This intermediate-level session is divided into two parts: Butt Science provides an evidence-based clinical update on gluteal function, including its role in hypertrophy, fatty infiltration, and the biomechanical links to LBP, PFP, and knee/ankle injuries. Hip Fitness for Racquet Athletes then applies this science to the unique demands of tennis and pickleball. Participants will learn how to identify, assess, and address the specific hip deficits (e.g., hip flexor length, rotation ROM) and movement demands (e.g., falls, lunging) of these athletes using reliable, no-equipment assessment and high-MVIC, bodyweight-only exercises, including load-management strategies for gluteal tendinopathy.

Course Objectives Upon completion of this course, participants will be able to:
1. Review the evidence detailing gluteal muscle morphology, hypertrophy, and the biomechanical links between gluteal dysfunction and common lower-extremity pathologies (LBP, PFP, knee/ankle injuries).

2. Identify and discuss the evidence for no-equipment assessment strategies for gluteal strength/endurance (e.g., gluteal endurance measures, single-leg wall squat) and hip mobility (e.g., Modified Thomas Test).

3. Describe and justify the application of at least three evidence-based, high-activation, bodyweight-only gluteal exercises (e.g., gluteal squeeze, unilateral bridge) for strength and performance programming.

4. Analyze the specific biomechanical demands and common lower-extremity injury profiles (e.g., falls, strains, PFP) associated with competitive tennis and pickleball.

5. Outline clinical management plans, including load-modification and patient education, that address proximal hip function for both injury prevention and rehabilitation in racquet sport athletes (including gluteal tendinopathy).