WHO THIS IS FOR
IS THIS YOU?
The rider who gets swamped in the final 200 metres
You can hold a wheel but get swarmed when the sprint opens up, and you want to build a bigger top-end.
The criterium or punchy racer
Your racing is decided by repeated hard efforts and a finishing kick, and you want the gym to build both.
THE ROADMAN VIEW
The Roadman view
When Anthony had Cory Williams on the podcast, one number stuck: Cory talked about putting out around 1,640 watts in a sprint but only needing about 1,100 to actually win a race. That gap is the whole point. The sprint isn't just bike fitness — it's a force-production event, and force production is built in the gym as much as on the road. You don't get to 1,600 watts by doing more endurance riding. You get there by being strong, and then being able to express that strength fast.
The physics is simple enough to be useful. Power is force times velocity. A sprint is a huge amount of force produced in a very short window. Heavy strength training builds the force half — it raises the maximum your muscles can produce. Then explosive work, the lighter and faster stuff, trains you to produce that force quickly rather than slowly. Skip the heavy block and you've nothing to make explosive; skip the explosive block and you're strong but slow to fire. You need both, in that order.
André Greipel built a career on this — 158 professional wins, eleven of them Tour de France stages, all decided in the last few hundred metres. That kind of top-end doesn't come from the road alone. The encouraging part for an amateur is that the same principles scale down: get genuinely strong in the off-season, convert it to power before your racing, and pair it with actual sprint efforts on the bike. Your finishing kick has a ceiling, and the gym is how you lift it.
EXPERT EVIDENCE
WHAT THE EXPERTS SAY
- Cory WilliamsProfessional cyclist, founder and rider for Legion Cycling Team; sprinter competing at continental level
The gap between a sprinter's peak power and the power actually needed to win is large — peak output buys the margin to win comfortably. That ceiling is built through maximal force production, which is developed in the gym and then expressed through repeated, race-specific sprint efforts on the bike.
Hear it: Cory Williams on Sprint Power & Cycling Training | Roadman - André GreipelProfessional cyclist with 158 wins including 11 Tour de France stage wins; one of his generation's premier sprinters
An elite sprint is built on maximal strength expressed at high velocity, not endurance. The top-end that wins bunch finishes is developed through heavy off-the-bike strength work converted into explosive power, then sharpened with race-specific efforts — the engine and the kick are trained as separate qualities.
Hear it: André Greipel on Sprinting, Burnout & Cycling Coaching | Roadman
PRACTICAL APPLICATION
DO THIS WEEK
Build the heavy base first
Run an 8-week maximum-strength block: 3–4 sets of 4–6 reps on squats, hip thrusts, and deadlifts where the last reps demand real focus. This raises the force ceiling that everything else builds on. No heavy base means nothing to make explosive.
Convert strength to power with explosive lifts
After the heavy block, add jumps, trap-bar jumps, and fast-concentric lifts at 50–60% load, moving 3–5 reps as fast as possible. This teaches the nervous system to express the strength quickly — the velocity half of power.
Pair gym work with bike sprint efforts
Strength raises the ceiling; you still have to express it on the pedals. Add short maximal sprints — 6–10 second all-out efforts with full recovery — to your bike sessions so the gym strength shows up as watts in the finish.
Train it in the right phase
Heavy strength in the off-season, power conversion as you build toward racing, sprint efforts sharpest in season. Trying to do all three at once dilutes each — sequence them and each block does its job.
COMMON MISTAKES
WHAT CYCLISTS GET WRONG
MISTAKEDoing only bike sprints and never building strength in the gym.
FIXBike sprints express force; they don't build the maximal force ceiling efficiently. Add a heavy strength block to raise the top-end your sprint draws on.
MISTAKEGoing straight to explosive work without a strength base.
FIXExplosive training expresses strength you've already built. With no heavy base, there's little force to make fast. Build maximal strength first, then convert it.
MISTAKEExpecting heavy lifting alone to make you a sprinter.
FIXStrength raises the ceiling but doesn't teach you to fire fast or position for a finish. Pair it with explosive lifts and on-bike sprint efforts to turn force into a finishing kick.
FAQ
FREQUENTLY ASKED QUESTIONS
How much can strength training improve my sprint?
What rep ranges build sprint power?
Should sprinters lift heavier than endurance cyclists?
Do I need both gym work and bike sprints?
Will building sprint power slow my endurance?
How long does it take to build sprint power?
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