Plyometrics for sprinters: jumps that transfer to speed
By the Sprint University coaching team
The best plyometrics for sprinters combine horizontal jumps such as bounds and broad jumps with fast, stiff reactive jumps such as depth jumps and hurdle hops. Do every jump at full intent, rest fully between sets, and stop well before you get tired. For most athletes, one short jumps session a week plus a few jumps to prime acceleration days is enough.
A meta-analysis of 26 studies found plyometric training improves sprint performance, especially when a program mixes jump types and includes horizontal jumps.
Why sprinters jump
Each sprint step is a very short ground contact with a lot of force behind it. Faster runners apply more force to the ground, and when they accelerate they keep more of it pointing forward. Plyometrics train you to produce big force quickly and bounce off the ground on stiff ankles. Elite sprint programs use them mainly for leg stiffness and horizontal power, and the most common choices are bilateral hurdle jumps, multi-jump circuits, med ball throws and single-leg bounding.
What the research says
In the 26-study meta-analysis, programs that combined different types of jumps did better than programs built on a single jump. The authors recommended more horizontal and sprint-specific jumps, such as bounds and broad jumps. The best results came from high-intensity programs of at least 15 sessions, run in blocks shorter than 10 weeks. Adding weight to the jumps brought no extra benefit.
Extensive jumps: build tolerance
These are lower intensity. Use them to get your legs used to landing and rebounding.
Pogo hops
Quick hops in place on stiff ankles.
Bounds
Exaggerated running strides, each one covering as much ground as you can.
Depth landings
Step off a low box and stick the landing with no rebound. Learn these before you try depth jumps.
Intensive jumps: max intent, full rest
Each rep here is a full effort, so rest until you are fresh before the next set.
Straight-leg bounds
Bounds for distance on stiff, locked knees.
Standing broad jumps
Jump for max distance and stick the landing.
Depth jump to vertical jump
Step off the box, land, and rebound straight up as fast as you can.
Hurdle hops
Continuous two-footed hops over low hurdles, spending as little time on the ground as you can.
Med ball overhead throw
Scoop the ball and throw it back over your head, finishing with full hip extension.
Two sessions from the program
In Sprint University's base program, day 2 of most weeks is Jumps + Throws, the day after the acceleration session. This is the week 2 version.
| Block | Prescription |
|---|---|
| Track warm-up | 15 min: easy jog, dynamic drills, build-ups |
| Straight-leg bounds | 4 × 20m @ 100% intent, full recovery |
| Broad jumps | 6 × 3, max distance, never to fatigue |
| Depth jump to vertical jump | 4 × 5, short contact, crisp |
| Med ball overhead throw | 3 × 6, full send, full rest |
In week 3, hurdle hops replace some of the depth jumps and there are more throws.
| Block | Prescription |
|---|---|
| Track warm-up | 15 min: easy jog, dynamic drills, build-ups |
| Straight-leg bounds | 4 × 20m @ 100% intent, full recovery |
| Broad jumps | 6 × 3, max distance, never to fatigue |
| Depth jump to vertical jump | 2 × 5, short contact, crisp |
| Hurdle hops | 2 × 5, short contact, crisp |
| Med ball overhead throw | 5 × 6, full send, full rest |
In the taper week it drops to a short primer of 4 × 2 broad jumps and 3 × 3 depth jumps. The standing broad jump is also one of the program's three benchmark tests, alongside a 100m time trial and a 3-rep-max back squat, so you get a number that shows whether your power is changing.
The Sprint University app
Retest your broad jump
Sprint University tests your standing broad jump at the start, middle and end of the program, so you can see whether the jumps in between are building power.
Get Sprint UniversityHow to progress
- Learn to land with depth landings, pogo hops and low-level bounds.
- Add horizontal power: broad jumps and straight-leg bounds at max intent.
- Add reactive jumps, starting with depth jump to vertical and moving on to hurdle hops.
- Before a test or race, cut back to a few high-quality primer jumps.
Rest fully between sets and make each jump a max effort. End the set when your distance or height drops. The speed training guide covers how lifting fits around your jumps.
Common mistakes
- Jumping to fatigue
- Every contact should be quick and sharp. Stop the set once your ground contacts get long and heavy.
- Only jumping vertically
- Box jumps alone miss the horizontal force that drives acceleration. Include bounds and broad jumps.
- Skipping the landing work
- Learn to absorb force before you try to rebound it. Depth landings come before depth jumps.
- Boxes that are too high
- Use a low box and focus on getting off the ground fast. If your heels crash down and you stall, the box is too high.
- Plyos after heavy lifting
- Jump on fresh legs, then lift.
The Sprint University app
Jumps, sprints and lifts in one plan
Sprint University schedules your jump sessions around your sprint days and adds contacts from week to week. It also adjusts each day to your HRV, resting heart rate and sleep.
Get Sprint UniversityFAQ
More guides
- Acceleration DrillsSled pushes, hill sprints, falling starts and 10–40m sprints to train your first steps.
- Sprint Warm-UpA 15–20 minute sprint warm-up, with versions for acceleration days and top-speed days.
- How to Get Faster for FootballSprint training for football players: your stance, the first 10 yards and a faster 40-yard dash.
- Speed Training for SoccerMatch sprint demands, curved sprints, repeated sprint ability, and speed weeks for in season and off-season.
- Speed Training for BasketballFirst step quickness, court sprint demands, plyos and in-season speed work for basketball players.
- Speed Training for Baseball and SoftballGood 60-yard dash and home-to-first times, faster starts from the box and a lead, and a sample week.
Sources
- Sáez de Villarreal E, Requena B, Cronin JB. The effects of plyometric training on sprint performance: a meta-analysis. Journal of Strength and Conditioning Research, 2012.
- Haugen T, Seiler S, Sandbakk Ø, Tønnessen E. The Training and Development of Elite Sprint Performance: an Integration of Scientific and Best Practice Literature. Sports Medicine – Open, 2019.
- Morin JB, Edouard P, Samozino P. Technical ability of force application as a determinant factor of sprint performance. Medicine & Science in Sports & Exercise, 2011.
- Weyand PG et al. Faster top running speeds are achieved with greater ground forces not more rapid leg movements. Journal of Applied Physiology, 2000.