Nano Technology

Fullerene is a compound composed on carbon atoms. 60 carbon atoms comprise one fullerne molecule.

Nano-powered by fullerene for more repulsion and speed from a compact swing.

Triditional racquet constructions increase the thickness of graphite or carbon fibre layers for high strength, which adds weight to the frame and makes a racquet difficult to manoeuvre.

The YONEX nano-strucure uses nano-size particles of fullerene and carbon. The YONEX Nano-particle engineering process gives YONEX sensitive control over how the racquet materials function at the molecular level. The process establishes a high-performance molecular bond of the materials and creates a stable, thinner and stronger headlight racquet that drlievers maximum power and speed from compact swing.

Nanotechnology
The science of speed

Nanotechnology engineering at the level of the individual atom puts a powerful new spin on the speed of YONEX badminton racquets.

Shock absorbing compounded power is loaded into the frame to reduce uncomfortable vibration, so that only sloid feel remains in hand for more precise control.

30% more impact resistant
10% more durability
5% more power

factory testing demonstrates that by nano-powering the frame - the part of the racquet where stress concentration is highest - the YONEX NANOSPEED provides 30% more impact resistance than ordinary racquet, 10% more durability and 5% more repulsion power.

15% Lighter Shaft

The reduced shaft weight is transferred to grip and shaft relizing a new dimension in HEAD LIGHT racquets.