes, however, the player can progressively explore different relationships between the two variables, including:

• Increasing Movement Speed while maintaining a similar Dribble Tempo
• Reducing Movement Speed while maintaining a similar Dribble Tempo
• Maintaining a similar Movement Speed while changing Dribble Tempo
• Changing Movement Speed and Dribble Tempo together

At the Foundation level, the two variables may initially change together because this relationship is easier to organize. As skill develops, the player learns that changing one does not always require the other to change in the same way. The purpose is not to separate the ball and body, but to develop greater control over how timing relates.

3. Acceleration

Within this section, Acceleration refers to an increase in movement speed. In basketball, the player often has only a limited distance before another action is required.

Acceleration requires the player to apply force against the ground in a manner that increases movement velocity. Biomechanical research comparing maximal acceleration and deceleration demonstrates that acceleration involves predominantly positive lower-limb joint work, with substantial contributions from the hip and ankle.⁷

When the basketball is added, increasing movement speed also changes the relationship among the ball, feet, and body. The player must coordinate:

As movement speed increases, the ball may need to occupy a different position within the player's Control Space. However, one universal ball position should not be prescribed.

The principle established in Foundation of Control remains:

Position the Ball Where It Supports the Next Action

The ball should remain positioned so that the player can maintain control and continue efficiently into the movement that follows. The purpose of acceleration is therefore not simply to run faster, but to create speed without losing control.

4. Deceleration

Deceleration refers to a reduction in movement speed. It should not be treated simply as the absence of acceleration, because the player must actively manage existing momentum while preserving a position from which the next action remains available.

Recent literature increasingly treats deceleration as a distinct performance quality. A 2026 Sports Medicine review emphasizes both its importance in multidirectional sport and the substantial mechanical demands involved in rapidly reducing velocity.⁸ Acceleration and deceleration also place different demands on the lower body. Whereas maximal acceleration involves predominantly positive lower-limb joint work, maximal deceleration requires substantial negative work across the hip, knee, and ankle.⁷ Horizontal deceleration can also expose the lower extremity to substantial forces throughout the musculoskeletal system.⁹

For coaching purposes, the process can be simplified as:

Deceleration does not necessarily mean stopping. The player may reduce movement speed only enough to:

• Reorganize the ball and body
• Prepare a change of direction
• Alter movement rhythm
• Prepare a pass
• Prepare a shot
• Prepare a finish
• Prepare to accelerate again

This distinction is important because acceleration creates movement speed, whereas deceleration allows the player to control, redirect, or reuse that speed.

5. Maintaining Control During Speed Changes

Changing movement speed changes the relationship among the ball, feet, and body. As the player accelerates or decelerates, adjustments may occur in:

• Foot placement
• Ground interaction
• Center-of-mass movement
• Ball position
• Control Space
• Dribble–Footwork Coordination
• Dribble Rhythm

The objective is not to preserve exactly the same movement pattern at every speed. Recent research examining young basketball players running with and without a dribble found that adding the basketball altered inter-limb coordination, symmetry, and temporal variability.¹⁰ These findings reinforce the broader principle that locomotor coordination adapts when ball control becomes part of the movement task.

The same principle can be applied when movement speed changes. During acceleration, the player may require a different coordination pattern among the ball, feet, and body than during slower movement. During deceleration, additional time or space may be required to reorganize the ball and body, while reacceleration may require this coordination to adapt again. These are coaching applications rather than fixed biomechanical patterns.

The process can be simplified as:

The player should not have to choose between changing movement speed and controlling the basketball. Pace Control requires both.

6. Delay and Hesitation

Not every reduction in pace requires a complete stop. At times, the player may intentionally reduce forward progression while remaining prepared to move again.

Within this curriculum, Delay refers to a temporary reduction or suspension of forward progression while the player maintains control and remains capable of continuing the movement. A Hesitation is one basketball application of Delay.

During a Delay, the player may:

• Reduce Movement Speed while maintaining a similar Dribble Tempo
• Reduce both Movement Speed and Dribble Tempo
• Extend part of the Control Phase
• Reorganize foot position
• Reorganize body position
• Prepare for reacceleration

A hesitation does not require the player to become completely stationary, nor does it require one prescribed:

• Dribble height
• Foot position
• Body posture
• Control Tempo
• Pull-to-Push ratio

Dribble Rhythm and Control Tempo may contribute to the action, but they should not be confused with Movement Speed itself. The player may change the timing of the ball, the speed of the body, or both. At this stage of the curriculum, the objective is to develop the ability to control this relationship while maintaining the capacity to continue the movement. Using Delay to manipulate a defender will be addressed later within the Foundation of Interaction.

7. Reacceleration

Reacceleration refers to an increase in movement speed after a previous reduction, Delay, or stop. Unlike an initial acceleration from a stationary position, reacceleration may begin while the player is already moving and while the ball, feet, and body remain organized within an ongoing action.

The process can be simplified as:

The purpose is not necessarily to reach maximum speed. The player may need only enough acceleration to:

• Enter available space
• Establish a driving line
• Continue after a Delay
• Exit a retreat
• Recover after contact
• Prepare the next action

Basketball match data reinforce the repeated nature of these speed transitions. In U18 women's basketball, acceleration and deceleration demands differed according to playing position and game period, with guards performing more and higher-intensity accelerations than some other positional groups.¹ Professional female basketball similarly demonstrates meaningful acceleration demands across different time windows and substantial variation between players.²

Reacceleration should not be treated as a separate trick, but as part of the player's broader ability to regulate movement speed. It allows the player to create speed again after intentionally reducing it.

8. Linking Dribble Rhythm and Movement Speed

Dribble Rhythm and Movement Speed should eventually work together without becoming the same variable. The player is managing two related aspects of movement: Dribble Rhythm organizes the timing of repeated interactions with the ball, whereas Movement Speed describes how quickly the body travels through space.

At the Foundation level, their relationship may remain relatively simple:

• Move Faster → Dribble Faster
• Move Slower → Dribble Slower

This can provide an initial coordination reference. However, the long-term objective is not to permanently couple the two variables. As skill develops, the player can explore different relationships, including:

• Stable Dribble Rhythm with changing Movement Speed
• Changing Dribble Rhythm with relatively stable Movement Speed
• Extended Control Tempo with reduced Movement Speed
• Changing Dribble Rhythm with reacceleration

The purpose is not to teach every combination as an individual technique, but to prevent the player from becoming dependent on one fixed relationship between the timing of the ball and the speed of the body.

Research supports Dribble Tempo as a modifiable ball-handling variable,⁴ while Dribble Deficit research demonstrates that ball-in-hand locomotor performance contains demands beyond the player's underlying sprint capacity.⁵˒⁶ These findings provide a useful basis for distinguishing the timing of ball control from the speed of whole-body movement, although the specific relationships described here remain coaching applications.

The developmental relationship can therefore be expressed as:

Eventually, changes in Dribble Rhythm and Movement Speed can occur deliberately rather than simply changing together by default.

9. Pace Control is Task-Dependent

There is no single correct movement speed for every basketball action. The appropriate pace depends on the movement problem.

Basketball competition illustrates this variability. Acceleration and deceleration profiles differ according to playing position in U18 female players,¹ professional players display substantial individual variation in peak acceleration demands,² and recent elite youth data demonstrate that the most demanding movement scenarios can vary across playing positions and different time windows.³

The appropriate pace may depend on:

• Available space
• Current direction
• Ball position
• Body position
• Existing movement speed
• The action that follows

A player may sometimes need to preserve speed, whereas at other times, reducing speed may create a better movement solution. Similarly, a larger acceleration is not automatically better than a smaller one, and a sharper deceleration is not automatically better than a gradual reduction in speed.

This principle parallels Changing Direction. Just as the player should redirect only by the amount required by the action, movement speed should increase, decrease, or remain stable according to the demands of the task. In both cases, the objective is not to maximize the movement variable, but to adapt it to the movement problem.

10. Developing Pace Control

The developmental objective progresses from intentionally changing movement speed through simple and predictable patterns to regulating pace across increasingly variable movement demands.

At the Foundation level, the player learns to intentionally change movement speed without losing control of the ball:

The initial changes in speed should remain manageable. The priority is not maximal acceleration or maximal deceleration, but the player's ability to intentionally move between different speeds while maintaining useful ball–body organization.

At the Development level, individual speed changes begin to connect:

The player can progressively vary:

• Magnitude of acceleration
• Magnitude of deceleration
• Duration of delay
• Distance used to change speed
• Dribble Tempo
• Control Tempo
• Ball Position
• Foot placement
• Reacceleration speed

The sequence does not need to remain identical. A player may shorten, extend, combine, or omit individual elements according to the movement problem.

At the Application level, Pace Control becomes increasingly adaptable:

The player learns to regulate movement speed according to the available space and the action that follows. Defender-driven pace manipulation is developed later within Foundation of Interaction; at this stage, the priority remains establishing the movement capability. The player should be able to accelerate, decelerate, Delay, and reaccelerate without losing useful control of the ball.

The developmental progression can be summarized as:

At first, the player learns how to intentionally change movement speed while maintaining control. With development, the player learns how much, for how long, and through what sequence of speed changes the movement problem requires.

11. Coaching Principle

The purpose of Changing Pace is not to make the player move as fast as possible. Increasing speed is only one possible pace adjustment; the player must also be able to reduce speed, maintain it, temporarily delay forward progression, and reaccelerate while keeping the ball and body organized for the action that follows.

At first, the process can be simplified as:

As skill develops, acceleration, deceleration, Delay, Dribble Rhythm, Control Tempo, and reacceleration become increasingly connected. A successful change of pace should not be judged by how fast the player moves at the end of the action, but by whether the player can change speed intentionally and remain prepared for what comes next.

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