Heat Adaptation
A structured heat adaptation protocol for preparing athletes for hot conditions using controlled sauna, hot water immersion, or on-bike heat exposure while protecting hydration, recovery, safety, and training quality.
Explore the protocol library by domain, energy system, and topic — a structured framework to help athletes find the right guidance at the right time.
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A structured heat adaptation protocol for preparing athletes for hot conditions using controlled sauna, hot water immersion, or on-bike heat exposure while protecting hydration, recovery, safety, and training quality.
Cooling protocol to manage body temperature, hydration, and performance in hot conditions so the athlete can execute effectively and avoid heat-related decline.
A structured approach to fueling and hydration for racing, maximising performance while scaling energy and fluid intake with demand.
A practical baseline for fueling and hydration during training rides, supporting adaptation while scaling energy and fluid intake with demand.
Recover, refuel, rehydrate, sleep and repeat across multi-day racing.
Race Execution is the bridge between planning and review. It helps athletes turn the race plan into decisions under pressure — noticing what is happening, deciding what matters, acting with purpose, and resetting quickly. The focus is simple: adapt without losing the purpose.
Planning protocol that defines how the athlete will approach, execute, and learn from the race based on course, role, strengths, and conditions.
Preparation protocol to ensure the athlete is physically, mentally, and logistically ready to execute the race plan from the start line.
Recover, refuel, rehydrate, sleep and repeat across multi-day racing.
Low-intensity aerobic work to build durability, efficiency, and repeatable training volume.
A structured heat adaptation protocol for preparing athletes for hot conditions using controlled sauna, hot water immersion, or on-bike heat exposure while protecting hydration, recovery, safety, and training quality.
Sustained sub-threshold work to build aerobic strength, fatigue resistance, and training efficiency.
Sustained work at or near threshold to improve lactate clearance and high-end aerobic performance.
Threshold-based low-cadence work to improve strength endurance, torque production, and the ability to sustain force under fatigue.