Description
The Hundred Battle 900 badminton racket is designed to meet the demands of high-level competitive play, offering a unique advantage to players who thrive on precision and power.
The Battle 900 racket stands out with its head-heavy balance and lightweight design, made for those who control the game with aggression and speed. It is reinforced with Super Weave carbon fibre for increased durability and strength.
The nanotubes inside the racket frame have fused to create a one-piece integrated T (T-Fuse), providing greater stability when the strings meet the shuttlecock. The ultra-strong T reinforces the junction between the frame and the shaft for quicker recovery, enhancing resistance and stiffness to reduce twisting.
The racket frame is strengthened by the use of Control Foam technology and the application of lightweight high-tech shock-absorbing materials. This construction improves the racket’s hitting power through smooth transmission, as the frame absorbs shocks when striking the shuttlecock and generates more power.
The VaporShaft XS is designed to multiply pure power. The racket features a slim handle with a thickness of only 6.5 mm, one of the smallest sizes, allowing it to cut through the air effortlessly for sharper shots.
It is perfectly suited for attacking players with proper technique, both in singles and doubles, who prioritise precision and power above all.
Recommended maximum string tension: 34 Lbs (15.0 kg)
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Power
- Weight: 84 g
- Balance: Very head heavy
- Stiffness: Soft
- Pre-strung racket: False
- Cover included: False
- Ref.: HBRX-2U160-1
- Recommended retail price set by the supplier in: 2026
Technologies
- VaporShaft : Facilitates pure power thanks to a shaft with a reduced thickness and a more flexible profile.
- T-Fuse : It strengthens the junction of the stem and frame and ensures faster recovery. The improved strength and rigidity reduce frame twisting.
- Nanotechnology : Nanoscale resins are used to allow fine particles to penetrate the interstices of the carbon material, enabling the racket frame to withstand greater stresses.
