Getting faster requires more than simply running harder or adding more cardio. Speed depends on how quickly you can produce force, how efficiently you move, and whether you can repeat high-quality efforts without excessive fatigue. A well-designed speed program combines sprint practice, strength training, explosive exercises, mobility, and recovery.
The best exercises to improve speed will vary according to your goal. A sprinter needs acceleration and maximum-velocity work, while a soccer or basketball player may need short bursts, lateral movement, and rapid changes of direction. Recreational runners can use shorter speed sessions alongside strength and endurance training to improve their race performance.
What contributes to faster movement?
Several training qualities work together to improve speed:
- Strength: Stronger muscles can apply more force against the ground.
- Explosive power: Power training teaches you to produce force quickly.
- Running technique: Efficient posture, arm action, and foot placement help reduce wasted movement.
- Mobility: Adequate ankle and hip mobility supports effective stride mechanics.
- Recovery: Sprinting and jumping place substantial demands on the nervous system and muscles, so rest is part of the program.
Endurance training can improve your ability to sustain effort, but it does not automatically develop the acceleration or force production needed for faster sprinting. Speed-specific practice is therefore an important part of training for both runners and field-sport athletes.
Strength exercises that support speed
Strength exercises provide the foundation for applying force during each stride. Use controlled technique and select loads that allow you to maintain good form.
- Squats: Develop lower-body strength through the hips, thighs, and glutes.
- Romanian deadlifts: Train the posterior chain, including the hamstrings and glutes.
- Single-leg exercises: Split squats, step-ups, and similar movements challenge balance and help address differences between legs.
- Sled pushes: Can be performed with a strong, purposeful drive and adapted to the athlete’s training level.
Strength work does not need to leave you exhausted to be useful. The aim is to build force-producing capacity while preserving the quality of your sprint and power sessions.
Explosive exercises for power and quickness
Explosive movements train you to apply force rapidly. Because they are demanding, keep the repetitions relatively low and stop or extend the rest period when movement quality declines.
Jumps and plyometrics
- Box jumps
- Broad jumps
- Single-leg bounds
- Light jump squats
- Trap-bar jumps
Land quietly and under control, with the knees and hips able to absorb force. Plyometric training should be brief and focused rather than a high-volume conditioning circuit. Performing jumps while heavily fatigued can reduce the quality of the exercise and make it harder to maintain sound mechanics.
Power-based lifts
Kettlebell swings and power cleans are examples of exercises that emphasize rapid hip extension. They can complement sprint training by developing explosive hip drive, but they should be learned progressively and performed with appropriate technique. If a movement is unfamiliar, begin with a simpler variation or obtain instruction before adding speed or load.
Sprint drills and running technique
Short, high-quality sprints are among the most direct exercises for improving running speed. Useful distances may range from approximately 10 to 60 metres, depending on whether you are practicing acceleration or a longer sprint phase. Allow enough rest between repetitions so that each effort remains fast and technically controlled.
A warm-up can include easy jogging, dynamic mobility, and progressive running drills such as:
- High knees
- A-skips
- Gradual accelerations
- Short relaxed strides
Focus on a tall but relaxed posture, coordinated arm action, and forceful contact with the ground. Avoid turning every drill into a maximal effort; technical control is the priority during preparation.
Sample weekly structure
A practical schedule can alternate demanding training days with recovery or lighter work:
- Day 1: Lower-body strength, including squats, Romanian deadlifts, and a single-leg exercise.
- Day 2: Recovery, mobility, or light aerobic activity.
- Day 3: Plyometrics and speed-strength exercises such as broad jumps, light jump squats, or sled pushes.
- Day 4: Rest or easy movement.
- Day 5: Short accelerations, resisted sprints, or sport-specific change-of-direction work.
- Days 6 and 7: Rest, easy aerobic training, or a sport session adjusted to your total workload.
This is a framework rather than a fixed prescription. A runner preparing for a 5K or 10K may combine one speed session with tempo running and strength training. A field-sport athlete may place more emphasis on repeated short sprints, lateral movement, and changes of direction.
How to progress safely
Begin with a manageable amount of sprinting and jumping, then increase training gradually. Progress by adding a small number of repetitions, slightly increasing distance, or using a modestly heavier load—not all three at once. Keep the most explosive work early in a session, when you are fresh enough to move well.
Warm up thoroughly, pay attention to ankle and hip mobility, and include single-leg strength work where appropriate. If fatigue causes your sprint times, landings, or lifting technique to deteriorate, end the high-intensity portion or reduce the workload. Consistent practice, appropriate strength training, and sufficient recovery provide a more reliable path to greater speed than trying to maximize every workout.
