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lt; 0.05) between super giant slalom and standing long jump (r = -0.73; r(2) = 0.53), between super giant slalom and boomerang test (r = 0.62, r(2) = 0.38) and between super giant slalom and shuttle run 4 x 10m (r = 0.61, r(2) = 0.37). Small correlation was found between slalom and box jump test (r = - 0.31, r(2) = 0.1), between slalom and twist test (r = -0.33, r(2) = 0.11) and between super giant slalom and twist test (r = -0.34, r(2) = 0.12). In women category we did not found high correlation (at the significance level of p. 0.05). Small correlation was found between slalom and box jump (r = -0.31, r(2) = 0.1), between giant slalom and twist test (r = 0.01, r(2) = 0.0001), between super giant slalom and standing long jump (r = -0.03, r(2) = 0.0009) and between slalom and shuttle run 4 x 10m (r = -0.05, r(2) = 0.0025). Twist test had very small correlation in both men and women categories. We can say that it is not relevant for prediction of alpine skiing performance. Based on different significance of correlations between men and women (super giant slalom and standing long jump; slalom/super giant slalom and shuttle run 4 x 10m) it might be necessary to adjust fitness testing as a predictor of alpine skiing performance according to a gender.