Hockey nutrition for field and indoor players

At a glance

• Energy demands: Repeated high-intensity shifts with rolling substitutions
• Movement pattern: Low, crouched running loads legs and back
• Competition format: Weekly league matches and multi-game tournaments
• Key risk: Goalkeepers overheating in heavy protective kit

The demands of modern hockey

Rolling, unlimited substitutions mean hockey players rarely pace themselves across a whole match. Instead they work in intense shifts, come off, recover briefly and go again, so the game rewards repeated high-intensity running and sharp acceleration. The low, bent-over playing posture adds load to the thighs and lower back, and stick skills must stay precise under fatigue, which links fuel availability to both running output and technical quality.

Matches are played in quarters on fast, watered artificial pitches. Club players usually train a couple of evenings a week and play at weekends, while performance and university players add strength, conditioning and video sessions. Tournaments, including indoor hockey through the winter and outdoor festivals in summer, can mean several matches in a day or on consecutive days, which makes refuelling between games central to performance.

Positions bring different demands. Midfielders tend to cover the most ground, forwards and defenders work in explosive bursts, and goalkeepers wear heavy protective kit that traps heat, so they can lose a lot of sweat while covering little distance. Many hockey players are students or work full-time, which shapes when they can eat around early lectures or meetings, evening training and travel to away fixtures.

Nutrition priorities for hockey players

Carbohydrate for repeated shifts

Each shift draws on muscle glycogen, so daily carbohydrate should track training. About 5–7 g/kg/day suits moderate training of around an hour a day, rising towards 6–10 g/kg/day in heavy blocks or tournament weeks. [1]

Pre-match food that sits well

Around 1–4 g/kg of carbohydrate 1–4 hours before the match tops up glycogen. Because a low, crouched posture makes a full stomach uncomfortable, we favour familiar, lower-fibre options and sensible timing. [1]

Refuelling between tournament games

When games are close together, prioritising carbohydrate at about 1.0–1.2 g/kg per hour for the first 4 hours, with fluids and some protein, helps restore glycogen before the next match. [1]

Hydration for keepers and summer

Goalkeepers in full kit and outfield players at summer tournaments can sweat heavily. We aim to keep losses within 2% of body mass, using body-mass checks to build a drinking plan for match and bench time. [1]

Protein for strength and repair

Spreading 20–40 g of protein every 3–4 hours, within around 1.4–2.0 g/kg/day, supports recovery from repeated accelerations and the strength work that protects the lower back. [2]

Supplements, only with good reason

Caffeine at 3–6 mg/kg about 60 minutes before play may help, and creatine supports repeated sprint and strength work. Players in tested competition should use batch-tested products only. [3]

Match-day and tournament fuelling

1. Day before the match: Keep meals carbohydrate-focused and familiar, particularly before a tournament weekend, and pack the snacks and drinks you will need between games.
2. 1–4 hours before the start: Eat a familiar meal providing about 1–4 g/kg of carbohydrate. For early tournament starts, a smaller breakfast plus a top-up snack after warming up often works better. [1]
3. Quarter breaks, half-time and bench time: Use breaks and time on the bench for fluid and small amounts of carbohydrate, working towards 30–60 g per hour when warm-up and match run beyond an hour. Shorter indoor games may only need small amounts or a mouth rinse. [1]
4. After the final whistle: Take carbohydrate plus about 0.3 g/kg of protein soon after the match, then a full meal. On tournament days, start the between-game refuelling plan straight away. [1]

General guidance from sports nutrition consensus statements. Your practitioner will tailor amounts to you.

Positions and formats

Midfielders

Usually the highest running loads with frequent shifts, so daily carbohydrate and in-game top-ups need the most attention.

Forwards

Explosive leads, presses and shots in the circle, so fuelling should support repeated maximal efforts and sharp skills late in the game.

Defenders

Repeated tackling, recovery runs and penalty-corner defending, with fuelling focused on sustained concentration and quick reactions.

Goalkeepers

Low running distance but high heat stress in protective kit, so hydration, sodium and concentration are the main priorities.

Indoor hockey

A smaller pitch and shorter games played at very high tempo, often in tournament blocks, so quick, gut-friendly refuelling between games matters most.

What we help with

• Running out of legs in the final quarter
• Refuelling across several tournament games in one day
• Goalkeepers struggling with heat and fluid loss
• Eating well around study, work and evening training
• Gut discomfort playing in a low, crouched position
• Under-fuelling and low energy availability
• Recovering between back-to-back weekend fixtures

Ongoing support, not one-off sessions

We do not work with athletes on a one-off basis. Sports nutrition works best when it adapts to your training, so we recommend an initial consultation followed by at least three follow-ups.

Who you could work with

• Jenaed Ruddock, HCPC-registered Sports Dietitian (SENr)
• Beatriz Ribeiro, HCPC-registered Dietitian
• Tom Hill, SENr Sports and Performance Nutritionist

Book your consultation

Book an initial consultation or book a free discovery call to talk it through first. All consultations are online.

Explore more

See all the sports we work with, our RED-S nutrition support, or meet the team.

Frequently asked questions

Do you support university and club hockey players?

Yes. Our founder, Jenaed Ruddock RD, works as Lead Sports Dietitian at Imperial College London and Cambridge University, supporting student-athletes across many sports. We understand how lectures, part-time work and BUCS or league fixtures compete with training, and we build plans around that timetable.

What should I eat at a hockey tournament?

Plan the whole day in advance: a familiar breakfast, then small, easily digested carbohydrate snacks and fluids between games, with protein added once gaps allow. Sports halls and pitch-side venues often have limited food, so we help you pack a cool bag that covers every game.

Should goalkeepers eat and drink differently?

Often, yes. Keepers usually burn less energy than outfield players but can lose a lot of sweat in their kit, especially in summer. We focus on fluid and salt replacement and on concentration, rather than copying the carbohydrate plan of a midfielder.

Is indoor hockey nutrition different?

Indoor hockey is shorter and faster, usually played in warm sports halls and often in tournament formats. The emphasis moves to light pre-game food, quick top-ups between games and staying hydrated indoors.

How many consultations will I need?

Hockey seasons move between league fixtures, indoor winters and tournament blocks, so we do not work with players on a one-off basis. After your initial consultation we recommend a minimum of three follow-up consultations, so we can test your match-day and tournament plans and refine them as your season changes.

Do you work with junior hockey players?

This page is for adult players. Junior hockey players are supported through our paediatric team, who work with families and consider growth and development alongside training load.

References

1. 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. J Acad Nutr Diet. 2016;116(3):501–528.
2. Jäger R, et al. International Society of Sports Nutrition Position Stand: protein and exercise. J Int Soc Sports Nutr. 2017;14:20.
3. Maughan RJ, et al. IOC consensus statement: dietary supplements and the high-performance athlete. Br J Sports Med. 2018;52(7):439–455.