Speed Is a Skill — And It Can Be Trained
Many athletes believe speed is mostly genetic. While your genetics do influence your fast-twitch muscle fiber ratio, the way you train has a significant impact on how fast you can actually move. Sprint mechanics, neuromuscular efficiency, strength, and power are all trainable qualities that directly improve speed.
Whether you're a track athlete, team sport player, or recreational competitor, this guide breaks down how to systematically develop explosive speed.
The Four Pillars of Athletic Speed
1. Sprint Mechanics
Poor technique wastes energy and limits top-end velocity. Key mechanical cues include:
- Driving the knee up and forward — not kicking back
- Striking the ground with the ball of the foot beneath your center of mass
- Maintaining a slight forward lean at the hips, not the waist
- Keeping arms at 90 degrees and driving them back, not crossing the body
2. Acceleration Development
Most sports are decided in the first 10–20 meters. To build acceleration, use:
- Resisted sprints (sled pushes, resistance bands) — builds horizontal force production
- Hill sprints — forces proper drive mechanics and builds leg power
- Wall drives and A-skips — technical drills that reinforce proper acceleration posture
3. Plyometric Training
Plyometrics develop your stretch-shortening cycle — the ability to rapidly absorb and release ground force. This is the engine of explosive movement. Key exercises include:
- Box jumps and depth jumps
- Broad jumps and single-leg bounds
- Pogo hops and ankle stiffness drills
Progress from low-intensity (box jumps) to high-intensity (depth jumps) over several weeks to protect joints and maximize adaptation.
4. Strength Training for Speed
There's a direct relationship between strength and speed. Stronger athletes produce more force per stride. Prioritize:
- Heavy squats and trap bar deadlifts for raw lower body strength
- Single-leg exercises (Bulgarian split squats, step-ups) for unilateral power
- Hip thrusts and Romanian deadlifts for posterior chain explosiveness
Sample Weekly Speed Development Structure
| Day | Focus | Example Work |
|---|---|---|
| Monday | Speed / Mechanics | Sprint drills + 4×20m acceleration sprints |
| Wednesday | Strength + Plyometrics | Squats, hip thrusts, box jumps |
| Friday | Speed Endurance | 4×40m sprints at 90% effort, full rest |
Recovery Is Part of Speed Training
Speed work is neurologically demanding. Sprint sessions should be performed when you're fresh — not as a finisher after a heavy lift. Full rest between sprint reps (2–4 minutes) is essential to maintain quality. Fatigued sprinting trains the wrong energy systems and reinforces poor mechanics.
The Bottom Line
Improving speed requires a multi-pronged approach: fix your mechanics, build strength, train plyometric power, and manage fatigue carefully. Commit to this process over 8–12 weeks and the gains in explosiveness and first-step quickness will be measurable.