Critical Power Determination with Ergometry Rowing: Relation to Rowing Performance

The relationships between critical power (CP) and anaerobic work capacity (AWC), and the rowing performance in a 2000 m ergometry rowing effort were assessed. Nine male university rowers performed three tests: 1) critical power determination, 2) 2000 m simulated rowing and 3) V university rowers performed three tests: 1) critical power determination, 2) 2000 m simulated university rowers performed three tests: 1) critical power determination, 2) 2000 m simulated O 2 max test. The CP and AWC were determined from the regression between work and time to exhaustion, derived from three exhaustive trials at 70, 60, and 50% of the maximal power. The 2000 m simulated rowing performance was higher for subjects with higher CP independent of AWC. The mean power throughout the 2000 m simulated rowing correlated signifi cantly with CP (r = 0.87) and the absolute V higher CP independent of AWC. The mean power throughout the 2000 m simulated rowing higher CP independent of AWC. The mean power throughout the 2000 m simulated rowing O 2 max (r = 0.71), but not with AWC. CP also infl uenced the pattern of changes in power over the 2000 m simulated rowing. We conclude that the CP is a useful indicator of rowing performance and may be effi cacious for monitoring the training effects in rowing.