Speed is decided in the tenth of a second your foot spends on the ground. The best plyometric exercises for speed train your body to absorb force and return it immediately, so each stride bounces instead of sinking. That quality, reactive strength, is what separates fast athletes from merely strong ones, and it responds to a specific kind of training: jumps, bounds, and hops performed with intent and full recovery.

Plyometrics is also some of the most demanding work you can ask of your joints and tendons. The exercises only transfer to speed when your ankles, hips, and spine can reach the positions the landings demand, and when you recover well enough between sessions to keep the quality high. This guide covers how plyometric training builds speed, the 12 best exercises grouped by what they train, how to program them, and the mobility foundation that determines whether any of it shows up on the stopwatch.

How Plyometric Exercises Build Speed

When you land from a jump, your muscles and tendons lengthen under load, storing elastic energy the way a spring does. Reverse that stretch fast enough and the stored energy joins your muscular contraction, producing more force than muscle alone. This is the stretch-shortening cycle, and it is the mechanism behind every fast ground contact. The window between landing and takeoff, the amortization phase, decides whether that energy is used or lost as heat. Plyometric training shortens the window.

The payoff is well documented. Research reviews of plyometric training consistently find improved vertical jump height across programs from six to 24 weeks, and sprint studies commonly find gains of a few percent, which is a meaningful margin in almost any sport. The improvement is mostly neural: your nervous system learns to recruit more muscle fibers in less time, and your tendons stiffen enough to return force instead of absorbing it.

Why Ground Contact Time Matters More Than Leg Speed

Speed is not about how fast your legs cycle through the air. It is about how much force you push into the ground and how quickly you get off it. Commonly cited estimates put elite sprinters under 0.1 seconds of ground contact per stride, while most recreational athletes sit closer to 0.2. That extra fraction compounds with every step, and over a full sprint it adds up to meters. Long runs and slow, heavy lifting build valuable qualities, but neither teaches your body to produce force in that window. That skill is rate of force development, and plyometrics is the most direct way to train it.

How to Jump Higher with Plyometrics

The same mechanism answers the question of how to jump higher. Vertical jump height comes down to how much force you produce and how fast you produce it, so the exercises that shorten ground contact also raise your ceiling on the vertical. Jump squats build the raw force, box jumps and tuck jumps train explosive hip extension, and depth jumps convert stored elastic energy into rebound height. If you play basketball or volleyball, this is the core of jump training: a handful of quality explosive reps with full recovery, not high-rep conditioning circuits. The rule that governs all of it is simple: the moment your jump height drops, the set is over. Tired reps train slowness.

Match the Exercise to Your Speed Deficit

Each exercise below targets a specific piece of the speed puzzle: horizontal force for early acceleration, reactive stiffness for the transition to upright sprinting, or ground contact efficiency at top speed. Pick based on where you actually leak time, not on what looks most impressive.

The 12 Best Plyometric Exercises for Speed

The exercises are grouped by purpose and ordered as a progression: build foundational power first, add single-leg control, then earn the high-intensity reactive work. Every prescription here assumes fresh legs and full rest between sets. Plyometrics is a quality practice, not conditioning.

Foundational Power: Start Here

1. Jump Squats. Jump squats train vertical force production and the transition from a loaded position to explosive triple extension of the ankle, knee, and hip, the same pattern as the first three steps of acceleration. Start with bodyweight for 3 sets of 6 reps, minimizing ground contact time between jumps. Progress to a weighted vest at 10 to 15 percent of bodyweight once you can keep contact times under 0.3 seconds. If deep knee bend is painful, address that before loading it; our guide to squatting without knee pain is the place to start.

2. Box Jumps. Box jumps build explosive hip extension while the elevated landing removes most of the impact, which makes them the right entry point for athletes new to plyometrics or returning from a lower-body injury. Start with a 12-inch box for 4 sets of 5 reps with 90 to 120 seconds of rest. Raise the height in 6-inch steps only when you can land softly in a controlled squat without your knees collapsing inward. Bigger athletes, roughly 200 pounds and up, should keep box height at 24 inches or lower; landing stress climbs quickly with height.

3. Tuck Jumps. Tuck jumps build vertical explosiveness and core control in flight, and the rapid knee drive mirrors the aggressive leg recovery of maximum-velocity sprinting. Use them as a finisher after sprint work, not before it, because the hip flexor fatigue they create compromises sprint mechanics. Perform 4 sets of 8 to 10 reps with 2 minutes of rest, and end the set as soon as jump height visibly drops, usually around rep 6 to 8.

Single-Leg Power and Balance

4. Jumping Lunges. Sprinting happens one leg at a time, and jumping lunges expose and correct left-right power imbalances from a split stance that resembles sprint ground contact far better than two-leg jumps do. Start with 3 sets of 12 total reps, 6 per leg, jumping for height rather than distance. Progress by holding light dumbbells, 10 to 15 pounds, once your jump height stays consistent across all reps and your back knee no longer strikes the floor between switches.

5. Step-Up Jumps. Step-up jumps train single-leg explosive power from the forward-leaning shin angle of early acceleration, with the step providing a stable surface so you can focus on force production instead of balance. Use a 12 to 18-inch step for 3 sets of 3 reps per leg with 2 minutes of rest, driving through the heel and midfoot to load the glutes. Each rep is a distinct explosive effort with a controlled reset, not continuous bouncing. Progress with a weighted vest at 10 to 20 percent of bodyweight once every landing is stable.

Reactive Stiffness and Faster Ground Contact

6. Ankle Jumps. Ankle jumps isolate the calves and Achilles tendon, teaching the ankle to behave like a rigid spring instead of a shock absorber. Jump on the balls of your feet with minimal knee bend for 3 sets of 15 to 20 reps. If your heels touch down between jumps, you are stealing range from the knees. Progress by adding side-to-side hops or a low 2 to 4-inch barrier once you can hold consistent height with no heel contact.

7. Plate Pogos. Plate pogos build rhythmic reactive stiffness through volume rather than intensity: 15 to 20 continuous bounces per set condition your ankles to stay springy under fatigue, which is exactly what preserves ground contact speed in the final meters of a sprint. Start on a single plate about 2 inches high, and as you add plates, cut reps to 10 to 12, because the eccentric demand grows quickly. Do them early in the session while your nervous system is fresh.

8. Hurdle Hops. Hurdle hops train rhythm, ankle stiffness, and rapid hip flexion in sequence. Set up 6 to 8 hurdles spaced 3 to 4 feet apart and hop the line with minimal pause, keeping each contact under 0.2 seconds. Start with 6-inch hurdles, or lines on the ground if limited ankle dorsiflexion changes your landing, and raise the height only when you can clear the full series without slowing or adjusting rhythm.

High-Intensity Reactive Power: Earn These

9. Depth Jumps. Depth jumps train the stretch-shortening cycle directly: step off a box, absorb the landing, and immediately explode upward or forward with ground contact under 0.2 seconds. Save them for phases when you need maximum reactive strength, not for heavy strength blocks when fatigue slows your amortization. Start with a 12-inch drop for 3 sets of 3 reps. Progress to 18 to 24 inches only once your rebound height exceeds your drop height, the sign that you are storing and returning elastic energy. If contact time stretches past 0.25 seconds, lower the box; you are training slow force absorption, not reactive power.

10. Drop Jumps. Drop jumps overload the stretch reflex harder than anything else here: dropping from height and rebounding immediately forces your tissues to handle more than twice your bodyweight in a fraction of a second. Use them sparingly, once per week at most, and only in peak phases when your body is prepared for the eccentric stress. Start at a 30 cm drop for 3 sets of 3 to 4 reps with 3 to 5 minutes of rest. Move to 45 to 60 cm only when rebound height consistently exceeds 90 percent of drop height. Sinking into the landing or pausing before takeoff means the height is beyond your current capacity.

Horizontal Force and Upper-Body Power

11. Prowler Sprints or Bounds. The sled reproduces the forward-leaning force application of the first 10 meters of acceleration and removes the deceleration phase of free sprinting. Load heavy, around 120 to 150 percent of bodyweight, to build strength, or light, around 60 to 100 percent, to train force production at speed. Do 3 efforts of 10 to 15 meters with 3 to 5 minutes of full recovery. Choose sprints to shorten ground contact and bounds to build peak horizontal force.

12. Depth Push-Ups. Depth push-ups bring the stretch-shortening cycle to the upper body, which matters for sprinters who need powerful arm drive and for contact-sport athletes. Set two boxes shoulder-width apart, start in a push-up position with hands on the boxes, drop your hands to the floor, and explosively press back up so your hands land on the boxes again. Do 3 sets of 4 to 6 reps with full rest. If you cannot make it back to the boxes, lower the height; a slow descent is no longer a plyometric.

How to Program Plyometric Training

Two to three plyometric sessions per week is plenty for most athletes, placed after a thorough warm-up and before heavy strength work, while your nervous system is fresh. Keep total ground contacts modest, rest fully between sets, and treat dropping output as the end of the session, not a reason to push through. Fatigued plyometrics rehearses long ground contacts, which is the opposite of the goal.

Plyometrics also should not float alone. It belongs inside a broader speed training program alongside sprinting and strength work, sequenced into a personalized workout plan so the explosive work lands on fresh legs. That structure, matching the stimulus to the goal instead of stacking more volume, is most of what it means to train like an athlete, and it holds whether you are chasing a vertical jump or a faster marathon. Endurance athletes often see the quickest wins here, because reactive stiffness is the quality their training touches least. If you are still building that base, our guide on how to be a better athlete covers the fundamentals this work sits on.

The Mobility That Makes Plyometrics Pay Off

Every exercise above depends on your joints reaching positions under load. Landings ask the ankle for deep dorsiflexion, the hips for full extension, and the trunk for enough control to keep force moving in one direction. When a joint cannot get there, the movement does not disappear; a neighboring joint borrows it. Ankles that cannot flex send the knees caving inward on depth jumps. Hip flexors that cannot lengthen cut extension short on every prowler stride. Those compensations leak the very force you are training to produce, and they concentrate stress in tissue that was never meant to take it.

This is where most stalled speed programs actually fail: not in exercise selection, but in a body that cannot express the exercise. A few rushed stretches will not keep pace with the tissue stress of explosive training. What works is consistent mobility work for athletes, restoring ankle, hip, and thoracic range on the days between jump sessions, plus deliberate recovery so stiffness never accumulates in the first place. Plyometrics is high-nervous-system work, and how well you recover between workouts decides how much quality you bring to the next session. Watch your landings for the honest feedback: quiet feet, knees tracking over toes, and no sinking mean your foundation is holding.

Build the Range Your Speed Work Depends On

To be clear about the lane: pliability is not a plyometrics program. It is the mobility and recovery system that makes explosive training land. Daily Sessions give you a fresh guided routine every day to downregulate and restore tissue after high-impact work. Paths run multi-week progressions on the areas that cap plyometric quality, like stiff ankles and short hip flexors. Build Your Program shapes the work around your training week, so mobility supports the jumping instead of competing with it. Take the mobility assessment to find the restrictions costing you ground contact time, then start your 7-day free trial and keep the spring you are building.