How to get faster on the tennis court

Stop faster. Get to the ball first.

Traced from real footage

See it, eight instants at a time.

Every frame is traced from real match footage, so you see the shape of the stroke, not a drawing of an idea.

Djokovic's return, instant 6 of 8 — Djokovic's return: eight instants traced from the footage, frame for frame. Hover or tap to flip; the dot marks contact.

Djokovic's return: eight instants traced from the footage, frame for frame. Hover or tap to flip; the dot marks contact.

Key facts

~10–49%
Young, Dawson and Henry’s 2015 review reports about 10–49% shared variance in four planned-versus-cued comparisons in invasion sports. None was a tennis sample.
Young, Dawson & Henry (2015), p. 161; four Pearson correlations quoted in the review
02
Rapid horizontal deceleration can impose high peak ground-reaction forces and loading rates. Braking involves controlling momentum and distributing those forces.
Harper et al. (2022), horizontal deceleration review
0.2s
The lesson uses a fixed 0.2 s processing delay to illustrate a late call. It does not estimate your reaction time or prescribe the instant of split-step landing.
Authored model assumption; see the split-step timing limits
04
Spider times depend on the route, start, surface and timing method. Compare repeated trials using the same protocol.

Why it works

Tennis movement connects starts, adjustments, braking and recovery. A planned route tests one part of that sequence; it does not include reading a changing opponent or incoming ball.

Braking reduces momentum before a change of direction. Harper and colleagues distinguish controlling the braking force from absorbing and distributing it. Start preparing the split around opponent contact; exact landing timing varies with the shot and situation.

A ladder gives you a known sequence of foot placements. Add an unpredictable cue and then a ball to practise reading a target and arriving ready for the next shot.

The line to say on court
“Read the call. Brake before the new direction.”

Drill: The reactive spider

20 min · with a partner

After warming up and rehearsing the route, use the linked USTA ball-retrieval protocol: collect five balls counterclockwise from right baseline corner, right service-line sideline, T, left service-line sideline and left baseline corner. Return each to a 12-by-18-inch rectangle behind baseline centre; a partner removes it. Time from Ready–Go until the last ball is placed. Rest between three valid trials; your number is the best time, and a wrong route or missed collection is invalid, not a faster result.
For cued practice, start ready and let your partner call one reachable target before you move. Complete eight attempts, returning under control and resetting before each new call. Count the correct response and controlled arrival separately from elapsed time. The animation’s late-call reversal is an illustration, not the required drill.
Complete eight manageable, unannounced ball feeds. Hit, recover and prepare for the next strike without forcing a particular crossover or shuffle sequence. Count arrival control and ball-in separately. Stop the block if you cannot keep controlled arrivals; a partial block doesn't count toward the number to beat. The 20 minutes is a session guide, not a deadline for three valid tests and both practice blocks.

Number to beatBest valid time from 3 trials of the specified ball-retrieval protocol; compare under the same conditions

More drills like this: footwork, warm-up and fitness

Faults and fixes

Comparing different spider tests

Route order, ball collection, start and finish rules all affect the time.

FixUse the same protocol, surface and timing method; retain every trial and mark invalid trials.

Using only known routes

A planned route leaves out identifying a new target.

FixAdd a partner cue from a ready start, then a live ball.

Guessing before every call

The drill begins to measure your guess and correction instead of a response from ready.

FixWait for the target cue in this practice. Keep the model’s late-call experiment separate.

Ending the rep at contact

The next ball requires recovery and another preparation.

FixInclude a controlled recovery; do not require one foot sequence or exact landing instant.

Keeping the count when control fades

Later attempts no longer match the task you set out to practise.

FixTake recovery between attempts and end the block when controlled arrivals cannot be maintained; keep its actual count.

Questions players ask

Do agility ladders make you faster at tennis?

A fixed ladder sequence does not include reading an opponent or ball. It can be one planned movement task; add cued and live-ball practice to include those decisions. This lesson does not estimate a ladder’s effect on speed or ankle stiffness.

What is a good spider drill time in tennis?

Compare your own valid trials under the same ball-retrieval protocol, surface and timing method. The animation’s authored 15-second reference omits ball pickup and placement, so it is not a target for this test.

Why is stopping so important in tennis movement?

A change of direction requires reducing and redirecting momentum. Rapid deceleration can involve high peak forces, so practising acceleration alone leaves out part of the movement task. The lesson’s model does not estimate your forces or injury risk.

When should I split step?

Prepare the split around the opponent’s contact and land ready to move as the direction becomes clear. Exact timing varies with the shot and situation; review your arrival with a coach.

What this doesn't cover

The cued model is an authored point-mass comparison with a fixed processing delay; it does not estimate personal reaction time, braking forces or training effects. Its route omits ball pickup and placement. The linked archived USTA test defines a repeatable ball-retrieval protocol; the eight-attempt cued and fed tasks are our practice adaptations, not individualized workload prescriptions.

Sources

Move and reactWhat is a split step in tennis, and when to do itA split step is a small hop you make before every ball, timed so you land around the moment your opponent hits. Start it on their forward swing. The landing pre-stretches your leg muscles like a spring, so you push off harder toward the ball. Land too early and the spring goes slack. Land too late and you're still in the air.Move and reactHow to get a faster first step in tennisChoose a start that gets you to the ball in balance. A foot moving away first is not automatically wasted: in a study of planned lateral sprints, counter steps outperformed gravity and pivot steps over 5 m. Practise reading the feed, moving and adjusting at contact; review the whole sequence rather than judging only the first foot direction.Move and reactWhere to recover after your shot in tennisUse the angle bisector as a recovery reference, then adjust for the opponent’s position, likely replies and the time available. The reference depends on which reply lines you include; it is not always toward the same side of the centre mark. Prepare for the next strike instead of chasing a fixed spot through contact.TrainWhich gym training makes your tennis serve fasterThe gym work that makes your serve faster is a mixed programme: heavy lifts to raise your strength, plus rotational throws and jumps that teach you to use it fast. In a 2024 meta-analysis, multimodal programmes raised serve speed most and core-only work didn't reach significance. A serve's acceleration lasts under a quarter of a second, so strength has to be expressed quickly.