Skating performance in female ice hockey players may be enhanced by improving body composition, anaerobic power, and both lower- and upper-body strength in off-ice training.The Ice Vault Skating Arena located in Wayne, NJ, is a modern 3 full size NHL sheets of ice facility. Faster skating times were associated with lower %FAT. Game performance in female ice hockey players may be enhanced by greater MIP, repeat acceleration ability, and mode-specific training. Percent fat mass was positively correlated (p ≤ 0.05) with FLS-FI and TLS-AT TLS-FT was negatively correlated with REL%HDL BP-RM was negatively correlated with FLS-FT and FLS-AT MIP positively correlated with assists, points, and SOG FLS-AT negatively correlated with assists. Correlation coefficients were used to determine relationships. Game performance was evaluated with game statistics: goals, assists, points, plus-minus, and shots on goal (SOG). The on-ice RSS test included 6 timed 85.6-m sprints with participants wearing full hockey equipment fastest time (FT), average time (AT), and fatigue index (FI) for the first length skate (FLS 10 m) and total length skate (TLS 85.6 m) were used for analysis. Twenty female forward and defensive players (19.95 ± 1.35 years) were assessed for mass, height, percent fat mass (%FAT), bone mineral density, predicted 1 repetition maximum (RM) absolute and relative (REL%) bench press (BP) and hex bar deadlift (HDL), lower-body explosive power, anaerobic power, countermovement vertical jump, maximum inspiratory pressure (MIP), and on-ice repeated-skate sprint (RSS) performance. J Strength Cond Res 33(6): 1620-1629, 2019-The purpose of this study was to identify off-ice testing variables that correlate with skating and game performance in Division I collegiate female ice hockey players. Relationship between physiological off-ice testing, on-ice skating, and game performance in Division I female ice hockey players.
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