Comparative Analysis of 2-Point Jump Shot and Free Throw Kinematics in High- and Low-Level U18 Male Basketball Players
2024

Comparative Analysis of Jump Shot and Free Throw Techniques in Young Basketball Players

Sample size: 79 publication 10 minutes Evidence: moderate

Author Information

Author(s): Botsi Varvara, Bourdas Dimitrios I., Travlos Antonios K., Bakirtzoglou Panteleimon, Gofas Dimitrios C., Ktistakis Ioannis E., Zacharakis Emmanouil

Primary Institution: National and Kapodistrian University of Athens

Hypothesis

The player's position and competition level will influence shooting accuracy and kinematic factors for two-point jump shots and free throws.

Conclusion

Higher-level players showed faster release times, better entry angles, and higher shooting success rates compared to lower-level players.

Supporting Evidence

  • The HL group had 12.5% faster shot release times for free throws.
  • The HL group achieved 8.1% closer-to-optimal entry angles for free throws.
  • The HL group had a 24.2% higher shooting success rate for two-point jump shots.
  • Free throws showed higher success rates than two-point jump shots across all groups.
  • No positional differences in shooting mechanics were found.

Takeaway

This study looked at how well young basketball players shoot from different spots on the court and found that better players shoot faster and more accurately.

Methodology

Participants completed two-point jump shot and free throw tests, with measurements taken for release time, entry angle, and shooting success rate.

Potential Biases

Participants were kept unaware of their performance scores to prevent bias.

Limitations

The study only included U18 male athletes, did not simulate game fatigue, and did not analyze three-point shots.

Participant Demographics

79 male basketball players aged 16-18, divided into higher-level and lower-level groups.

Statistical Information

P-Value

0.002

Confidence Interval

95% CI

Statistical Significance

p<0.05

Digital Object Identifier (DOI)

10.3390/jfmk9040278

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