Key result
Elite cyclists exhibit higher VO2peak and more structured tactical power distribution than amateur cyclists.
Why the study?
Differences in physical conditioning, race experience, and tactical behavior between elite and amateur cyclists competing in multi-stage races remain unclear.
Observational (n=10)
No
Standardized Mean Difference: 2.37 (95% CI 0.67–4.07)
Absolute Event Rate: 64.41% vs 53.86%
Amateur cyclists have sufficient physical capacity to complete a multi-stage race but lack the energy management and tactical experience of elite cyclists.
Amateurs may need pacing-focused training to optimize performance; leaves open whether targeted interventions improve outcomes in prospective studies.
Introduction: The aim of this descriptive study was to compare laboratory and in-competition performance metrics between elite and amateur cyclists competing in the 2024 UCI Tour of Lithuania with respect to physical performance, racing approach, and tactical behavior. Methods: ), gross efficiency, peak power in incremental and sprint protocols, and seasonal power records. During the five-stage race (870.2-km, 4,039-m elevation gain), competition data, including stage and general classification results, power data, heart rate, and gpx tracks, were analyzed. Descriptive statistics and Cohen's d effect sizes (ES) were used to assess between-group differences. Results: , maximal aerobic and critical power (ES: 1.68-2.37). During competition, amateurs spent more time above critical power (ES: 2.09-3.25) and exhibited a more homogeneous power distribution within their team (ES: 0.49-1.82). In contrast, elite cyclists displayed a polarized effort profile. These differences corresponded to poorer stage and overall classification results for amateurs (ES: 1.39), while elites followed specific competition strategies, contributing to better stage and overall results. Nevertheless, all amateurs successfully completed the five-stage race. Discussion: Amateur cyclists demonstrated sufficient physical capacity to complete the Tour of Lithuania despite lower aerobic capacity and limited experience in team tactics. These findings illustrate the rising performance levels in amateur cycling while emphasizing persistent gaps in physical conditioning, race experience and execution, particularly in energy management, pacing strategies, and situational decision-making, factors that remain key competition-specific performance limitations compared to elite cyclists.
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Cesanelli et al. (2026) conducted an observational in Healthy competitive cyclists (n=10). Elite cycling status vs. Amateur cycling status was evaluated on Peak oxygen uptake (VO2peak, mL/min/kg) (ES 2.37, 95% CI 0.67-4.07). Elite cyclists exhibited higher relative peak oxygen uptake (ES 2.37) and utilized more structured, role-specific tactical power distribution during competition compared to amateur cyclists.
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