Abstract:

The aim of this study is to determine the relationship between the functional movement scan (FHT) scores of elite female volleyball players and their athletic performance. The study was attended by 24 women volley volunteers who fought in the Vestel Venus Sultans League. The IBM SPSS 23 Statistics program is used for statistical analysis of data. The data normality does not provide the assumption for the study of relationships has been used by the Spearman correlation ratio. The athletes were tested by Kruskal-Wallis to compare the tests. The work group, which forms the FHT test, applied the movements of deep collapse (deep squat), obstacle step (hurdle step), forward straight collapse (in line lunge), shoulder mobility (shoulder mobility), active straight leg raise (active straight leg raise), trunk stability push up (trunk stability push up), rotating stability (rotary stability). As athletic performance parameters, the speed of 20 meters, t flexibility test, flamingo balance and y dynamic balance test, vertical jumping, seating flexibility, isocinetic leg and shoulder strengths (60°s-1) are determined. The last study found that the relationship between the FHT total score and athletic performance was statistically meaningless (p>0,05). However, from the sub-tests that make up the FHT test battery, there was a meaningful relationship between the profound breakdown movement and the speed performance, the positive (p<0,05) and the positive (p<0,01) performance between the flexibility and jumping performance, and the positive (p<0,01) performance between the deep breakdown movement and the leg strength. There was a meaningful relationship in the positive direction between the swelling and the isochinetic leg strength (p<0,05). There was a statistically positive meaningful relationship between active straight leg lifting and seating-long flexibility test (p<0,05). There was no meaningful relationship between the volley players' playing positions and the FHT (p>0,05).

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