Izet Kahrovic1, Oliver Radenkovic1, Rifat Mujanovic1
1Studijski program Sport i fizičko vaspitanje, Departman za bio-medicinske nauke,
Državni univerzitet u Novom Pazaru.
KINEMATIČKA ANALIZA APERKATA BOKSERA REPREZENTATIVNOG NIVOA
KINEMATIČKA ANALIZA APERKATA BOKSERA REPREZENTATIVNOG NIVOA
Sport Mont 2011, IX(31-32-33), 343-347
Technique of blows in boxing is very difficult to learn because it requires a high
level of coordination of the entire body. Movement to perform right uppercut in the
head is quite complex. In performance of uppercust, it is very pronounced extensions
in knee joint with plantar flexion in the upper parts of the feet, hocks, while somewhat
less pronounced body rotation around the longitudinal axis. The subject of this
research is kinematic analysis of boxers uppercuts representative level. The problems
of research are speed and angles of elbow joint uppercuts of boxers representative level.
The aim was to determine differences in hand speed and angles of the elbow joint.
The task was to:capture shocks, preparing images for digitization, digitization and processing
of data in the software HUMAN. Sample of examiners are representative level
two boxers. The subjects performed upperacts, and the material is captured by the ca-
346
CRNOGORSKA SPORTSKA AKADEMIJA, „Sport Mont“ časopis br. 31,32,33.
mera Casio FX speed 300 frames per second. Video record is processing in software
HUMAN, digitizing 3-point, two-segment models of the human body. Analyze the speed
of the reference points of the hand, elbow and shoulder, and angle of the elbow joint.
Large differences were observed between the speed of the shoulder and elbow joints,
and hands occasionally performing uppercust in both subjects as well as the obvious
differences in rates centers shoulder joints, elbow and hand and compared subjects
with each other, which was the objective of the study. The observed differences in the
angle between forearm and upper arm with two boxers in all three phases of shock, do
not differ greatly from the most favorable angles to perform this technique. kinematics, uppercut, speed, angle
Abstract
Keywords
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