In Badminton: What is Repulsion Power?

Repulsion power is a fundamental aspect of badminton that determines the speed and trajectory of a shuttlecock after it is hit. It is the force that propels the shuttlecock away from the racket and determines its velocity.

Repulsion power is generated by the combination of racket tension and string tension. Higher racket tension creates a trampoline effect, while higher string tension provides greater elasticity. This combination allows the shuttlecock to rebound off the racket with greater speed and force.

Factors affecting repulsion power include the elasticity of the racket head, the tautness of the strings, and the player's swing technique. A more elastic racket head and taut strings will generate greater repulsion power, while a powerful swing will impart more force to the shuttlecock.

Increasing repulsion power can enhance a badminton player's overall performance. It allows for greater control over shuttlecock placement, execution of powerful shots, and the ability to maintain rallies with greater intensity.

  • What is the optimal racket tension for repulsion power? Around 24-26 pounds.
  • How does string tension affect repulsion power? Higher string tension provides greater elasticity.
  • What is the role of the racket head in repulsion power? A more elastic racket head generates greater repulsion power.
  • How can swing technique improve repulsion power? A powerful swing imparts more force to the shuttlecock.
  • What are the benefits of increasing repulsion power? Greater control, powerful shots, and sustained rallies.
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  • Li-Ning Ultra Boost 7 Badminton Shoes
  • Victor Hypernano Carbon X 68 Badminton String
  • FZ Forza Feather Shuttlecocks

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