![]() The following 6 predictive equations were used to estimate BEEP Vo2 max: Ramsbottom et al. BEEP tests results were determined by subjects running between cones separated by 20 meters, at an incrementally increasing pace, until the pace could no longer be maintained by the athlete. GXT tests were determined via treadmill ramp protocol of increasing intensity at one-minute intervals to volitional exhaustion, while collecting expired gases. The BEEP and GXT were separated by 48 hours and completed in randomized order. Methods: Sixty-five Division I women field hockey players (Mean ± SD Age: 19.6 ± 1.2 years Weight: 64.7 ± 6.1 kg Body Fat: 24.5 ± 5.5%) completed both aerobic capacity assessments. A secondary purpose was to determine which predictive equation most accurately predicts Vo2 max. Purpose: To determine if the multistage 20-meter shuttle-run test (BEEP) is a valid predictor of maximal aerobic capacity (Vo2 max) when compared to a laboratory treadmill ramp protocol assessment (GXT) of Vo2 max in National Collegiate Athletic Association (NCAA) Division I women collegiate field hockey players. ![]() Unfortunately, many athletic teams do not have access, funding, or personnel for laboratory testing, and could benefit from a valid method of field testing for aerobic fitness. Sport-specific fitness testing is necessary in order to determine an athlete's cardiorespiratory fitness and to monitor training program goals. ![]()
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