This decline was inversely correlated with the temperature (r2 = 0.7). ![]() Results: At all temperatures there was a large decline in calibration pressure after the first 2min of cycling, with no further decline after 6min of cycling. This process was repeated at seven different random calibration values at a range of environmental temperatures (15, 20, 28 and 38☌). ![]() The cyclist then cycled for a further 2min at 200W for a direct comparison with the SRM training system. The calibration procedure was repeated (up to 5 occasions) interspaced with 2min cycling at 200W and ∼90rpm. ![]() Methods: A bicycle fitted with an SRM Training System was attached to a CompuTrainer ergometer. ![]() CompuTrainer is an increasingly popular ergometer in Sport Science laboratories, yet there is little information on the characteristics and validity of the CompuTrainer calibration procedure.Īim: To investigate the effect of a range of environmental temperatures on the CompuTrainer calibration procedure and validate the power output against an SRM powermeter.
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