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A velodrome is the only place in cycling where you cannot just turn up and ride. You have to be taught first, by someone employed by the track, in a session that most venues call accreditation and that usually takes a couple of hours. Riders who have raced on the road for a decade sometimes find this insulting. They stop finding it insulting about four minutes in.
The reason is not the speed or the banking. It is that a track bike has one gear, that gear is fixed to the rear wheel, and there are no brakes. Everything you have learnt about controlling a bicycle is built on two reflexes that will now actively hurt you, and the accreditation session exists to replace them before you are anywhere near another rider.
Here is what actually happens, what the paint on the boards means, and what a road rider is typically good and bad at once they get up there.
Fixed gear: the two habits that catch road riders out
The rear sprocket is threaded on to the hub and locked with a reverse-threaded lockring. There is no freewheel. If the wheel is turning, the cranks are turning, and if the cranks are turning, your legs are going round whether you like it or not.
Habit one: freewheeling
Every road rider stops pedalling occasionally without deciding to — over the top of a rise, when someone brakes in front, when they sit up to reach a pocket. On a fixed wheel the bike simply carries on driving your legs. At 40 km/h with an 86-inch gear that is roughly 110 revolutions per minute of pedals you are no longer in charge of. The usual outcome is that you get bounced out of the saddle, panic, and tense against the pedals, which is the one thing that makes it worse.
The fix is not strength. It is deciding, before you roll on, that your legs keep turning until the bike is stopped and you are holding the rail. Coaches will make you ride laps thinking about nothing else, and they are right to.
Habit two: braking by instinct
There are no brake levers, so the hand reflex finds nothing. Slowing down means easing the pressure so the pedals resist the wheel rather than drive it, and doing it gradually. It works, and it works well enough that experienced track riders stop thinking about it — but it is slower than a brake, and the distance you need is the reason every rule about where you may ride exists.
This is also why you do not ride the track with a bidon cage, a saddle bag, a computer mount hanging off the bars, or anything else that can come loose and end up on the boards in front of a bunch. Track rules on equipment are unusually strict for this reason.
What the paint means
Stylised. The lines are shown as a flat slice through the track surface rather than in plan; the relative order from the inside edge outward is what matters, and it is the same on every UCI-compliant velodrome.
Côte d'azur
Not part of the racing surface at all. You roll on to it to start, roll off on to it to stop, and during racing you keep off it. A rider who is forced down on to it has been squeezed, and the commissaire will have an opinion about who did the squeezing.
Measurement line
The line the track's official length is measured along. It is the shortest legal way round, which is why pursuiters live on it and why you will be told, repeatedly, to stop wandering off it.
Sprinters' line
The lane between the black and red lines is the sprinters' lane. The idea is simple: if you are leading in it, you may not swing up and shut the door on someone coming past on the outside — and if you are behind, going down the inside of a rider who is holding that lane is not your right of way.
Stayers' line
The reference line for motor-paced and bunch events, and in practice the marker for where riders sit when they are not racing at that instant. Above it is where you go to rest, to let someone through, or to get out of the way.
Why speed is what holds you on the banking
A 250 m indoor track banks at something close to 43° through the turns and around 12° on the straights. Standing at the bottom looking up, the obvious question is what stops you sliding down it.
Work the frictionless case and you get a number. With a turn radius of roughly 22 m and a 43° bank, the speed at which the banking alone would hold you — with the tyres supplying no sideways grip whatsoever — comes out around 50 km/h. That is arithmetic from a simple model, not a measurement, and it deliberately ignores the thing that actually keeps you up there most of the time: rubber on a wooden surface has plenty of grip, so riders hold the banking perfectly well at speeds far below that.
The practical version is the one your coach will give you. Go slowly enough, high enough, and the grip runs out; the bike slides down the banking with the front wheel pointing the wrong way, which is an unpleasant way to learn. That is exactly why accreditation starts with you rolling round on the flat côte d'azur and the bottom of the track, and why you only get sent high once you can hold a speed while doing it.
Gearing, in inches
Track gearing is quoted in gear inches: the chainring divided by the sprocket, multiplied by the wheel diameter in inches. A 48-tooth ring on a 15-tooth sprocket is 3.2 × 27, or 86.4 inches. Multiply by π and you get roll-out — the distance the bike travels per pedal revolution — which is the number the UCI's regulations actually restrict for junior categories.
The temptation for a strong road rider is to pick a big gear. Do not. A first session involves a lot of rolling round at moderate speed, and an over-geared bike is heavy to get moving, awkward to accelerate out of a corner, and unpleasant when you need a quick change of speed to stay on a wheel.
| Ring × sprocket | Gear inches | Roll-out | When |
|---|---|---|---|
| 44 × 16 | 74.3" | 5.93 m | Very conservative. A sensible choice if you have never ridden fixed at all. |
| 48 × 16 | 81.0" | 6.46 m | A common accreditation gear. Spins up easily, no risk of bogging down out of a corner. |
| 48 × 15 | 86.4" | 6.89 m | The usual starting point for a fit road rider. Most hire bikes come set close to this. |
| 49 × 15 | 88.2" | 7.04 m | Once you are comfortable riding in a bunch and holding a line. |
| 50 × 14 | 96.4" | 7.69 m | Racing gear. Wrong for a first session, and wrong for your second one too. |
Calculated with a 27-inch wheel diameter, the usual convention. Most tracks will hand you a bike already geared for beginners and would rather you left it alone.
The events, in plain terms
Scratch race
Mass start
A set number of laps, first across the line wins. Simple to understand, brutal to ride: the pace is never steady, and being lapped usually ends your race.
Points race
Mass start
Sprints every ten laps score points to the first few riders, and taking a lap on the field is worth far more than winning any single sprint. It rewards riders who can surge repeatedly and still read the race.
Elimination
Mass start
The last rider across the line every second lap is removed. Positioning is everything and there is nowhere to hide. Beginners lose this by drifting to the back once, at the wrong moment.
Flying 200 m
Timed
A wind-up of several laps, then a flat-out 200 m against the clock to seed the sprint rounds. The purest measure of how much power you can make at very high speed.
Kilo / 500 m
Timed
Standing start, one effort, no pacing help. This is the event that finds out whether you have ever emptied yourself properly.
Individual pursuit
Timed
Three or four kilometres from a standing start, riding alone against a rider on the other side of the track. The closest thing on the boards to a road time trial, and the event most road riders are least bad at.
What the power demands look like
Track racing is characterised by efforts that are very high, very short and very frequently repeated. Laboratory and field measurements on elite male sprint cyclists put maximal power output in the region of 1,600 to 1,900 watts, produced at optimal pedalling rates somewhere around 120 to 130 revolutions per minute. Those numbers come from world-class specialists and are not a target for anyone reading this — they are here to make a point about where on the power–duration curve the sport lives.
Endurance track events are not gentler, only longer. A points race is not a steady 30 minutes; it is a steady 30 minutes with a maximal sprint dropped into it every ten laps, with no coasting in between. Modelling work on track performance keeps returning to the same conclusion: what separates riders is not only peak power but how much of it survives being asked for again, and again, from a body that never gets to stop pedalling. That repeatability is trainable, and it is the same quality we cover in building a sprint that actually wins things.
If you want to see where your own curve sits before you book a session, Moveee's power profile fits your best efforts at every duration from your ride history, and the shape it draws will tell you fairly bluntly whether you are going to enjoy the elimination race or the pursuit. Our guide to what your power curve says about you covers how to read it.
What a road rider is good and bad at up there
Good: anything that rewards sustained aerobic power. The individual pursuit is the event where road riders arrive and are immediately respectable, because it is essentially a very short time trial and you already know how to empty yourself over four minutes. Long scratch races suit riders with a big engine, too, as long as they can stay near the front.
Bad: almost everything else, at first. Standing starts are a skill, not a fitness test, and you will be terrible at them. Producing torque at 130 rpm feels alien if your road cadence lives in the eighties — and cadence is one of the few things a track session will change about you whether you want it to or not. Positioning at speed with no brakes is genuinely different from a road bunch, and the skills that transfer best are the ones from criterium racing rather than from road races.
The other thing road riders underestimate is the absence of recovery. Analyses of professional road racing show a meaningful share of race time spent freewheeling or soft-pedalling — the little gaps that let you breathe. On a fixed wheel that share is exactly zero, for the whole session. Twenty minutes on the track is not twenty minutes on the road, and your legs will tell you so the next morning.
What to bring
Most velodromes hire you the bike, and increasingly the helmet as well. Bring shoes and pedals if you have them, mitts, normal bib shorts and a close-fitting top with nothing dangling from it. Leave the bottle: you drink at the rail between efforts, not on the boards. Expect to be told your saddle height twice, and expect the first ten minutes to feel like learning to ride a bicycle again.
Book the accreditation, gear it low, and spend the whole first hour thinking about one thing only: keep pedalling. Everything else on the track follows from that.
Sources 10
Where this article summarises a study, the study itself is linked — not a write-up of it.
- 1 Craig NP, Norton KI Characteristics of Track Cycling · Sports Medicine · 2001
- 2 Martin JC, Davidson CJ, Pardyjak ER Understanding Sprint-Cycling Performance: The Integration of Muscle Power, Resistance, and Modeling · International Journal of Sports Physiology and Performance · 2007
- 3 Dorel S, Hautier CA, Rambaud O, Rouffet D, Van Praagh E, Lacour JR, Bourdin M Torque and Power-Velocity Relationships in Cycling: Relevance to Track Sprint Performance in World-Class Cyclists · International Journal of Sports Medicine · 2005
- 4 Gardner AS, Martin JC, Martin DT, Barras M, Jenkins DG Maximal torque- and power-pedaling rate relationships for elite sprint cyclists in laboratory and field tests · European Journal of Applied Physiology · 2007
- 5 Ferguson HA, Harnish C, Chase JG Using Field Based Data to Model Sprint Track Cycling Performance · Sports Medicine - Open · 2021
- 6 Underwood L, Jermy M Determining optimal pacing strategy for the track cycling individual pursuit event with a fixed energy mathematical model · Sports Engineering · 2014
- 7 Fitton B, Symons D A mathematical model for simulating cycling: applied to track cycling · Sports Engineering · 2018
- 8 Menaspà P, Abbiss CR, Martin DT Performance Analysis of a World-Class Sprinter During Cycling Grand Tours · International Journal of Sports Physiology and Performance · 2013
- 9 Lucia A, Hoyos J, Chicharro JL Physiology of Professional Road Cycling · Sports Medicine · 2001
- 10 Union Cycliste Internationale UCI Cycling Regulations (Part 3: Track Races) · Union Cycliste Internationale · 2026
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