Tennis Unified
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ART:083: Structural Tensegrity Assessment for Tennis Players

Executive Summary

Structural tensegrity assessment evaluates the balance between the body's compression elements (bones) and tension elements (muscles, fascia, tendons). In a healthy, high-performing tennis player, this balance ensures efficient force transmission, structural integrity during movement, and resilience to injury. This article presents a practical framework for assessing structural tensegrity in tennis players.

Tensegrity Assessment Framework

Compression Element Assessment

  • Bone density: Adequate for the demands of tennis
  • Joint alignment: Proper alignment under load
  • Structural integrity: No stress fractures or degenerative changes

Tension Element Assessment

  • Muscle strength: Balanced between agonist and antagonist
  • Fascial integrity: No restrictions or adhesions
  • Tendon health: No tendinopathy or degeneration
  • Ligamentous integrity: No excessive laxity or tightness

Integration Assessment

  • Postural alignment: Optimal alignment in static and dynamic positions
  • Movement quality: Efficient, coordinated movement patterns
  • Force transmission: Effective transfer through the kinetic chain

Practical Application: "The Tensegrity Screen"

Perform a simple tensegrity screen by evaluating: (1) Can the player maintain optimal posture under load? (2) Are forces transmitted efficiently through the kinetic chain? (3) Is there any pain or dysfunction during movement? Any "no" answers indicate a tensegrity imbalance that needs to be addressed.