Product technologies
Graphene Inside
Strategically positioned in most of our rackets, Graphene strengthens the frame, provides more stability and optimizes the energy transfer from the racket to the ball. When you buy your next racket, make sure it has GRAPHENE INSIDE.
Uni Pattern
The specially developed uniform string pattern allows for a consistent trajectory with every shot for a reliable and forgiving game.
Morph Beam
The unique frame construction combines an elongated box-beam shaft with a powerful racket head for the perfect blend of playing feel and lightness on the court.
Directional Drilling
The technology Directional Drilling, the directional drilling, combines more power and sweet spot and thus ensures a solid hitting point.
Power Grommets
The larger Power-Grommets maximize the string movement for more power.
Auxetic 2.0
Auxetic constructions show a unique deformation compared to non-auxetic constructions. Due to their internal properties, auxetic constructions expand when a "pulling" force is applied, and contract when they are compressed. The greater the applied force, the greater the auxetic response.
Graphene Inside
Strategically positioned in most of our rackets, Graphene strengthens the frame, provides more stability and optimizes the energy transfer from the racket to the ball. When you buy your next racket, make sure it has GRAPHENE INSIDE.
Uni Pattern
The specially developed uniform string pattern allows for a consistent trajectory with every shot for a reliable and forgiving game.
Morph Beam
The unique frame construction combines an elongated box-beam shaft with a powerful racket head for the perfect blend of playing feel and lightness on the court.
Directional Drilling
The technology Directional Drilling, the directional drilling, combines more power and sweet spot and thus ensures a solid hitting point.
Power Grommets
The larger Power-Grommets maximize the string movement for more power.
Auxetic 2.0
Auxetic constructions show a unique deformation compared to non-auxetic constructions. Due to their internal properties, auxetic constructions expand when a "pulling" force is applied, and contract when they are compressed. The greater the applied force, the greater the auxetic response.
