The Moveee team
Free coaching · a real route for every ride
A normal training week gives you days to recover. A stage race gives you fourteen hours, some of which you will spend in a car. That single constraint changes which recovery practices are worth bothering with, and it promotes a few habits from "optional" to "the thing that decides whether you finish the week".
We have written elsewhere that recovery is training — that the adaptation happens in the rest, and that easy days should be easy. That is about the season. This post is about the narrower and more urgent problem of getting from the finish line of stage two to the start line of stage three with as much of yourself intact as possible. The advice is different, and in one important respect it is the opposite.
Why a stage race is a different problem
In ordinary training, most recovery advice is about not interfering. You eat reasonably, you sleep, you ride easy, and the body sorts itself out over 48 hours. Interventions that rush the process — ice baths in particular — can actively blunt the adaptations you were training for in the first place.
Consecutive race days invert that logic. You are no longer training; you are defending tomorrow's performance. Adaptation can wait until next week. What matters now is refilling fuel, limiting damage, and sleeping, on a clock that does not care whether you feel like eating.
The accumulated cost is real and measurable. Professional riders emerging from a three-week tour show measurable decrements in performance afterwards, and workload analyses across multi-stage races show intensity and duration that would be unsustainable without the recovery structure a team builds around it. You will not have a team. You will have a hotel and a kitbag.
The glycogen arithmetic
Muscle glycogen is the constraint that defines the whole exercise. A hard road stage of three to five hours will substantially deplete it, and the rate at which you can put it back has a hard ceiling that no supplement changes.
With sufficient carbohydrate intake — around 1.0–1.2 g per kg body mass per hour for the first few hours — muscle glycogen resynthesis runs at roughly 5–6% of full stores per hour. Full restoration therefore takes somewhere around 20–24 hours. A stage race gives you between 14 and 18. The implication is straightforward and slightly grim: over a multi-day race you are usually starting each stage with less fuel than the day before, and your job is to make the shortfall as small as possible rather than to eliminate it.
Stylised. The resynthesis rates behind it are well established; the exact depletion per stage depends entirely on the stage. The shape — a slow decline you can manage, or a steep one you cannot — is the part worth taking seriously.
The first hour genuinely matters here
You will have read that the post-ride "window" is a myth. In the context of ordinary training, that is broadly fair: if your next hard session is 48 hours away, it makes very little difference whether you ate at 4 pm or 7 pm, as long as your total daily carbohydrate is adequate.
Stage racing is the exception, and it is the case the original research was actually about. When carbohydrate was delayed by two hours after glycogen-depleting exercise, the rate of muscle glycogen storage during that delay was roughly half what it was with immediate feeding — and the deficit was not fully made up later. When you have 24 hours, that does not matter. When you have 15, it does.
Carbohydrate, immediately
1.0–1.2 g per kg body mass, in whatever form you will actually swallow. For a 70 kg rider that is roughly 70–85 g — a large drink plus a banana, or a recovery shake and a flapjack. Liquid usually wins, because appetite is suppressed straight after a hard finish.
Repeat, and add protein
Another feed of similar size, with 20–25 g of protein alongside it. The protein is not there to speed glycogen storage when carbohydrate intake is already adequate — it is there for repair, and it makes the meal easier to eat.
A proper meal
Rice, pasta, potatoes, bread — plus protein and something with salt in it. This is the meal that does most of the work, and it is the one riders most often delay because the hotel restaurant opens at seven.
Top up, then sleep
A carbohydrate-containing snack before bed if the day was long. Then the single most effective recovery intervention available to you, which is eight hours of sleep in a dark, cool room.
On protein: the case for it after a stage is repair, not refuelling. Adding protein to an already-adequate carbohydrate feed does not meaningfully accelerate glycogen storage. It does support muscle protein synthesis, and the dose-response work suggests around 0.4 g per kg per meal, with total daily intake in the 1.6 g per kg region covering most of the benefit. We go through the evidence in do you need protein after every ride, and the practical question of shake versus dinner in recovery drinks or a meal.
The recovery toolkit, graded honestly
There is a lot sold for this problem, and the evidence behind it varies from decent to negligible. Here is where we think each item sits, with the caveat that individual studies in this field are small and the effects are mostly modest.
Ten to twenty minutes of genuinely easy pedalling. The evidence for active recovery improving next-day performance is modest rather than dramatic, but it is one of the better-supported entries on this list and it costs almost nothing. Keep it easy enough that it does not become training.
Meta-analysis of compression after muscle-damaging exercise found moderate improvements in recovery of strength and soreness. Cycling is much less damaging than running, so expect less. Harmless, cheap once bought, and easy to wear on a transfer.
Reasonably good evidence for reducing perceived soreness in the short term. But cold immersion has also been shown to blunt some training adaptations when used routinely. In a stage race, where next-day performance beats long-term adaptation, that trade is acceptable. In a normal training week it is not.
Consistently reduces perceived soreness and fatigue. Evidence that it restores performance is much thinner. If you have the budget and the time in a seven-day race, it is not wasted — just do not expect it to replace food and sleep.
Pleasant, and fine if you enjoy it. It does not meaningfully accelerate recovery between stages, and time spent on it is time not spent lying down.
Nothing else on this list is close. Expert consensus in sports medicine puts sleep at the centre of athlete recovery, and stage racing attacks it from every direction: late finishes, early transfers, unfamiliar beds, caffeine taken during the stage still circulating at midnight.
The ordering is the useful part. Food and sleep are not on the same scale as the rest of the list, and a rider who does an ice bath, wears compression tights and then eats a small salad at nine o'clock has got it exactly backwards.
Travel, hotels and the things that go wrong
Most of what ruins a rider's stage race is logistical rather than physiological. The transfer takes ninety minutes. The restaurant does not serve until eight. The room is above the bar. You forgot to pack anything you actually want to eat at 4 pm in a car park.
Bread, rice or potatoes at every meal, in quantities that would look excessive at home.
A protein source at breakfast, not just jam and cereal. Eggs if they exist.
Salt the food. You have lost a lot of sodium and hotel cooking is usually under-seasoned for an athlete.
A bag of your own supplies: oats, malt loaf, rice cakes, a jar of honey. The kitchen will close before you are hungry.
Drink to replace, not to drown. Roughly 1.25–1.5 L per kg of body mass lost, spread over the evening, with sodium in it.
Move your last coffee earlier. Caffeine taken in the final hour of a stage is still with you at bedtime.
Sleep deserves defending actively rather than hoping for. Expert consensus in sports medicine treats it as a primary recovery variable, and late-finishing, early-starting multi-day racing is close to an experiment in restricting it. Pack an eye mask and earplugs; they are the cheapest performance equipment you will ever buy. Get your last caffeine of the day earlier than you think. If you are habitually short of sleep, sleep and cycling performance makes the case with the numbers.
Pacing the week, not the stage
The last piece is tactical. Fatigue accumulates across a stage race in a way it does not across a single event, and the rider who is strongest on day one is frequently not the rider who is strongest on day five. Two rules follow.
First, spend your matches on the stages that suit you and ride the others as economically as you can. Sitting in, eating properly and finishing comfortably on a flat stage is not a wasted day — it is what makes the mountain stage possible. Second, adjust your expectations downward as the week goes on and treat that as normal rather than as evidence of a problem. Even professional riders show measurable performance decrements after a grand tour, and you are not going to out-recover that with a gadget.
If you track training load, expect your Form number to go deeply negative and do not panic about it — that is the point of a stage race, and fitness, fatigue and form explains what the number is doing. The recovery block afterwards is not optional, and it is longer than you will want it to be. Plan a week of genuinely easy riding on the other side before you plan anything else.
Sources 10
Where this article summarises a study, the study itself is linked — not a write-up of it.
- 1 Burke LM, van Loon LJC, Hawley JA Postexercise muscle glycogen resynthesis in humans · Journal of Applied Physiology · 2017
- 2 Ivy JL, Katz AL, Cutler CL, Sherman WM, Coyle EF Muscle glycogen synthesis after exercise: effect of time of carbohydrate ingestion · Journal of Applied Physiology · 1988
- 3 Thomas DT, Erdman KA, Burke LM Position of the Academy of Nutrition and Dietetics, Dietitians of Canada, and the American College of Sports Medicine: Nutrition and Athletic Performance · Journal of the Academy of Nutrition and Dietetics · 2016
- 4 Morton RW, Murphy KT, McKellar SR, Schoenfeld BJ, Henselmans M, Helms E, Aragon AA, Devries MC, Banfield L, Krieger JW, Phillips SM A systematic review, meta-analysis and meta-regression of the effect of protein supplementation on resistance training-induced gains in muscle mass and strength · British Journal of Sports Medicine · 2018
- 5 Walsh NP, Halson SL, Sargent C, Roach GD, Nedelec M Sleep and the athlete: narrative review and 2021 expert consensus recommendations · British Journal of Sports Medicine · 2021
- 6 Dupuy O, Douzi W, Theurot D, Bosquet L, Dugue B An Evidence-Based Approach for Choosing Post-exercise Recovery Techniques to Reduce Markers of Muscle Damage, Soreness, Fatigue, and Inflammation: A Systematic Review With Meta-Analysis · Frontiers in Physiology · 2018
- 7 Hill J, Howatson G, van Someren K, Leeder J, Pedlar C Compression garments and recovery from exercise-induced muscle damage: a meta-analysis · British Journal of Sports Medicine · 2014
- 8 Rodriguez-Marroyo JA, Villa JG, Pernia R, Foster C Decrement in Professional Cyclists' Performance After a Grand Tour · International Journal of Sports Physiology and Performance · 2017
- 9 Rodriguez-Marroyo JA, Garcia-Lopez J, Juneau CE, Villa JG Workload demands in professional multi-stage cycling races of varying duration · British Journal of Sports Medicine · 2009
- 10 Roberts LA, Raastad T, Markworth JF, Figueiredo VC, Egner IM, Shield A, Cameron-Smith D, Coombes JS, Peake JM Post-exercise cold water immersion attenuates acute anabolic signalling and long-term adaptations in muscle to strength training · The Journal of Physiology · 2015
Plan backwards from your event
Give Moveee your event date and it works back from it — the long rides where they belong, the sharpening in the right week, and a taper that arrives on time. It adapts when you miss a session, because you will.
Plan my eventKeep reading
The first 48 hours after a big event: recovery that speeds up the next one
Eat promptly, eat again, drink more than you lost, sleep twice. What the evidence supports in the two days after a gran fondo, and the ice bath, beer and Monday ride that undo it.
Ultra-distance racing: sleep, pacing and the first 24 hours
Past about a day, the limiter stops being your legs. Sleep strategy and what deprivation actually costs you, pacing far below threshold, and the saddle and nerve problems that end more ultras than fitness ever does.
Cornering under pressure: the racing lines nobody practises
A bad corner costs you twice: once in it, again on the exit. The physics of lean and grip, where to look, how to countersteer on purpose, and the race-day corners you can only learn by doing.
Racing in the cold and wet: staying warm enough to still be racing
Cold rain ends races for riders who were fit enough to finish them, and it usually does it on the descent rather than the climb. Losing your hands before you lose your legs, and the clothing decisions that are really race decisions.
Your first century: 100 miles, and how to arrive with legs left
Build the long ride to about 120 km, ride the first two hours slower than feels necessary, eat from the first hour and sit in the group. A race-prep guide to 161 km that finishes well rather than merely finishes.
How to build a sprint that actually wins things
Almost every race finishes in a scramble, and the sprint is the least-trained quality in amateur cycling. The four phases, five sessions, and the recovery mistake that ruins most of them.
Gravel racing: how it's different, and what to train for
Longer, lonelier and far more variable than a road race, with no feed zones and no team car. Why durability beats a sprint, how to fuel when nobody is handing you anything, and the tyre decision that ends more races than fitness does.
Pre-race openers: the day-before session that wakes your legs up
Complete rest the day before an event often leaves you feeling flat. What an opener session does, what it should look like, and how long before the start it's worth doing.
Racing in the heat: pace it differently or pay for it
Riders rebuild a training plan over a 3% change in threshold, then ride a 34°C event on their April pacing plan. What heat does to your engine, which cooling tricks are worth doing, and the signs that mean stop immediately.
Racing abroad: six things that are not like home
The riding is the familiar part. Licences, race manuals, bunch culture, terrain you cannot rehearse, heat and altitude — and the alpine descent that riders underestimate far more often than the climb.
Riding the Étape or the Marmotte: what the profile doesn't show
Both profiles are accurate and both hide the things that end riders' days: altitude on the Galibier, three climates, a 47 km descent, cut-offs, tunnels and feed queues. Official figures throughout.
Recovery drinks: do you need one, or is a meal enough?
Rapid refuelling matters enormously when you're riding again in six hours, and barely at all when you're not. How glycogen resynthesis actually works, and when a recovery drink beats a plate of food.