Dynamic of arm’s micro movements of elite athlete in Olympic exercises Rapid Fire Pistol and Air Pistol

Keywords: sports, shooting, pistol, method

Abstract

Purpose: to scientifically substantiate the method of contactless determination of athlete hand’s movements in Olympic exercises with pistol. Material: in the research we used the data of 37 elite athletes in exercise Air Pistol (n=32) and in exercise Rapid Fire Pistol (n=5). Registration of pistol projection’s quickness of movement in target area was realized with the help of computer system Scatt. In total we analyzed 3100 space-time parameters of athletes’ technical-tactic actions in finalizing phase of shooting cycle. Results: we tested innovative method of contactless measuring of athlete’s hand’s micro movements in finalizing phase of shooting cycle. We found uncontrolled deviations from optimal pistol pointing position in vertical, horizontal and sagittal planes. Quickness of athlete hand’s movements in shooting process was determined. Conclusions: we scientifically substantiated the method of contactless determination of athlete hand’s movements at a distance in Olympic exercises with pistol. Besides, we determined the dynamic of athlete’s hand micro movements in Olympic exercises Rapid Fire Pistol та Air Pistol.

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Author Biographies

V.T. Pyatkov, Lviv State University of Physical Culture
info@sportscience.org.ua; Kostiushko str. 11, Lviv, 79000, Ukraine
J. Bilinski, University of Information Technology and Management in Rzeszow
jbilinski@wsiz.rzeszow.pl; ul. Sucharskiego 2, Rzeszow, 35-225, Poland
O.S. Petriv, Ukrainian Defense Ministry of Sport Management
murtagav@gmail.com; Povitroflostky Ave 6, Kyiv, 03168, Ukraine
T.M. Magmet, National Academy of Internal Affairs
post@naiau.kiev.ua; st. Collector 4, Kyiv, 02121, Ukraine

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Published
2017-04-04
How to Cite
1.
Pyatkov V, Bilinski J, Petriv O, Magmet T. Dynamic of arm’s micro movements of elite athlete in Olympic exercises Rapid Fire Pistol and Air Pistol. Physical education of students. 2017;21(2):90-5. https://doi.org/10.15561/20755279.2017.0207
Section
Articles