Anthropometric and biomechanical factors to predict rowing ergometer performance among collegiate rowers
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Purpose: This study examined the relationships between anthropometric and biomechanical variables and 2000 m rowing ergometer performance in novice collegiate rowers. Methods: Sixty-six university-level students with basic rowing instruction completed a 2000 m ergometer test. Anthropometric measures (height, mass, wingspan, sitting height, leg length) and biomechanical variables (start output, mean and peak power, distance per stroke) were recorded. Results: Significant correlations were found between performance and all anthropometric variables (p < .01), with mass (r = -0.807) and height (r = -0.702) showing the strongest associations. Peak output watts (r = -0.705) also correlated strongly with performance. Conclusion: Anthropometric and biomechanical variables are significant predictors of 2000 m ergometer performance even in novice rowers, supporting their use for early talent identification and training guidance.
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