Sprint work for riders who are not sprinters
The Moveee team
Free coaching · a real route for every ride
Most training plans written for amateurs have a blind spot at the top end. There is endurance, there is threshold, there is VO2max — and then there is a gap where the sprint work should be, usually because the rider has decided they are "not a sprinter" and therefore need not bother.
That is a mistake for two reasons. The obvious one is that races finish in sprints. The less obvious one is that neuromuscular work trains the ability to produce force quickly, which matters every time a group lifts the pace, a climb kicks up, or you have to close a gap — none of which are sprinting, and all of which use the same machinery.
What "neuromuscular" means here
Efforts of roughly five to fifteen seconds at or near maximum. At that duration you are not limited by oxygen delivery at all; you are limited by how much force your muscles can produce and how well your nervous system can recruit them to do it together.
That has two consequences for how you train it. The efforts have to be genuinely maximal, and the recoveries have to be long enough that each one can be. Everything else follows from that pair of facts.
Same six efforts, same total time on the pedals. Only the recovery differs, and it changes what the session trains entirely.
Four sessions
Standing starts
6 × 10 s from near-stationary
Big gear, out of the saddle, from about 5 km/h. Develops the ability to put force down from nothing — the skill a traffic light and a crit start both demand.
Recovery: 5 min full recovery
Flying sprints
6 × 12 s from 35 km/h
Wind up first, then sprint. This trains top-end speed and gear selection rather than raw torque, and it is the one most like a race finish.
Recovery: 6 min
Torque efforts
6 × 15 s at 50–60 rpm
Seated, huge gear, low cadence, moderate power. Builds force production without the joint load of a full sprint. Stop if you feel anything in a knee.
Recovery: 5 min
Repeatability set
3 × (4 × 8 s, 30 s between)
The racing version. Not about your best sprint — about your fourth one. This is the session that decides whether you can still contest a finish after an hour of surges.
Recovery: 8 min between sets
The fourth is the one most road riders actually need. A single enormous sprint wins nothing if it happened on lap two; what decides a race is whether the twelfth acceleration is still worth making. That is a repeatability quality, closely related to what your first criterium describes and what W′ and anaerobic capacity quantifies.
Four things that make the difference
Neuromuscular work is the one category that is worthless when tired. A sprint at 85% of your best trains nothing that matters. Put these at the start of a session, not the end.
Five minutes between ten-second efforts looks absurd written down. It is the point: you are training maximum output, and a second effort made at 90% is a different, lesser session.
A sprint is a whole-body movement. Hands in the drops, elbows bent, pulling against the pedal stroke. Riders who sprint on the hoods are leaving a lot on the table.
Fumbling through three shifts mid-effort wastes most of it. Know the gear you start in and the one you finish in.
Where they fit
Neuromuscular work is unusual in that it costs relatively little aerobic fatigue. Six ten-second efforts with full recoveries is not a hard day in the sense that a VO2max session is — you can do it at the start of an endurance ride and still complete the ride. What it does cost is muscular and connective-tissue stress, which is why the progression should be gradual and why anyone with a history of knee trouble should be careful with big-gear work in particular. Knee pain from cycling is worth reading first if that is you.
Once a week, year-round, is a reasonable default. Through the winter it keeps a quality alive that pure base work lets fade; in the racing season it is your openers as much as your training — pre-race openers covers that use.
Indoors or out?
Standing starts and torque work are excellent on a trainer — you get repeatable conditions, no junctions, and nowhere to lose an effort. Flying sprints are better outdoors, because reaching 35 km/h and then sprinting needs road speed and a trainer's flywheel does not behave like a bike at speed.
One important caveat for indoor sprints: turn ERG off. In ERG mode the trainer fights a sudden surge by increasing resistance, which is precisely wrong for a maximal effort — ERG mode explained covers why. Use a fixed resistance or slope mode and let the gear do the work.
Moveee Indoor records the full power stream at high resolution, so a ten-second effort shows up as the shape it actually was rather than a smoothed average — which is how you find out whether your fourth standing start was really as good as the first. And afterwards, your power curve updates at the short end, which for most riders is the part of the curve nothing has touched in years.
Sources 6
Where this article summarises a study, the study itself is linked — not a write-up of it.
- 1 Gastin PB Energy System Interaction and Relative Contribution During Maximal Exercise · Sports Medicine · 2001
- 2 Bogdanis GC, Nevill ME, Boobis LH, Lakomy HK Contribution of phosphocreatine and aerobic metabolism to energy supply during repeated sprint exercise · Journal of Applied Physiology · 1996
- 3 Girard O, Mendez-Villanueva A, Bishop D Repeated-Sprint Ability – Part I: Factors Contributing to Fatigue · Sports Medicine · 2011
- 4 Bishop D, Girard O, Mendez-Villanueva A Repeated-Sprint Ability – Part II: Recommendations for Training · Sports Medicine · 2011
- 5 Rønnestad BR, Mujika I Optimizing strength training for running and cycling endurance performance: A review · Scandinavian Journal of Medicine & Science in Sports · 2014
- 6 Fitness Machine Service 1.0 · Bluetooth SIG · 2017
See this in your own numbers
Moveee builds your power curve, fitness and fatigue from every ride you upload, and writes a training plan around them. It is free, it takes one Strava connection, and it will tell you more about your riding in a week than any article can.
Start freeKeep reading
Big-gear, low-cadence work: strength on the bike, or just slow?
Fifty rpm up a climb in a gear you can barely turn feels like it must be building something. What torque intervals actually train, what the evidence says about transfer to real power, and the knee-load caution nobody puts in the session description.
What your power curve says about you: sprinter, puncheur or diesel?
Your best 5 seconds, 1 minute, 5 minutes and 20 minutes tell a story your FTP alone can't: what kind of rider you actually are. How to read your own power-duration curve, the signature shapes of sprinters, puncheurs, diesels and climbers — and when to train your weakness versus doubling down on your strength.
Your FTP went down. Six reasons, and only one of them is fitness
Same trainer, same test, twelve watts lower. Before you rewrite the plan: a lower test result usually is not lost fitness. The six causes in order of how often they turn out to be the answer, and the five-minute check that tells you which.
Critical Power vs FTP: which number should you train with?
FTP is a practical estimate. Critical Power is a physiological boundary with decades of laboratory work behind it. Where the two agree, where they diverge, and which one your training zones should hang off.
How to train indoors: turning trainer time into real fitness
An hour on the trainer can be worth ninety minutes on the road — or completely wasted. Here's how to structure indoor sessions so every minute you spend in the pain cave counts.
Recovery is training: sleep, easy days, and why rest makes you faster
You don't get fitter when you train — you get fitter when you recover from it. Here's how sleep, easy days and rest turn hard work into actual speed.
Altitude training for amateur cyclists: what actually transfers to sea level
The hypoxic dose that moves haemoglobin mass is bigger and longer than most riders imagine, a third of people barely respond at all, and low iron makes the whole exercise pointless. What a two-week mountain holiday can and cannot do for you.
Four hours a week: the most fitness you can get from very little time
At four hours a week the 80/20 rule stops applying and two well-chosen interval sessions do most of the work. What the low-volume studies found, and a week that fits.
Why your indoor FTP is lower (and what to do about it)
Most riders push noticeably less power indoors than out. Heat is the main culprit — here's the physiology, how big the gap usually is, and how to close most of it.
Why every cyclist should lift weights (and how to start)
Strength work won't make you bulky or slow — it makes you fatigue later, hold position longer and break fewer bones. Six movements, twice a week, and how to fit them around your riding.
Fitness, Fatigue and Form: reading your training load without overthinking it
Three numbers explain almost everything about your training — whether you're building, digging a hole, or ready to fly. Here's how Fitness, Fatigue and Form work, in plain English.
The screen in front of your trainer
Riders spend a fortune on trainers and nothing on what they look at, then wonder why an hour indoors feels longer than three outside. It is an ergonomics problem before it is a hardware one — and sweat is the part that kills laptops.