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Recovery for cricketers: the boring stuff works

Before you spend a small fortune on compression boots, sort out sleep, food, fluids and what you are doing the next day. The expensive trousers come later.

Written by
Thihan Chandramohan, physiotherapist
Category
Performance and recovery
Last reviewed

Before you read on

General education only. This article does not replace an individual medical, physiotherapy or sports nutrition assessment. Nutrition and supplement decisions should be individualised, particularly for adolescents or athletes with medical conditions.

Recovery has become an industry.

There are boots that squeeze your legs, guns that hammer them, tubs cold enough to make you question your life choices, powders for almost every hour of the day, and watches prepared to give your sleep a score before you have decided how you feel.

Some of those things have a place. The problem is the order.

When I work in elite cricket, we look for small gains because the basics are already organised. Food is available. Hydration is monitored. Players have strength and conditioning support. Sleep is discussed. Training is planned. Only then does it make sense to spend time worrying about the smaller recovery tools.

The practical point

Recovery is a complex biological process. The useful interventions are not especially complex. Start with sleep, food, fluids, sensible movement and an honest assessment of how much work you did.

First question: what are you recovering from?

A “hard session” is not a universal unit.

Thirty balls at high intent after six weeks of regular bowling is one thing. Thirty balls after a month of doing almost none is another. A batter who made 140, ran hard between wickets and fielded all afternoon has had a different day from the player who nicked off early and spent most of it at slip discussing lunch.

This is the same principle I use when planning pre-season. Your body responds to the work it has recently experienced, not the label written on the session plan. Preparation should reflect the role you expect to perform, and recovery should reflect the work you completed.

What moves the needle first?

A practical priority hierarchy, in order. The order represents coaching priority, not a pooled scientific effect size.

  1. Sleep
  2. Food
  3. Fluids
  4. Easy movement
  5. Massage / rolling
  6. Ice / compression

This is a decision aid, not a claim that sleep is “three times more effective” than an ice bath. Recovery studies measure different outcomes, in different sports, with different protocols.

Hydration: start with water, then get more specific

The first rule of hydration is wonderfully dull: drink enough fluid.

Electrolyte tablets do not replace a litre of fluid you never drank. At the same time, plain water is not always the whole answer. When sweat loss is large, the next session is close, or the day has been hot, sodium helps you retain the fluid you take in.

A useful way to estimate loss is body mass before and after training or a match. If you finish 1 kg lighter, that is roughly a 1 litre net fluid deficit before allowing for drinks and urine. When rapid rehydration matters, sports nutrition guidance commonly uses roughly 1.2 to 1.5 litres per kilogram of body mass lost over the next few hours, with sodium coming from food, sports drink or an electrolyte product.

Do not turn this into a drinking competition. Over-drinking has risks as well. Your plan should reflect heat, sweat rate, access to food, how soon you train again and what your stomach tolerates.

The relationship between dehydration and concentration is not a clean “lose X percent of fluid, lose Y percent of brain function” equation. Research is mixed. Larger fluid deficits, heat stress and fatigue are more consistently associated with poorer mood and some cognitive outcomes. The sensible target is still to begin well hydrated and avoid finishing the day with a large deficit.

No single recovery product replaces the basics. The useful plan is the one you repeat.

Food: refuel and repair

Cricket uses a lot of stored carbohydrate for repeated running, bowling, fielding and long periods of concentration. Think of carbohydrate as one of your main fuel sources for the next session.

After a demanding day, you want to put some of that fuel back in. Rice, pasta, potatoes, bread, cereal, fruit, wraps and similar foods all do the job.

If you are playing or training again soon, eat a decent carbohydrate-rich meal soon after the game rather than waiting until late at night. If your next hard session is several days away, the exact timing matters less. Your normal meals across the day will usually do the job.

You do not need to count every gram. A simple guide after a high-load match is to make carbohydrate a clear part of the meal, then add a good protein source and fluids.

For protein, a practical post-exercise target for many adults is around 0.3 to 0.4 g/kg per meal or snack. For a 75 kg player, that is roughly 23 to 30 g. A simple field target of 25 to 35 g of protein works well for many adult cricketers, depending on body size and the rest of the day's intake.

Whole food is fine. Eggs on toast. Yoghurt and fruit. Rice with chicken, fish, tofu or lentils. Milk and a sandwich. A shake is useful when eating a proper meal is impractical, not because powder has acquired mystical properties.

A simple post-match rule

Fluids + carbohydrate + protein + a normal meal. If the turnaround is short, do it sooner. If the turnaround is long, the total day matters more than racing a stopwatch.

And the recovery beer?

A beer with teammates is part of cricket for plenty of people. It is still alcohol, not a recovery drink. High post-exercise alcohol doses have reduced muscle protein synthesis in controlled studies, even when protein was consumed. Dose matters, and the social setting matters too. If performance soon afterwards matters, eat and rehydrate first, keep the dose modest, and do not let a late night steal the bigger recovery tool: sleep.

Sleep is the biggest recovery lever

Sleep gets more interesting once cricket schedules become ridiculous.

A Saturday club match is easy to plan around. A franchise tournament with a morning game, a three-hour break, a night game, late travel and caffeine at 8 pm is less polite.

There is no single magic sleep number for every athlete. The expert consensus on athlete sleep recommends an individual approach rather than treating seven to nine hours as a law. In practice, the questions I care about are simpler: Are you getting enough total sleep? Is your timing reasonably consistent? Do you wake feeling restored? Are several poor nights accumulating?

For a high-load player, eight to nine hours in bed is a sensible practical target when it fits their usual sleep need. It is a target, not a law.

One poor night is not a catastrophe. A week of poor sleep, then another, is the bigger issue. When you know competition will disrupt sleep, good sleep beforehand gives you more room to absorb the hit.

You do not win recovery by being perfect on Saturday night. You win by having a repeatable week.

What about naps?

Naps are useful when schedules compress sleep, particularly during tournaments and travel. Keep the purpose clear. A short nap might help alertness. A longer nap might help total sleep, but it also carries a greater risk of waking groggy or making night sleep harder if the timing is poor.

What about wearables?

Use them for trends, not verdicts.

Consumer devices estimate sleep from movement and physiology. Validation studies show fair to moderate agreement with laboratory sleep measurement, and errors differ between devices and sleep stages. A watch reporting 72 rather than 81 does not mean your recovery has fallen 9 points.

I prefer three questions alongside the device: When did you sleep? When did you wake? How do you feel this morning?

Ice baths, massage, stretching and compression: useful servants, poor bosses

This is where recovery conversations usually start, which is part of the problem.

These tools mostly sit in the symptom and perception part of recovery. If they help your legs feel better and you have another match soon, that matters. Feeling better is not fake. It is also not the same as rebuilding glycogen, restoring sleep or repairing tissue.

Cold water: useful in the right context

Cold water might help some players feel less sore and heavy, especially when the turnaround between games is short. In cricket, I rarely use long ice baths. A practical option is a short cold exposure of around 3 minutes, or hot-cold contrast using roughly 1 minute hot : 1 minute cold for a few rounds. The aim is to help the player feel better and move better, not to prove how long they sit in unpleasant water. I would not use cold automatically after every gym session.

Massage and foam rolling: good for how you feel

Massage and foam rolling often reduce soreness. They do not “flush toxins” or physically lengthen muscle. Use them to make movement easier, then move.

Stretching: not a recovery superpower

Stretching feels good for some players, but trials do not show a meaningful effect on next-day muscle soreness or strength recovery. Do it for mobility or comfort, not because it repairs the session you completed.

Compression: small and inconsistent effects

Garments and pneumatic boots might improve soreness or some recovery measures. The evidence is mixed and the effects are generally smaller than the basics. A pair of boots that costs a small fortune still does not outrank dinner.

The day after a match: recover from the day you had

Not every cricketer needs a recovery day.

If you bowled 20 overs, spent six hours in the field and finished sore, Sunday should look different from the player who did little physical work. The low-load player often has an opportunity to train. The high-load player often needs a lower-load day.

  • High-load day. Fast bowler, long innings, heavy fielding load, heat, travel or short turnaround. Prioritise breakfast, fluid replacement, normal movement, light aerobic work or pool, mobility if it helps, and sleep. Avoid turning “recovery” into another hard training session.
  • Low-load day. Limited batting, little bowling, low running exposure. You might be fine to complete strength, running or skill work the next day. The match scorebook does not tell you your physical load.

If you feel stiff, ten to twenty minutes of easy movement often works well. Walk. Easy cycle. Pool. Gentle mobility. The goal is to get moving, not to earn another training badge.

A practical recovery timeline after a demanding match

WhenWhat to do
0 to 2 hoursDrink. Eat. Replace carbohydrate and protein. Deal with an injury if one occurred.
EveningNormal dinner. Keep fluids sensible. Wind down. Do not let recovery routines push bedtime later.
Next morningCheck soreness, stiffness, swelling, movement and energy. Compare with your normal.
Next sessionTrain according to what you did and how you responded, not because the calendar says Tuesday.

Should you train when sore?

Often, yes.

Soreness after hard training is normal. Pain is information, not a diagnosis. The useful task is deciding whether the signal reflects expected post-training soreness or something needing assessment.

LevelWhat it looks like
GreenGeneral ache or stiffness. Warms up. Movement remains normal. You perform your skill normally. Train, with sensible adjustment if needed.
AmberMore focal pain. Does not settle with warm-up. Movement changes. Symptoms are worsening or hanging around for several days. Modify and reassess.
RedSignificant pain, swelling, weakness, loss of function, neurological symptoms, or inability to execute your normal action. Get assessed before adding more load.

A fast-bowling exception worth respecting

Young fast bowlers with persistent, focal, one-sided low back pain deserve earlier review. This is especially true when pain is opposite the bowling arm, linked to bowling, or occurring after a sharp increase in bowling exposure. That pattern does not prove a lumbar bone stress injury, but it is one I do not like to ignore.

Cricket Australia’s current junior bowling guidance also places explicit recovery between bowling days and limits on bowling frequency for younger fast bowlers. The principle is simple: bone and neuromuscular systems need recovery between meaningful bowling exposures.

Physio treatment: have a reason

There is a difference between treatment and ritual.

If a fast bowler has lost hip rotation, is unable to move through the action, or has a specific symptom affecting performance, hands-on treatment might help change symptoms or movement before they play. If treatment after a match helps someone move and feel better before another game, fine.

But routine “release work” because Saturday happened is not a clinical indication.

My preference is to make players progressively more self-managing. If every game requires twenty minutes on the physio table to feel normal, I want to know why. The long-term solution is usually better load management, strength, movement options, recovery habits or treatment of a genuine problem, not an endless subscription to someone’s elbow.

A rule I have used with teams

If you are avoiding the strength and conditioning programme, do not expect the physio table to become the programme.

When recovery time is short

This is where priorities matter most.

If you have half an hour after a game before a bus leaves, do not spend twenty-five minutes foam rolling while dinner sits untouched.

  1. Drink
  2. Eat
  3. Check symptoms
  4. Move if useful
  5. Sleep

A sensible order is immediate fluids and food, a quick body-mass and symptom check when relevant, targeted treatment or cold-water immersion only when useful, then dinner and sleep.

That order is not glamorous. It is also hard to improve on.

Supplements: two common questions

Creatine

Creatine monohydrate has strong evidence in adults for supporting repeated high-intensity performance and gains from resistance training. The question changes for a 17-year-old. Research in adolescent athletes is much thinner, and long-term safety data are limited compared with adult data.

For a younger athlete, I would put supervised training, adequate energy intake, protein, carbohydrate, sleep and a sports dietitian ahead of supplementation. If creatine is considered, it should sit inside an organised nutrition and training plan, with attention to product quality and anti-doping risk.

Magnesium

Magnesium is an essential mineral. Supplementing it matters when intake or status is inadequate. The evidence for taking magnesium as a universal athlete recovery tool is much weaker.

A 2025 randomised trial of magnesium bisglycinate in adults with poor sleep found a small improvement in insomnia symptoms over four weeks. Interesting, yes. A reason every cricketer needs magnesium before bed, no.

A better recovery score

I have used a “100-point recovery menu” with teams. The point is not to pretend recovery fits into an equation. It is to make players choose several useful behaviours rather than chase one favourite modality.

If I were simplifying the same idea now, I would ask five questions:

Five questions after a hard day

1. Have I replaced the fluid I lost?

2. Have I eaten enough carbohydrate and protein?

3. What work did I do today, and what does tomorrow require?

4. Is my soreness normal for me, or is something changing?

5. What time am I going to bed?

Once those answers are good, use the ice bath, massage gun, compression boots or foam roller if you like them and they fit the situation.

Recovery is not about collecting gadgets. It is about being ready to produce quality work again.

References and further reading

  1. Walsh NP, Halson SL, Sargent C, et al. Sleep and the athlete: narrative review and 2021 expert consensus recommendations. British Journal of Sports Medicine. 2021. PubMed
  2. Fullagar HHK, et al. Sleep and Sport Performance. Journal of Clinical Neurophysiology. 2023. PubMed
  3. Australian Institute of Sport. Electrolyte supplement: how and when do I use it? AIS
  4. Sports Dietitians Australia. Recovery fact sheet. General guidance includes post-exercise carbohydrate, protein and replacement of approximately 120 to 150% of a fluid deficit when rapid rehydration is needed. SDA
  5. Australian Institute of Sport. Isolated protein supplement. Practical protein targets of approximately 0.3 to 0.4 g/kg across meals and snacks. AIS
  6. Moore E, et al. Effects of Cold-Water Immersion Compared with Other Recovery Modalities on Athletic Performance Following Acute Strenuous Exercise: systematic review, meta-analysis and meta-regression. Sports Medicine. 2023. PubMed
  7. Grgic J. Effects of post-exercise cold-water immersion on resistance training-induced gains in muscular strength: a meta-analysis. European Journal of Sport Science. 2023. PubMed
  8. Afonso J, et al. The Effectiveness of Post-exercise Stretching in Short-Term and Delayed Recovery of Strength, Range of Motion and Delayed Onset Muscle Soreness: systematic review and meta-analysis. Frontiers in Physiology. 2021. PubMed
  9. Zhou J, et al. Preventive effect of foam rolling on muscle soreness after exercise: systematic review and meta-analysis. Journal of Bodywork and Movement Therapies. 2024. PubMed
  10. Weakley J, et al. Putting the Squeeze on Compression Garments: Current Evidence and Recommendations for Future Research. Sports Medicine. 2022. PubMed
  11. Parr EB, et al. Alcohol ingestion impairs maximal post-exercise rates of myofibrillar protein synthesis following concurrent training. PLoS One. 2014. PubMed
  12. Dupuy O, et al. An evidence-based approach for choosing post-exercise recovery techniques to reduce markers of muscle damage, soreness, fatigue, and inflammation: systematic review with meta-analysis. Frontiers in Physiology. 2018. PubMed
  13. Lee YJ, et al. Performance of consumer wrist-worn sleep tracking devices compared to polysomnography: a meta-analysis. 2024. PubMed
  14. Schuster J, et al. Magnesium Bisglycinate Supplementation in Healthy Adults Reporting Poor Sleep: a randomized, placebo-controlled trial. Nature and Science of Sleep. 2025. PubMed
  15. Rubinchuk A, et al. Evaluating the Safety of Creatine Monohydrate in Adolescents: a systematic review of renal, hepatic and cardiometabolic outcomes. 2026. PubMed
  16. McCartney D, Desbrow B, Irwin C. The effect of fluid intake following dehydration on subsequent athletic and cognitive performance: a systematic review and meta-analysis. Sports Medicine Open. 2017. PubMed
  17. Goodman SPJ, Moreland AT, Marino FE. The effect of active hypohydration on cognitive function: a systematic review and meta-analysis. 2019. PubMed
  18. Cricket Australia. Junior pace bowling workload guidelines: recovery within sessions, across weeks and across seasons. Cricket Australia

Not recovering well between cricket sessions?

I work with cricketers on injury, return to bowling, training exposure and performance planning in Melbourne and remotely. The starting point is not a generic recovery routine. It is working out what your cricket is asking your body to tolerate.

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