The First Three Steps: Explosive Acceleration in Tennis-Specific Patterns

The split step gets you airborne at the right moment. The recovery footwork gets you back to position after the shot. Between those two, three steps decide whether you reach the ball in time and in balance. Those three steps are where elite movement actually happens.

Most amateur players have a passable split step and a passable recovery. The gap that separates them from competent club movement and competent club movement from genuine athletic court coverage is in the first three steps. They are explosive, they are tennis-specific, and they are trainable.

What “First Three Steps” Actually Means

In a tennis movement sequence, after the split step lands and the player has read the ball direction, three things must happen quickly:

1. Step 1 (push-off step): The foot opposite the direction of travel drives into the ground, pushing the body laterally. This is the most explosive step of the sequence, producing most of the initial acceleration.

1. Step 2 (drive step): The first foot lands and immediately pushes off again, continuing the acceleration. Alternatively, the second step can be a crossover that maintains body angle toward the ball.

1. Step 3 (positioning step): The third foot placement is about reaching the optimal hitting position — close enough to the ball, with balanced weight, and at the right distance for the chosen stance.

The whole sequence — split, three steps, set up — takes approximately 1.0-1.4 seconds at the professional level. Less skilled players take 1.6-2.0 seconds for the same sequence. The half-second gap is the difference between meeting the ball on time and meeting it late.

What Makes the First Step Hard

The first step is mechanically demanding for reasons that don’t immediately register on court:

Reason 1: It happens against momentum. The split step lands the player in a small downward and slightly forward motion. The first step has to convert that downward momentum into lateral acceleration in a different direction. The push-off must overcome and redirect existing momentum.

Reason 2: It requires reactive strength. The push-off uses stored elastic energy from the split landing combined with active muscle contraction. Players whose tendons and fascia don’t store elastic energy well — typically those without plyometric training — produce weaker first steps.

Reason 3: It demands directional choice under pressure. The player has to commit to a direction before they have full information about the ball’s trajectory. A first step in the wrong direction is worse than a slow first step in the right direction.

Reason 4: It is asymmetric. The push-off foot, the loading angle, and the body lean are all different for left vs right movement. Most players have a clear “good side” and “weak side” — typically the dominant-handed side is stronger because more matches happen on that side.

The Mechanics of an Efficient First Step

A high-quality first step has specific features visible in slow motion:

• Foot lands with weight on the ball of the foot, not the heel — heel-first landing kills the reactive strength.
• Knee is bent, not locked — bent knees allow the leg to absorb landing and re-extend explosively.
• Trunk leans slightly toward the direction of travel — the lean creates a small horizontal force vector, accelerating the body.
• Arms swing in coordination — the opposite arm swings in the direction of travel, contributing to angular momentum and balance.
• Eyes are already on the ball, not on the feet — the brain plans the body’s path while the feet execute.

The combined effect is an explosive first step that covers 1.5-2.5 meters of ground in roughly 0.4-0.5 seconds. That distance and time are the difference between getting to balls hit with pace and not getting to them.

Tennis-Specific First-Step Patterns

Tennis movement is not generic linear sprinting. The first three steps follow patterns specific to the sport. Five recurring patterns are worth naming:

Pattern 1: Lateral push-off. The most common — moving sideways to retrieve a cross-court ball. Push from the outside foot, drive across the court with the inside foot, set up.

Pattern 2: Diagonal forward. Moving forward and to one side to retrieve a short ball. Push-off involves a slight forward lean as well as a lateral one.

Pattern 3: Diagonal back. Moving back and to one side to retrieve a deep ball. The first step is typically a crossover behind the body, then drive back.

Pattern 4: Pure forward. Moving forward into the court for a short ball with no lateral component. The push-off uses both feet symmetrically through a small jump-step forward.

Pattern 5: Pure backward. Moving back for a deep lob. The first step uses a quick rear crossover, then drive back. Pure straight-back retreats are slower and less common at the elite level.

Drilling each pattern separately exposes which ones are weak. Players who can move well laterally but not diagonally backward will struggle on deep lobs. Players who move well forward but not backward will be vulnerable to deep returns.

Why Most Amateurs Have Weak First Steps

Three common issues, in order of frequency.

Issue 1: No reactive strength training. Amateur players rarely train plyometrics or any form of reactive lower-body work. Their tendons and fascia are conditioned only by walking, jogging, and tennis itself. The reactive component of a first step — using the elastic recoil from the split landing — is underdeveloped. Without it, the first step relies entirely on concentric muscle contraction, which is slower.

Issue 2: Poor split-step timing. A late split lands at or after ball contact, with the player flat-footed by the time the ball is in flight. The first step from a flat-footed position is mechanically much weaker than the first step from a pre-loaded split. Many players blame their first step when the real problem is upstream.

Issue 3: Decision lag. The brain takes 100-200 ms to decide on a direction after seeing the opponent’s contact. Players who don’t anticipate at all wait until the ball is in flight to decide, adding to that lag. Players who do anticipate, based on pre-contact cues, can start their first step closer to the moment of contact. The decision is part of the first step.

Training the First Three Steps

A reasonable weekly volume for an amateur player working on first-step quality:

Plyometric work, 1-2 sessions per week (15-20 minutes each):

• Lateral bounds (10 reps per side)
• Box jumps (8-10 reps)
• Depth jumps (8-10 reps, only if technique is sound)
• Skipping with high knees (30 seconds × 3 sets)

This is not strength training in the traditional sense. The goal is reactive quality — fast contact times, full elastic recoil — not high load.

Tennis-specific footwork drills, 2-3 times per week (10-15 minutes each):

• Shadow movement: respond to coach’s racquet pointing in a direction with full first-three-steps movement to that direction, then back to ready position. 30 reps per side.
• Reaction-cone drills: 4 cones placed around the player, coach calls a number, player moves to that cone with full explosive intent.
• Live ball with movement focus: coach feeds with deliberate variability, player’s only job is to evaluate first-step quality after each ball.

After 6-8 weeks of consistent work, measurable improvements in court coverage become visible. Player feedback typically: “I’m getting to balls I wasn’t reaching before.”

The Connection to Plyometric Training

The strength-and-power literature is clear about plyometric training for athletes: it improves reactive strength, first-step quickness, and change-of-direction performance. The transfer to tennis is direct (Sheppard & Young, 2006).

For tennis players, the most useful plyometric exercises are:

• Lateral bounds (most tennis-specific direction)
• Skater jumps (similar pattern)
• Drop jumps from a low box (10-20 cm) — these train reactive contact time specifically
• Single-leg hops (build the unilateral strength tennis demands)

Two sessions per week, 10-15 minutes each, integrated with strength training, produce measurable gains. Adding more volume doesn’t proportionally improve results and can cause overuse injuries — especially in the knees and Achilles tendons.

A Note on Footwork for Different Age Groups

Juniors (under 14): Plyometric work should be lower volume, lower intensity, with strong emphasis on technique over output. Their joints are still developing and high-impact work has injury risks.

Adults in their 20s-30s: The full range of plyometric work is appropriate. This is the optimal window for building first-step quality that will compound over a tennis career.

Adults in their 40s-50s: Reduced volume and impact, but the work is still valuable. Lower-box drop jumps, less depth, more skipping-style work. The reactive component is still trainable.

Adults over 60: Higher caution but still useful. Stick to low-impact reactive work — quick feet drills, shuffles, skipping. The plyometric mechanism still responds to training, just at lower intensity.

One Thing to Do on Court Tomorrow

Before your next session, do 10 lateral bounds per side as part of your warm-up. Just 20 jumps total. Push off hard, land soft, immediately push off the other direction. Don’t make it gymnastic — just explosive and rhythmic.

After the warm-up, in your first ten minutes of hitting, pay attention to your first step. Notice whether you push hard off the outside foot or shuffle laterally. Notice whether your trunk leans into the direction of travel or stays upright. Notice whether you feel “loaded” at split-step landing or flat-footed.

Most players, doing this for the first time, find at least one of these elements weak. That weakness is where the next month of training points. The first three steps are where matches are won and lost at the moving stage of the rally. Train them.

About the author: Emre Köse is a tennis coach at Beykoz Tenis Kulübü in Istanbul, with 12+ years on court. He holds a BSc in Coaching Education from Marmara University, Faculty of Sport Sciences.

Related in this series: The split step · Recovery footwork · Plyometrics for tennis

Selected reading:

• Sheppard, J. M., & Young, W. B. (2006). Agility literature review: classifications, training and testing. Journal of Sports Sciences.
• Kovacs, M. S. (2009). Movement for tennis: the importance of lateral training. Strength and Conditioning Journal.
• Filipčič, A., Pers, J., Bon, M., et al. (2017). Quantitative differences in tennis footwork between split-step and non-split-step actions. Journal of Human Kinetics.