Severe-intensity constant work rate (CWR) cycling tests simulate the high-intensity
competition environment and are useful for monitoring training progression and adaptation …

Purpose: Traditional physiological testing and monitoring tools have restricted our ability to
capture parameters that best relate to cycling performance under variable-intensity race …

Objective The purpose of this study was to determine the reliability and predictive value of
performance parameters, measured by a new novel submaximal cycle protocol, on peak …

Background: It is well established that the critical power (CP) and the fixed amount of work
performed above the CP (W') predict performance in the severe intensity domain, and that …

The purpose of this study was to determine the reliability and predictive value of
performance parameters measured by a new novel submaximal cycle protocol (also known …

Different laboratory-based variables are individually associated with cycling performance,
but scarce evidence exists on which of them, when all assessed in combination, could best …

Small changes in performance, as low as 1%, are regarded as meaningful in well-trained
cyclists. Being able to detect these changes is necessary to fine tune training and optimise …

Purpose: To verify the accuracy of predicting performance in the severe-intensity domain by
means of end-test power output (EP) and the work performed above EP (WEP) obtained …

In high-performance cycling, it is important to maintain a healthy balance between training
load and recovery. Recently a new submaximal cycle test, known as the Lamberts and …

Abstract McClave, SA, LeBlanc, M, and Hawkins, SA. Sustainability of critical power
determined by a 3-minute all-out test in elite cyclists. J Strength Cond Res 25 (11): 3093 …