Yonex NANOFLARE 1000 TOUR Badminton Racket

Details Yonex Nanoflare 1000 Tour Badminton racket:

Yonex Nanoflare 1000 Tour is second top version in Nanoflare 1000 series and developed for professional players. Its frame made of HM graphite with Nanocell Neo and Hyper MG material technology which offers better stability and control with ability to transfer maximum power to shuttle. With extra stiff shaft, head light balance and other technologies which enable Nanoflare 100 tour with explosive racket frame speed and maximum power transfer to shuttle.

HM Graphite Frame with Nanocell Neo and EX HMG:

High Modulus graphite is high strength material which offers better strength to frame while in order to improve the frame characteristics like frame elasticity and repulsion, Nanocell Neo and EX HMG are combined with HM graphite material. The combination of HM Graphite Frame with Nanocell Neo and EX HMG offers unique frame characteristics like better strength, better repulsion and control elasticity.

Rexis Shaft:

With unique and innovative molding technique developed by Yonex, high-performance shaft is produced which generate more power on shots.

Unique AERO Frame:

Smoother and blended cross section of racket frame is designed by Yonex which improves the frame speed due to less air resistance. Better frame speed and head light balance help in explosive counter attack ability so player can dominate in the game.

Sonic Flare System:

New generation graphite material which is developed by combining TORAYCAR M40X and SUPER HMG offers better power and stability for maximum shuttle acceleration.

Compact Frame:

Yonex Focused on improving the head speed and for achieving this unique technologies are developed like AERO Frame and Compact frame. Compact frame is the concept in which overall size of frame is reduced so drag forces of frame can be reduced which results into better swing speed of fame.

All New Speed Assistance Dampers:

To improve the repulsion and to provide better control on shots, connected grommet containing highly rigid material are provided at lower frame. This helps in reduction of frame wrapping.