Tennis Fitness: The Complete Guide to Training for Tennis

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By Manny Edwards, CTPS, MTPS, CSCS, Founder & Head Coach, B.A.S.E.C. Tennis Performance Lab, Carmel, Indiana

Manny Edwards coaching a BASEC Tennis athlete in resistance band lateral footwork for tennis movement

Tennis is one of the most physically demanding sports there is. A single point can ask you to explode off a split step, sprint wide, brake hard, hit with full rotational power, and recover to the middle, all in a few seconds. Then you do it again, hundreds of times, in matches that can last from under an hour to several hours.

That's why tennis fitness isn't the same as general fitness. Running miles or lifting heavy is good for your health, but neither will, on its own, make you faster to a drop shot or more stable on a wide forehand. This guide lays out how we build tennis-specific fitness at B.A.S.E.C. Tennis, the same framework I use with juniors, adults, college players and touring professionals. Where I state a number, it comes from the published research listed at the end.

Note: this article is general education, not medical advice. If you have pain, an injury or a health condition, see a qualified medical professional before starting a new program.

What Is Tennis Fitness?

Tennis fitness is the combination of physical qualities that let you move well, hit with power, repeat high-quality efforts and stay healthy on the court. At B.A.S.E.C., we organize it around five elements, the letters of our name:

Balance: controlling your body as you move, hit and change direction.
Agility: changing direction quickly and efficiently.
Speed: getting to the ball first, especially in the first two or three steps.
Explosive movement: producing force fast, off the ground and through the swing.
Core: connecting lower body to upper body and transferring rotational power.

Add conditioning (to repeat all of that late in a match), mobility, injury prevention and recovery, and you have the full picture.

The Physical Demands of Tennis

Good training starts with an honest look at what the sport actually asks of the body. Research on match play gives us a clear picture:

Short, intense bursts. Reviews of match analysis studies report that points typically last about 5-10 seconds, with average point length under 10 seconds at the competitive level (Fernandez et al., 2006; Kovacs, 2007).
Frequent rest. Rest between points is typically 10-20 seconds, with longer breaks at changeovers and between sets. Under ITF rules, the maximum time is 20 seconds between points (25 seconds is used in many professional events), 90 seconds at changeovers and 120 seconds between sets.
Work-to-rest ratios. Reported work-to-rest ratios during match play range from roughly 1:1 to 1:5, depending on level, surface and playing style (Fernandez et al., 2006; Kovacs, 2007). One study of professional clay-court matches measured average rallies of about 7 seconds and rests of about 16 seconds, a ratio of about 1:2 (Mendez-Villanueva et al., 2007).
Effective playing time is low. The ball is actually in play for only about 20-30% of total match time on clay and 10-15% on faster courts (Fernandez et al., 2006).
Lots of direction changes. Players average around four direction changes per point, and estimates range from 3 to 7 (Fernandez et al., 2006; Kovacs et al., 2008). Roughly 80% of strokes are played within about 2.5 meters of the ready position.
Hundreds of high-intensity efforts. A best-of-three-sets match can involve an estimated 300-500 high-intensity efforts (Fernandez et al., 2006).

Energy systems. Each point is powered mainly by the fast-acting anaerobic systems (stored phosphocreatine and anaerobic glycolysis). The aerobic system does the work between points, helping you recover so the next point can be just as explosive. That's why competitive tennis players need both anaerobic qualities (speed, agility, power) and a solid aerobic base (Kovacs, 2007). Research also shows fatigue can reduce hitting accuracy, so fitness directly protects your shot quality late in matches (Kovacs, 2007).

What this means for training: most tennis conditioning should be interval-based, with short work bouts and planned rest, and most movement training should happen over short distances with lots of starts, stops and direction changes.

Step 1: Needs Analysis and Testing

You can't fix what you haven't measured. Every B.A.S.E.C. athlete starts with an evaluation that becomes the baseline for progress checks. A good tennis needs analysis looks at:

The player: age, training age (how long they've trained), injury history, playing level, game style and goals.
The schedule: tournament calendar, school or work demands, and how many hours they play each week.
Physical testing. Common, practical tests include:
Movement screens for squat, lunge, single-leg balance and trunk control.
Mobility: hip rotation, thoracic rotation, and shoulder internal and external rotation on both sides.
Speed: short sprints (for example 5, 10 and 20 meters).
Agility: tennis-specific change-of-direction tests such as the spider drill or a pro-agility (5-10-5) shuttle.
Power: vertical jump or countermovement jump, broad jump, and medicine ball throws (overhead, rotational and chest pass).
Strength: appropriate to age and experience, such as grip strength, bodyweight strength tests, or trained lifts for experienced athletes.
Conditioning: an intermittent test, such as a shuttle or tennis-specific intermittent test, rather than only a long steady run.

Retest periodically, usually every 8-12 weeks or at the end of a training block, so you're tracking real progress instead of guessing.

Step 2: Movement and Footwork

Footwork is the foundation. In my experience, most players can gain more from moving better than from any other single change. Remember that most shots happen within a few steps of the ready position, so efficiency over short distances matters most.

The key patterns:

Split step: a small hop timed with your opponent's contact so you land balanced and loaded, ready to move in any direction.
First step: the explosive first movement toward the ball, often a drop step, open step or crossover. It's often the biggest separator between levels.
Crossover step: for covering ground laterally fast.
Adjustment steps: small steps to set up the right distance from the ball.
Deceleration: braking under control so you can hit from a stable base. Deceleration is often under-trained compared with acceleration, yet every wide ball demands it (Kovacs et al., 2008).
Change of direction: planting, loading the outside leg and pushing back toward the middle.
Recovery steps: shuffle or crossover back into position after the shot.

Drills to try: shadow footwork with full patterns and no ball, the fan drill (sprint to five cones around the baseline and back), deceleration drills (sprint, stick a balanced stop, hold), and reactive drills where a partner points or calls a direction. On court, our BASEC Elite sessions use a ball machine so players train footwork and shot execution together. Footwork has to hold up when there's a ball to hit, not just in a cone drill.

Step 3: Speed, Agility and Reaction

Manny Edwards coaching a BASEC Tennis athlete through agility ladder tennis footwork with a racket

Tennis speed is about short bursts. Most movements cover only a few meters, and reviews recommend focusing training on distances seen in match play, generally under about 20 meters (Kovacs, 2006). Train it accordingly:

Keep sprints short (about 5-10 meters for most reps), with enough rest between reps that every rep is fast.
Train deceleration as hard as acceleration.
Combine linear, lateral and multidirectional movement. Straight-line sprint speed doesn't fully transfer to the start-stop, multidirectional demands of tennis (Kovacs et al., 2008).
Use reactive cues (a ball drop, a partner's point, a call) and not only pre-planned patterns, because matches are unpredictable. Reading the opponent and reacting early is a skill you can train.
Classic drills: ball drops, the spider drill, T-drill, lateral alley shuffles, and the 5-ball pickup.

Quality beats quantity. When your speed drops off noticeably, the set is over.

Step 4: Strength and Power

Strength is the engine behind speed, power and durability. A tennis strength program should include:

Lower body: squats, split squats, lunges in multiple directions, and single-leg work for stability and braking.
Posterior chain: hinges, glute and hamstring work to protect the back and drive the first step.
Rotational core: medicine ball throws, anti-rotation holds (such as Pallof presses) and cable rotations to connect legs to racket. Tennis strokes are built on a chain of force from the ground up through the hips and trunk to the arm.
Upper body and shoulder: rows, presses and rotator cuff work (especially external rotation) and scapular stabilizer work for serve power and shoulder health.
Forearm and grip: wrist and forearm strengthening, including eccentric work, to help the arm tolerate the repetitive load of hitting.
Power: jumps, bounds, lateral bounds and med ball throws, done fast, with perfect landings, and with full rest between sets.

Technique always comes before load. Progress gradually, and match the program to the athlete's training age, not just their tennis level.

Step 5: Tennis-Specific Conditioning

Tennis is an interval sport, so condition in intervals, not just long slow runs. Research-based recommendations for tennis conditioning commonly suggest work bouts of about 5-20 seconds with work-to-rest ratios around 1:3 to 1:5 (Kovacs, 2006; Kovacs, 2007).

On-court circuits that combine footwork patterns, sprints and shadow swings.
Repeat blocks that mimic games and sets, for example 6-8 "points" of 10-15 seconds with about 20 seconds of rest, then a 90-second "changeover".
Aerobic base work (easy cycling, jogging or longer low-intensity drills) to support recovery between points, especially in the off-season.

Match conditioning to the time of year. More volume in the off-season, more specificity and less volume as tournaments approach.

Step 6: Mobility and Flexibility

Tennis demands range of motion in the hips, thoracic spine and shoulders. Restricted mobility can force other joints to compensate, which can hurt both performance and health.

Before training: dynamic warm-ups, not long static stretches.
After training: gentle static stretching and mobility work for hips, hamstrings, back and shoulders.
Shoulder rotation: studies of elite junior and professional players found the hitting shoulder commonly has less internal rotation than the non-hitting side, and in one study this difference grew with age and years of tournament play (Ellenbecker et al., 1996; Kibler et al., 1996). Some of this is a normal adaptation. Regular screening lets a qualified professional spot when it's becoming a problem.

Step 7: Injury Prevention

At B.A.S.E.C., injury prevention isn't an add-on. It's built into every session. Research on tennis injuries shows that most injuries occur in the lower body, followed by the upper body and the trunk. Acute injuries such as ankle sprains are more common in the legs, and overuse problems are more common in the shoulder and elbow (Pluim et al., 2006; Fu et al., 2018). The published evidence on specific prevention programs in tennis is still limited, so the guidance below follows sound general principles:

Shoulder: rotator cuff strengthening (especially external rotation), scapular control, thoracic mobility and regular range-of-motion screening. Manage serve volume.
Elbow: forearm and grip strength, sound stroke technique, and appropriate equipment (racket weight, grip size, string type and tension). Lateral elbow pain ("tennis elbow") is common among tennis players (Pluim et al., 2006).
Wrist: forearm strength and gradual increases in topspin-heavy hitting volume. The tendon on the pinky side of the wrist (extensor carpi ulnaris) is a known problem area in tennis (Fu et al., 2018).
Lower back: hip mobility, trunk strength (anti-extension and anti-rotation), and gradual serve and rotational loading.
Knee: single-leg strength, landing and deceleration mechanics, and sensible management of jump and court volume.
Ankle: balance and proprioception work, calf and foot strength, and appropriate court shoes for the surface. A previous sprain is a common risk factor for another one.
Load management: increase hours on court and in the gym gradually, and respect warning signs. Pain that changes how you move or hit is a reason to stop and get assessed.

Step 8: Warm-Up and Cool-Down

Always start with a dynamic warm-up: 10-15 minutes that progresses from light movement to tennis-specific intensity.

Raise: light jogging, skipping, side shuffles.
Mobilize: leg swings, lunges with rotation, hip openers, arm circles, thoracic rotations.
Activate: glute bridges, band work for hips and shoulders.
Potentiate: short accelerations, split steps into first steps, a few jumps and med ball throws, then progressive serves.

Cool-down: 5-10 minutes of easy movement followed by light stretching and mobility, along with fluids and a recovery snack.

Step 9: Periodization Around Tournaments

Tennis has a long, crowded calendar, so training has to be planned around competition.

Off-season / general preparation: the highest training volume. Build strength, aerobic base and movement quality, and address weaknesses from testing.
Pre-competition: shift toward power, speed and tennis-specific conditioning, with less total volume.
In-season / tournament weeks: maintain strength and power with short, sharp sessions (for example 1-2 brief sessions a week) and prioritize freshness, recovery and match play.
Taper: reduce training volume in the days before a key event while keeping some intensity.
Active rest: after a long stretch of competition, plan lighter weeks to recover physically and mentally.

Juniors and Long-Term Athletic Development

Young players aren't small adults. Long-term athletic development models, such as the Youth Physical Development model (Lloyd & Oliver, 2012), emphasize fundamental movement skills, coordination, speed, agility and strength from a young age, with training adjusted to each child's maturity rather than just their age.

Resistance training is appropriate for young athletes when it's age-appropriate, well supervised and technique-focused. Major international position statements support it (Lloyd et al., 2014; Faigenbaum et al., 2009).
Start with bodyweight mastery and movement quality, and add load gradually.
Use scaled tennis. The ITF and USTA support red, orange and green balls and smaller courts for young players so they can learn proper technique and movement.
Watch growth spurts. Coordination and tolerance of load can change temporarily during rapid growth, so adjust volume and monitor for pain.
Avoid early over-specialization and excessive volume. Variety, multi-sport play and fun build better long-term athletes.

Our Rising Stars program begins at ages 5-8, focused on balance, coordination and the joy of moving well.

Adult and Senior Players

Adults and seniors benefit enormously from tennis fitness training, often more than anyone because they have less margin for error.

Prioritize strength training. Muscle mass and power tend to decline with age, and strength and power work helps counter that.
Longer warm-ups. Give yourself more time to prepare joints and tissues.
Respect recovery. Allow more time between hard sessions, and build volume gradually.
Balance and leg strength support safer movement and fewer falls.
Get medical clearance if you have heart, joint or other health concerns before starting a vigorous program.

Recovery

Training creates the stimulus, and recovery is when you adapt. Recovery tools that matter most:

Sleep (see below), which is the foundation.
Nutrition and hydration (see below).
Planned easy days and lighter weeks within the training plan.
Active recovery: easy cycling, swimming, walking and mobility work.
Monitoring: simple tools such as session rating of perceived exertion (RPE), soreness and mood check-ins can help coaches spot fatigue early. Research suggests RPE is a useful, practical way to monitor effort in tennis (Fernandez et al., 2006).

Popular tools such as massage, compression or cold-water immersion may help some players feel better. Think of them as extras, not substitutes for sleep, nutrition and smart planning.

Sleep

Sleep may be the most under-used performance tool in tennis. The American Academy of Sleep Medicine recommends:

Children 6-12: 9-12 hours per 24 hours.
Teens 13-18: 8-10 hours per 24 hours.
Adults: 7 or more hours per night.

Insufficient sleep in young people is associated with poorer attention, learning and mood, and with a higher risk of injuries and accidents (Paruthi et al., 2016). For tennis players, practical sleep habits include consistent bed and wake times, a cool, dark and quiet room, limiting screens before bed, and managing caffeine late in the day. When traveling to tournaments, plan sleep around time-zone changes and late matches.

Nutrition and Hydration

Fueling is part of training. Guidelines drawn from tennis-specific research (Ranchordas et al., 2013) and the ITF, WTA and ATP expert group statement on nutrition in high-performance tennis emphasize a "food first" approach:

Carbohydrate is the main fuel for repeated high-intensity efforts. For high-level players training hard every day, recommendations are about 6-10 grams per kilogram of body weight per day, adjusted to training load. Recreational players need less.
Protein: around 1.6 g/kg/day for players training at high intensity, spread across meals, including after training.
Fats: from quality sources, as part of a balanced diet.
During long matches: for matches longer than about 2 hours, 30-60 grams of carbohydrate per hour (sports drinks, bananas, gels) can help maintain energy (Ranchordas et al., 2013).
Hydration: sweat rates in tennis vary widely, from about 0.5 liters per hour to, in exceptional cases, around 5 liters per hour, depending on the player and conditions (Ranchordas et al., 2013). Drink at changeovers, use electrolyte drinks in heat or long matches, and arrive at practice well-hydrated. Weighing yourself before and after practice is a simple way to learn your personal sweat losses.
Supplements: be cautious. Young athletes rarely need them, and any supplement carries a risk of contamination with banned substances. Speak with a registered sports dietitian before using them.

Underfueling over time can harm health, performance and recovery. If energy, mood or performance keep dropping, talk to a qualified professional.

Common Tennis Fitness Mistakes

Training like a distance runner. Long, slow running alone doesn't prepare you for repeated short sprints and direction changes.
Ignoring deceleration. Fast to the ball but unable to stop and set up means poor shots and more stress on the knees and ankles.
Skipping the warm-up.
Doing everything at maximum effort, all the time. Without recovery, you get tired, not better.
Neglecting the shoulder and forearm until something hurts.
Copying a pro's program. Train for your age, level and training age.
No testing or tracking. If you don't measure, you can't know what's working.
Inconsistency. Short bursts of hard training followed by weeks off rarely produce lasting results.
Under-sleeping and under-fueling.

The Etcheberry Method Context

My approach grew from more than six years training under Pat Etcheberry. I'm proud to be Pat Etcheberry's last protégé. Pat was one of the most respected fitness coaches in tennis. He worked with many of the game's top professionals over several decades and was known for demanding, tennis-specific on-court conditioning and an uncompromising work ethic. Pat passed away in 2026. His influence lives on in the way we train at B.A.S.E.C.: hard, specific, on-court work that prepares athletes for the real demands of match play, delivered with care for each athlete. It's the heart of our motto, work hard, win easy.

In memory of Pat Etcheberry (1943-2026).

A Sample Weekly Tennis Fitness Plan

Here's a general template for a competitive player who plays tennis 3-5 days a week during a training (non-tournament) week. Adjust for age, level, health and schedule.

Monday: Strength (lower body + core) + footwork patterns
Tuesday: Speed & agility (short sprints, reactive drills) + mobility
Wednesday: Recovery / light mobility
Thursday: Strength (upper body, shoulder health, power)
Friday: Tennis-specific conditioning intervals + footwork
Weekend: Match play / tournaments; mobility and recovery

Sessions of 45-75 minutes are enough. During tournament weeks, cut gym work to one or two short sessions and prioritize recovery. Consistency over months is what produces results.

How to Get Started

Get evaluated. Build your plan from a baseline, not a guess.
Master movement first. Build footwork and body control before adding heavy load or volume.
Train specifically. Choose exercises and intervals that resemble how tennis is actually played.
Plan around your calendar. Train hardest away from key tournaments.
Recover deliberately. Sleep, fuel and hydrate like it's part of training, because it is.
Be consistent. Two or three focused sessions a week, every week, beat occasional heroic workouts.
Work hard, win easy.

Frequently Asked Questions

How often should tennis players do fitness training?

Most players benefit from 2-3 tennis fitness sessions per week alongside court practice, with fewer, shorter sessions during tournament weeks.

What is the best exercise for tennis fitness?

There isn't a single best exercise. The biggest gains usually come from footwork, first-step speed and deceleration, supported by lower-body and rotational core strength.

Can junior players do strength training?

Yes, when it's age-appropriate, well supervised and technique-focused. International position statements support youth resistance training. Young athletes start with balance, coordination and bodyweight movement, and load is added gradually.

How do I improve my tennis footwork?

Learn the core patterns (split step, first step, crossover, adjustment, deceleration and recovery steps), drill them without a ball, then train them on court with live or ball-machine feeds and video feedback.

Is running good for tennis fitness?

Some aerobic running builds a recovery base, but tennis is played in short bursts with frequent direction changes. Prioritize short sprints, change of direction and interval conditioning.

What should I eat before a match?

A familiar, carbohydrate-based meal 2-4 hours before, with a light snack closer to play if needed. Hydrate well beforehand. Never try new foods on match day.

How much sleep do tennis players need?

Teens are recommended 8-10 hours per 24 hours and adults 7 or more hours per night, per the American Academy of Sleep Medicine.

How do I prevent tennis elbow?

Build forearm and grip strength, refine technique, check your equipment (grip size, string type and tension), and increase hitting volume gradually. See a professional if pain persists.

How long until I see results?

It depends on the athlete and their starting point. That's why we evaluate first and re-evaluate periodically to track real progress.

Train With B.A.S.E.C. Tennis

If you're in the Carmel or Indianapolis area and want a tennis fitness program built for you, book an evaluation or explore our training programs and BASEC Elite footwork sessions. We also offer tennis fitness consulting for clubs and programs nationwide, on-site or remote.

References

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Kovacs MS, Roetert EP, Ellenbecker TS. Efficient deceleration: the forgotten factor in tennis-specific training. Strength and Conditioning Journal. 2008;30(6).
Mendez-Villanueva A, Fernandez-Fernandez J, Bishop D, et al. Activity patterns, blood lactate concentrations and ratings of perceived exertion during a professional singles tennis tournament. British Journal of Sports Medicine. 2007;41(5):296-300.
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Lloyd RS, Oliver JL. The Youth Physical Development Model: a new approach to long-term athletic development. Strength and Conditioning Journal. 2012;34(3):61-72.
Lloyd RS, Faigenbaum AD, Stone MH, et al. Position statement on youth resistance training: the 2014 International Consensus. British Journal of Sports Medicine. 2014;48(7):498-505.
Faigenbaum AD, Kraemer WJ, Blimkie CJR, et al. Youth resistance training: updated position statement paper from the National Strength and Conditioning Association. Journal of Strength and Conditioning Research. 2009;23(Suppl 5):S60-S79.
Ranchordas MK, Rogerson D, Ruddock A, Killer SC, Winter EM. Nutrition for tennis: practical recommendations. Journal of Sports Science and Medicine. 2013;12(2):211-224.
ITF, WTA and ATP Expert Group Statement on Nutrition in High-Performance Tennis. 2025 (PubMed ID 40840558).
Paruthi S, et al. Recommended amount of sleep for pediatric populations: a consensus statement of the American Academy of Sleep Medicine. Journal of Clinical Sleep Medicine. 2016;12(6):785-786.
American Academy of Sleep Medicine. Healthy Sleep. sleepeducation.org.
International Tennis Federation. ITF Rules of Tennis (time between points, changeovers and sets).

About the author: Manny Edwards, CTPS, MTPS, CSCS, is Founder & Head Coach of B.A.S.E.C. Tennis Performance Lab in Carmel, Indiana. He is a Master Tennis Performance Specialist through the iTPA, was among the first RacquetFit Certified Fitness Professionals, and is Pat Etcheberry's last protégé, having trained for more than six years under the legendary performance coach. He has worked with ATP and WTA Tour athletes, NBA and NFL players, and IndyCar drivers.