The aim of this study was to examine the effects of dynamic and static warm-up exercises on speed and vertical jump performance in children. The ages of 22 licensed male athletes playing soccer voluntarily participated in the study are 11.77±.429 years; their heights are 145.27±7.382 cm; and their body weights are 36.00±5.050 kg. Three different warm-up protocols were applied to the participants at an interval of 48 hours. The warm-up protocol is designed as dynamic exercises (Method A), static exercises (Method B), and jogging (Method C). The participants' 30m long speed and vertical jump measurements were taken after each warm-up protocol. SPSS v24 software was used for statistical analysis. Effects of warming up methods on 30m speed and vertical jump values were examined by two-way analysis of variance (ANOVA). Among significant relationships, post-hoc comparisons were continued with Tukey HSD and the significance level was accepted as p<0.05. As a result, it was revealed that dynamic warm-up causes a significant increase in speed and vertical jump performances, while static stretching model and jogging warm-ups do not significantly affect performance.