Yonex Astrox 99 Tour 3rd Gen Badminton Racket

The Yonex Astrox 99 Tour 3rd Gen recently launched by Yonex and made in Taiwan, is a racket built with advanced material science to meet the demands of modern badminton. Its design combines durability with precision, ensuring players experience superior performance on the court.

What sets this racket apart is the innovative Rotation Generation System, which distributes weight optimally throughout the frame. This technology enhances shot-making ability, allowing players to deliver more effective, powerful, and controlled strokes with every rally

Improved Rotation Generation System:  

With optimized weight distribution, the Power Assist Bumper adds mass to the frame top while reducing weight at the end cap, creating a true head-heavy design. The result is devastating smash power and complete dominance on court. Along with powerful smashes, this racket also makes 3rd line clear shots effortless, giving you both power and control in your game.

All New 2G  Namd  Flex Force:

The all-new 2G Namd Flex Force graphite material delivers sharp flex and a remarkable ability to quickly regain its original shape. This ensures uncompromised shot power and enhanced precision. Applied throughout the entire racket, its rapid flex and snapback technology allow the shuttle to stay on the strings longer, giving players superior shuttle feel while transmitting maximum power into every shot.

CONCENTRATED SWEET:
The enlarged sweet spot allows off-center hits to generate more power, while the concentrated sweet spot ensures explosive smashes—perfect for professional badminton players. Designed to meet the demands of heavy smashers, it delivers unmatched shot power every time.

Shot information connector:

Weight is strategically concentrated in the racket head by reducing weight from the shaft and end cap, enhancing overall flex. The Anti-Torsion Shaft, built with high-rigidity graphite, minimizes torque to keep the racket face stable and straight. This design boosts player confidence by extending shuttle contact time with the strings, ensuring precise feedback and maximum power transfer without loss.