Description
The new RSL Gravite 944 badminton racket will bring you new playing sensations for even more comfort, better racket responsiveness, and to increase your playing speed!
This racket is designed for attacking players and favours offensive play thanks to a stiff shaft combined with a neutral balance that also allows for a turnaround to change the course of a match.
Weighing approximately 87 g, the RSL Gravite 944 racket allows you to speed up the game without constraint.
The combination of multiple layers of Structural Carbon and HM Carbon together (Poly Matrix Carbon) improves the frame’s strength for greater power transfer and more precision on impact.
The RSL GA-944 racket benefits from Anti Twist Technology to provide this additional anti-torsion rigidity.
With this extra rigidity, you gain precision and control. Even on off-centre hits, you can feel it and adjust accordingly during impact.
This technological enhancement delivers more power and a more precise string tension to give you the best to play at your highest level.
Guaranteed sensations and exceptional feel for this exceptional model.
Whether you are an attacker or counter-attacker, the RSL Gravite is made for you!
Super High Tension Frame: maximum string tension: 30 Lbs (13.6 kg)
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Power
- Weight: 87 g
- Balance: Balanced
- Stiffness: Stiff
- Pre-strung racket: True
- Original string: Ashaway Zymax 65 - 10kg (22Lbs)
- Cover included: False
- Ref.: GA944
- Recommended retail price set by the supplier in: 2026
Technologies
- Anti-twist Technology : With the new high-modulus multi-layer graphite, finding the right balance is crucial. Too much graphite equals too much brittleness. Too little equals insufficient power transfer at impact. The correct amount in the shaft provides superior durability, flex power, and shaft torsion resistance.
- Poly-Matrix Carbon : It combines different layers of structural carbon and high-modulus carbon. The result is a 19% increase in the strength of our high-tension frame. This translates to better power transfer and greater precision on impact.
