This study aimed to investigate whether static Q angle reflects dynamic landing mechanics in young female athletes.

The purpose of this study was to examine the relationship between static Q angle and dynamic landing mechanics in young female athletes. Twenty-four physically active young female athletes voluntarily participated in the study.

Static Q angle measurements were obtained using digital image analysis techniques. Dynamic landing mechanics were assessed using the Landing Error Scoring System (LESS) and frontal plane projection angle (FPPA) measurements during a standardized drop vertical jump task.Body composition variables including body fat percentage, muscle percentage, and fat-free mass were also evaluated. Correlation, regression, and ROC analyses were performed to determine the association between static anatomical alignment and dynamic knee valgus mechanics. The study aimed to determine whether increased static Q angle values are associated with altered landing biomechanics and increased injury risk indicators.

Inclusion Criteria:

• Female athletes aged between 16 and 18 years
• Physically active individuals participating in regular sports activities
• Voluntary participation in the study
• No history of lower extremity surgery

Exclusion Criteria:

• Current musculoskeletal injury or pain
• Neurological or balance disorders
• Previous severe lower extremity injury affecting landing mechanics
• Incomplete test participation or missing data

Twenty-four physically active young female athletes aged 16-18 years participated in this observational cross-sectional study.

Individual participant data sharing has not yet been determined