Balance is fundamental in sport, especially when there is an opponent. Although balance can be improved with practice, it is highly aff ected by nervous system disorders, particularly by vestibular disorders and visual impairment. Th e purpose of this study was to compare static and dynamic balance between normal and hearing-impaired wrestlers. Th e participants were 52 young male hearing-impaired wrestlers (n=29, age=18.76±3.54) and normal-hearing athletes (n=23, age=19.09±2.76) competing at

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... e national level. Th e static and dynamic balance were measured using the stork test on one foot and the Y-balance test (in anterior, posteromedial & posterolateral directions). MANOVA indicated signifi cant diff erences between groups (Wilks' L=.284, F 12,39 =8.21, p<.05, η 2 =.72). Diff erences were detected in how long the participant had been active in the sport F(year) (F 1,50 =145.95, p<.025, η 2 =.75) and right leg static balance (F 1,50 =73.63, p<.025, η 2 =.60). As for the Y balance test, there was also a signifi cant diff erence in the anterior direction for the right leg (F 1,50 =4880.66, p<.025, η 2 =.99) and left leg (F 1,50 =3563.87, p<.025, η 2 =.99). Hearing-impaired wrestlers performed better balance abilities in the dynamic balance test of right and left legs in the anterior direction. In contrast, the amount of time active in the sport and the static balance of the right leg were found better in normal-hearing wrestlers. Being better than normal wrestlers only in the anterior direction of the dynamic balance might be due to the diff erences related to the directions of the test. Future studies are recommended for investigating the reasons for this diff erence.