The purpose of the study was to perform the wingate anaerobic test (WAnT) at different exercise loads (7.5%, 8.5%) and investigate the effect of exercise load on anaerobic power. 56 male college students aged between 20 and 29 were subjected to two tests, the 1^st at 7.5% load per unit body weight and the 2^nd at 8.5% load per unit body weight. The following conclusions were reached. First, with the increase in wingate exercise load from 7.5% to 8.5%, time elapsed until peak power, average power and average power over unit weight all showed a statistically significant increase. Second, calculation of limits of agreement with a confidence interval of 95% using the bland-altman plot showed large margins of error in peak power and peak power IE unit body weight. In conclusion, based on the results of the study, it is judged that in administration of the wingate anaerobic test, high scores relative to actual anaerobic ability when applying relatively high loads. For accurate measurement of anaerobic power, new standards for exercise load proportional to body weight are needed. Future studies should ideally involve a comprehensive overview, with considerations for sex, age and physiological characteristics (muscle mass, body fat).