Why Tennis Players Need More Than On-Court Training
Tennis is often perceived as a skill-dominant sport—and while technical proficiency is critical, modern tennis performance is equally underpinned by physical preparation. Matches can last several hours, require repeated explosive efforts, and place significant stress on the musculoskeletal system. Research consistently shows that well-designed strength and conditioning (S&C) programmes enhance on-court performance, reduce injury risk, and improve career longevity for tennis players at all levels.
The Physical Demands of Tennis
Tennis is a high-intensity intermittent sport characterised by:
- Repeated short bursts of acceleration and deceleration
- Multidirectional change of direction (COD)
- Rotational power (serves and groundstrokes)
- Upper- and lower-body force transfer
- High volumes of eccentric loading
- Prolonged match durations with limited recovery
Tennis points typically last 4–10 seconds with rest intervals of 15–25 seconds, requiring both anaerobic power and aerobic capacity for recovery between points and games. Elite players may perform hundreds of high-intensity movements per match, placing large cumulative loads on the shoulders, hips, knees, and trunk.
Why Strength and Conditioning Matters in Tennis
Structured strength and conditioning training can:
- Increase serve velocity and stroke power
- Improve sprint speed and change-of-direction ability
- Enhance muscular endurance and fatigue resistance
- Reduce overuse and non-contact injury risk
- Improve movement efficiency and court coverage
Key Components of Tennis-Specific Strength and Conditioning
Maximal and Relative Strength
Strength forms the foundation for power, speed, and injury resilience. Tennis players benefit most from improving relative strength (strength per kilogram of body mass), particularly in the lower body and trunk.
Key areas:
- Glutes and hamstrings
- Quadriceps
- Calves/lower leg musculature
- Core
Compound lifts such as squats, deadlifts, lunge variations, and step-ups are consistently shown to improve sprinting, jumping, and COD performance relevant to tennis.
Power Development
Power is critical for serves, groundstrokes, and explosive court movements. Research highlights a strong relationship between lower-body power and serve velocity.
Effective power training includes:
- Olympic lift derivatives
- Jump variations
- Medicine ball throws
Training should emphasise intent to move fast, with moderate loads and sufficient recovery to maintain output quality.
Speed, Agility, and Change of Direction
Tennis movement is rarely linear. Players accelerate, decelerate, and re-accelerate in multiple directions under time pressure.
Training should focus on:
- Acceleration mechanics (0–10 m)
- Deceleration strength (eccentric control)
- Lateral shuffles and crossover steps
- Reactive agility drills incorporating perceptual cues
Strength training—particularly eccentric and unilateral work—has been shown to improve braking ability, a key determinant of effective change of direction.
Core Strength and Rotational Control
The trunk acts as the force transmission link between the lower and upper body. Inefficient core mechanics can reduce stroke velocity and increase injury risk, particularly at the shoulder and lumbar spine.
Effective core training includes:
- Anti-rotation (e.g., Pallof presses)
- Rotational power (medicine ball throws)
- Anti-extension and anti-lateral flexion
- Dynamic stability under load
Shoulder Health and Upper-Body Strength
The tennis serve places extreme loads on the shoulder. Strength and conditioning programmes must therefore prioritise shoulder robustness.
Key considerations:
- Scapular stability and control
- Rotator cuff strength
- Posterior chain balance
- Controlled pressing and pulling volumes
Conditioning
Tennis is intermittent in nature, and therefore, conditioning training should primarily reflect this.
Effective methods include:
- Repeated sprint training
- High intensity intervals
- On-court movement-based conditioning
- Long slow distance training
Periodisation and Training Structure
A tennis strength and conditioning programme is periodised around:
- Competitive calendar
- Tournament density
- Individual strengths and injury history
General guidelines:
- Off-season – emphasise strength, hypertrophy, and aerobic capacity
- Pre-season – transition to power, speed, and tennis conditioning
- In-season – maintain strength and power while managing fatigue
Example Session
| Order | Exercise | Sets x Reps | Rest Period |
| A1 | Barbell Lateral Lunge | 5 x 5 | 2-3 mins |
| A2 | Lateral Hurdle Hop | 5 x 5 | |
| A3 | Band Resisted Lateral Bound | 5 x 5 | |
| A4 | Band Assisted Lateral Bound | 5 x 5 | |
| B1 | Landmine Push Press | 3 x 5 | 2 mins |
| B2 | Lateral Med Ball Throw | 3 x 5 | |
| C1 | Barbell Seal Row | 3 x 8 | 1-2 mins |
| C2 | Seated Calf Raise | 3 x 10 | |
| C3 | Split Stance Pallof Hold | 3 x 30 s |
Conclusion
Modern tennis demands more than technical skill alone. Research clearly demonstrates that structured strength and conditioning training enhances performance, supports durability, and allows players to train and compete at higher levels for longer.
At Dabbs Fitness, we view tennis strength and conditioning not simply as optional “gym work,” but as an essential performance tool—one that complements on-court training and helps athletes reach their full potentia
