Volley Footwork Sequence¶
The Volley Footwork Sequence is the three-phase protocol for moving correctly at the net — pivot the outside foot, move forward, step with the inside foot at contact — applied across three directional contact zones (straight step, lunge step, away step) depending on where the incoming ball arrives.
The Three-Phase Protocol¶
Phase 1 — Pivot the Outside Foot¶
After the Split-Step, the first foot movement is the outside foot pivoting from perpendicular to nearly parallel to the net:
- Forehand volley: Right foot pivots to the right (and may take a half-step right if time permits)
- Backhand volley: Left foot pivots to the left
This pivot accomplishes two things: it points the knees in the direction of movement, and it pre-loads the outside leg for the subsequent push-off. The pivot is not a full step — it is a rotational commitment to a direction.
Phase 2 — Move Forward¶
After the pivot, move forward toward the ball as aggressively as the ball speed permits: - Fast balls: There may only be time for the pivot; the forward movement is compressed into the pivot itself - Slow balls: Multiple steps forward are possible — use them to get as close to the net as possible, meeting the ball at the highest available contact point
The goal is always to intercept the ball as close to the net as possible. Four advantages compound as the volleyer moves forward: the opponent has less time to respond; the available angles become more acute; the contact point is higher; the opponent is forced to hit their passing shot lower.
Phase 3 — Step with the Inside Foot at Contact¶
The final step before contact is the inside foot stepping forward into the shot: - Forehand volley: Left foot steps forward - Backhand volley: Right foot steps forward
The inside foot landing ground slightly airborne at contact is the ideal — weight is still moving through the contact zone at the moment of impact, contributing to the Step-Hit-Step Cadence's "freight train" carry. If the foot is firmly planted before contact, momentum has stopped: the Mechanical Leak.
Three Contact Directions¶
The Straight Step¶
Used on balls comfortably 2–3 feet to the side of the body: - Forehand: Left foot steps between noon and 1 o'clock - Backhand: Right foot steps between noon and 11 o'clock
This is the standard volley; if time permits, the player moves their feet to this exact stance, as it turns the shoulders and places the legs optimally to push forward into the shot.
The Lunge Step¶
Used on wider balls requiring a long reach: - Forehand: Left foot steps between 2 and 3 o'clock - Backhand: Right foot steps between 9 and 10 o'clock
Strong legs and superior balance are required to stay low and maintain control of the centre of gravity at full extension. A low COG is essential for a quick stop and recovery to the next shot.
The Away Step¶
Used when the ball is hit quickly directly at the body — only time for the front foot to step away from the ball: - Forehand: Left foot steps between 9 and 10 o'clock (away from the shot) - Backhand: Right foot steps between 1 and 2 o'clock
This away step creates space — it moves the body away from the incoming ball, providing enough room for the arms to swing with the shoulders level and body balanced. Without it, the player is jammed — the Chicken Wing compensation.
Racket Head Orientation by Ball Height¶
A key principle the source material establishes: the racket head should be tilted up rather than down whenever possible.
A strength test demonstrates this: resisting a push-back on a racket tilted 45 degrees up is measurably easier than on one tilted 45 degrees down. The anatomical reason — the skeletal alignment of the forearm behind an upward-tilted racket face is more efficient than the muscular effort required to hold a downward-tilted face.
Application: - Waist-high ball → crouch down and tilt the racket head upward to turn it into a chest-high contact - Low ball (knee to ankle height) → crouch to keep the racket face horizontal
Related Concepts¶
- Step-Hit-Step Cadence
- Gravity Step
- Mechanical Leak
- Power Triangle
- Athletic Stance and Centre of Gravity
- Wrist Mechanics at the Volley
- Body Weight Transfer — Performance Physics
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