Biomechanical Analysis of Free Shooting Technique in Basketball in Relation to Precision and Position of the Players (original) (raw)

Biomechanical analysis of three-point shot in basketball

Periodicals of Engineering and Natural Sciences (PEN), 2021

Background: A precise three-point shot (3S) is considered a key parameter of success in a basketball game, and therefore the factors that affect its success have always attracted the attention of researchers. Aim: The aim of this research was a biomechanical-mathematical analysis of 3S in basketball, in order to determine the key parameters for performing a 3S. Results: The research shows a model of shooting a basketball player from the central position of the shot with 6.75 m. The modeling led to the conclusion that the height of the throw, the speed and the angle of the throw of the ball have a positive and direct relationship with the angle at which the ball falls into the basket when it comes to a shot for three points. Conclusion: The height of the throw, the speed and the angle of the ball have a positive and direct relationship with the angle at which the ball hits the basket when it comes to a shot for three points. Anthropometric characteristics of the player, such as the l...

Biomechanical Analysis of Ball Trajectory Direction in Free Throw

Proceedings of the 1st International Conference on Education Social Sciences and Humanities (ICESSHum 2019), 2019

Basketball game is decided by the most point counted from successful shooting. Moreover, free throw is one of many shooting techniques which is frequently used in basketball game. So, the aims of this research are reviewing the ball trajectory direction to find the formula to increase possibility of successful shooting and decrease shooting error possibility. This is a quantitative study with independent t-test data analysis by SPSS. There are 73 male college physical education students(age : 20  1.2 years) who were categorized based on their height in to 5 groups. Each of them tried to make 3 successful free throw. The result, there are significant different of ball direction, launching angle, maximum elevation, and ball velocity among different height group (< 0.05). In the conclusion, the launching angle and maximum elevation among different height group has different characteristic. However, the ball direction and velocity have more similarities among different height group.

UNSUPPORTED SHOT BIOMECHANICS SPECIFIC FOR DIFFERENT SKILL LEVELS IN BASKETBALL

There is a wide variety of shots in basketball, but 70% of all shots in the game are done using one hand in a jump (jump shot). It is important both for professional basketball players and for successful workouts of beginner players (students, pupils) to improve this type of shot, as it influences the psychological aspect of success in the game, and therefore the training process. At the same time, in the context of sports physiology unsupported position is not a standard condition for any motor action, and one needs a complex overall restructuring of functional systems to adapt to it. The specifics of the jump shot biomechanics depending on the skill levels of basketball players acting in the unsupported positions was studied. The results indicate that the restructuring of the set of movements of highly skilled basketball players provides first adaptation to the unsupported position, coordination of movement and turn the aerial position of the body into a technical skill. At the same time, the physiological adjustment of body systems to the unsupported position during a jump shot is a factor generating aspect that has an adverse complex effect on the quality of performance of this motor action.

Mechanical analysis of basketball shooting: A review study

Dr Parvez Shamim, 2020

Basketball shooting, particularly the jump shot, plays a pivotal role in determining the success of players and teams at all levels of the sport. This paper delves into the mechanical analysis of basketball shooting, with a focus on kinematic and kinetic factors that influence shooting performance. The study explores the importance of body alignment, segmental coordination, force generation, and energy transfer in executing effective shots. Additionally, it examines how players adapt their shooting mechanics in response to external conditions such as defensive pressure and varying game situations. Various shooting techniques, including the set shot, jump shot, and hook shot, are analysed for their unique mechanical requirements. The implications of these findings for training and performance enhancement are also discussed, highlighting the significance of tailored training programs that emphasize proper form, muscle coordination, and mental resilience. This comprehensive review integrates past research to provide a deeper understanding of the mechanical principles underlying successful basketball shooting, offering valuable insights for players and coaches aiming to optimize performance.