Publication | Closed Access
Effects of Wearing a Helmet on Thermal Balance While Cycling in the Heat
33
Citations
13
References
1988
Year
Sport PhysiologyHeart RatePhysical ActivityKinesiologyThermal BalanceEngineeringHyperthermiaPhysical FitnessExercise PhysiologyThermal ComfortApplied PhysiologyRehabilitationStationary BicycleHeat TransferHuman MovementBody ComfortThermal EngineeringHealth Sciences
In brief: Many cyclists refuse to wear helmets because they produce discomfort and drag. To determine the effects of wearing a helmet on thermal balance and rating of perceived exertion while cycling in the heat, six male competitive cyclists aged 19 to 32 rode a stationary bicycle attached to a road-racing simulator in an environmentally controlled chamber for two hours at 70% V O2 max. Measurements were taken of rectal and skin temperatures, V O2, heart rate, sweat rate, and rating of perceived exertion. The results showed that (under the experimental conditions used) wearing a helmet while cycling in the heat does not alter thermal balance or cardiovascular strain compared with not wearing a helmet.
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