An Ergonomics Analysis of Archers through Motion Tracking to Prevent Injuries and Improve Performance

Area of Science:

• Sports Biomechanics
• Human Movement Analysis
• Ergonomics

Background:

• Archery is associated with a high rate of upper extremity and lower back injuries.
• Existing research often lacks detailed biomechanical analysis of archery movements.
• Ergonomic improvements are needed to mitigate injury risks in archers.

Purpose of the Study:

• To integrate real-time human motion data with biomechanical software for enhanced archery ergonomics.
• To identify biomechanical differences between male and female archers.
• To correlate spinal forces with adopted postures for injury risk assessment.

Main Methods:

• Utilized advanced integrative technology combining motion capture and biomechanical software.
• Involved thirteen participants performing archery tasks with varied equipment and distances.
• Analyzed distinct postures and calculated spinal forces during key archery movements.

Main Results:

• Highlighted significant biomechanical differences in postures between male and female archers.
• Established a correlation between specific postures and spinal forces.
• Identified key movements associated with potential injury risks.

Conclusions:

• The study provides valuable insights into gender-specific biomechanics in archery.
• Findings can inform the development of targeted training programs for archers.
• Results support the design of improved assistive devices to enhance archer safety and performance.