Twisting Techniques Used in Dismounts from the Rings

in Journal of Applied Biomechanics
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At the 1992 Olympic Games six full twisting double somersault dismounts were recorded with two video cameras during the rings individual apparatus finals in the men's Artistic Gymnastics competition. Angles describing body configuration were determined from video data and were input, together with initial orientation angle values and angular momentum components, into a computer simulation model of aerial movement. Mean absolute deviations between simulation and video after the completion of one half twist were 0.01 rev for somersault, 2.8° for tilt, and 0.08 rev for twist. When the estimate of the initial tilt angle was adjusted by up to 1° these deviations fell to 1.6° for tilt and 0.02 rev for twist. All 6 competitors produced the majority of the tilt using aerial techniques that were predominantly asymmetrical movements of the arms. Contributions to the subsequent removal of tilt were determined using reverse simulations, and again arm movements were the main contributors.

Maurice R. Yeadon is with the Sports Biomechanics Laboratory, Department of Sports Science, Loughborough University, Loughborough, Leicestershire LE11 3TU, UK. He is also with the Human Performance Laboratory, University of Calgary, Canada.

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