Tennis Anatomy -

Rapid changes in direction put intense stress on the Achilles tendon and ankle ligaments, often resulting in strains or tears.

Frequent overhead serving can wear down the shoulder tendons, especially if the scapula is not properly stabilized.

For more in-depth study, resources like the Tennis Anatomy book by Roetert and Kovacs provide over 75 exercises specifically designed to strengthen these muscle groups. Tennis strokes - FitPro Blog Tennis Anatomy

Significant internal rotation of the upper arm and trunk extension/rotation. Chest, Shoulders, Core, Forearms

The shoulders (deltoids) and chest (pectorals) provide the final acceleration of the racket. The rotator cuff (SITS: Supraspinatus, Infraspinatus, Teres minor, and Subscapularis) stabilizes the shoulder joint, allowing for the extreme range of motion required during serves. 2. Stroke-Specific Muscle Activation Different strokes demand unique muscle engagement patterns: Primary Muscles Engaged Anatomical Action Serve Shoulders, Core, Legs, Triceps Rapid changes in direction put intense stress on

Tennis is a full-body sport where performance is dictated by the —a sequence of body segments that transfer energy from the ground up to the racket. Understanding "Tennis Anatomy" involves looking at how specific muscle groups cooperate to generate power, maintain balance, and prevent common overuse injuries. 1. The Kinetic Chain: Power Generation

The obliques and rectus abdominis (abs) are crucial for trunk rotation. They act as a bridge, transferring power from the lower body to the upper body while maintaining balance during high-speed twisting. Tennis strokes - FitPro Blog Significant internal rotation

The constant twisting and hyperextension of the spine during serves can lead to lower back pain or stress fractures.