A movable technological simulation system for kinematic analysis to provide immediate accurate feedback and predict javelin throw distance

The use of information technology (IT) and highly sophisticated devices in learning and evaluating training process is very common in today's sport sciences. The research aimed is a Trying to identify using of the biomechanical simulation system to evaluate physical variables in javelin throw. A new movable biomechanical simulation system to expect the javelin throwing distance and evaluate physical variables was developed, which consisted of a 800g sledge to be accelerated along a rope. The release angle can be adjusted within the range of 26 - 40 degrees. The takeoff height can be likewise adapted to the individual conditions of the athlete. By a laser-steered measure (LAVEG) the velocity of the throw carriage can be determined. 20 sport students were selected. The research proves that only 10 seconds are needed to show the expected distance. This research also recommends using this new movable technological biomechanical simulation system in learning and evaluating training processes.
© Copyright 2015 Turkish Journal of Sport and Exercise. Selcuk University. All rights reserved.

Subjects: javelin throw investigation method movement sports equipment feedback analysis auxiliary device
Notations: strength and speed sports technical and natural sciences
DOI: 0.15314/TJSE.2015112538
Published in: Turkish Journal of Sport and Exercise
Published: 2015
Volume: 17
Issue: 1
Pages: 52-60
Document types: article
Language: English
Level: advanced