An analysis of a volleyball jump

From the above analysis of the skill, I have considered key aspects which would prove useful for the successful implementation of the jump serve skill.

Spikes, or attacks, are typically high-velocity shots ball speeds can approach 28 m per second. The clip below is representative of a Pre-Hop motion used by many defenders.

Three types of overhead attacks were performed: The Biomechanics of Sports Techniques, 4th Edition. Kinetic values were expressed as the calculated loads applied at the joint by the proximal segment onto the distal segment.

The jump serve is a valuable offensive skill in volleyball, due to its high intensity and the difficulty for opponents to react in time to accurately return the ball. Four kinetic values were calculated at the shoulder and elbow on the basis of kinematic data, documented cadaver body segment parameters, and inverse dynamics, as previously described.

As the server plants their feet for take-off, the arms are positioned behind the body utilizing shoulder hyperextension. Data Collection Each athlete was required to wear tight-fitting clothing ie, spandex shorts and a sleeveless shirt. A similar statistical analysis was performed for upper extremity kinematics.

For the spike trials, one investigator set the ball for the athlete. The Distances and Air Times calculated include the additional length and time created by the trajectory of a higher contact point because of the approach jump of the attackers.

Fast twitch muscle fibers, generating high levels of power to be utilized to gain height in the jump, and power in the serving arm Long limbs, to act as levers and help generate greater velocity when hitting the ball.

Upper Limb Biomechanics During the Volleyball Serve and Spike

Incorporating the Sport Science Data to Enhance Defensive Success Given the time it takes for the brain to process the situation and command movement, how do we mitigate the short time available to become proficient at controlling balls hit at the diggers and extending the defensive range of the players?

Upper limb biomechanics during the volleyball serve and spike.

A sport science analysis of the components of volleyball – Part 3 – Attack speed

The float serve remains the most popular serve employed by female collegiate volleyball players. If the natural sequence changes, the anticipation process or sequencing will resume again at that point. The print screen sequence below shows the defender as she begins to rise up and move her left foot backwards.

Effects of approaches and takeoffs on the vertical jump in volleyball, Western Illinois. Significant kinetic differences exist among specific types of volleyball serves and spikes.KINEMATIC ANALYSIS OF VOLLEYBALL JUMP TOPSPIN AND FLOAT SERVE the kinematic characteristics of the volleyball jump topspin and float serve.

Multivariate analysis of variance and post hoc paired t tests were used to compare kinetic parameters for the shoulder and elbow across all the skills (except the jump serve).

A similar statistical analysis was performed for upper extremity kinematics.

A sport science analysis of the components of volleyball – Part 3 – Attack speed. Mas Shibata Follow. include the additional length and time created by the trajectory of a higher contact point because of the approach jump of the attackers. The relatively small sample size.

The jump throw is the most applied throwing technique in team-handball (Wagner et al., ); however, a comprehensive analysis of 3D-kinematics of the team-handball jump throw is lacking.

An Analysis of the Volleyball Jump Serve | Dr Marion Alexander, Adrian Honish MSc - Sport Biomechanics Lab, University of Manitoba, Canada | IntroductionOne of the most dramatic skills in modern volleyball is the spike serve, or the jump serve, which provides an exciting and dynamic skill that is captivating for players and spectators alike.

The player starts about five meters behind the end. Transcript of Analysis of Volleyball Set. Analysis of Volleyball Set Phase 2: Setting Movement Arms are over the head. Wrists are flexed. Knees still bent. et al.

"Kinematic analysis of volleyball spike jump." International journal of sports medicine (): Glenohumeral Joint Radiohumeral Joint Acetabulofemoral Joint.

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An analysis of a volleyball jump
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