Victor Thruster K 9900 Badminton Racket (Mark III) [Frame Only]

Thunderous Smashes and Prestigious Power. Now in 3U, Mark 3 edition.

Victor Thruster K 9900 brings together the latest in badminton technology with the ideal smashing specs to create something incredible. The combination of a 3U weight, head-heavy balance and medium-stiff flex means that this is the perfect racket for players that want to bombard their opponents with thunderous and explosive power, leaving your opponent shell-shocked from the start. New to the series is the HARD-CORED TECHNOLOGY in the shaft, which provides increased stability and a much smoother swing which, when combined with the extra thin shaft and smaller head, gives you more concentrated power and a more fearsome attack. And because this is a Victor racket, the TK9900 has stunning speed through the air, allowing you to attack at the net and defend from the mid-court with complete confidence.

• Grip Size: G5
• Balance: HH ●○○○○ HL
• Flex: S ○●○○○ F

VICTOR Technologies

HARD CORED TECHNOLOGY - Inspired by military helicopters, this is a multilayered structure made with carbon fibre, composites and minimal material size, reinforcing handling feel and performance at critical times.

POWER BOX: The box-shaped design effectively increases the stability and anti-torque and allows the frame to stand up to higher string tensions.

PYROFIL - PYROFIL carbon fibre and its composites, are advanced high-performance materials from Japan. The characteristic of high intensity bonds ultra-light offer racket excellent shock-absorption and enhance handling in every single game.

ZXION - Liquid Crystalline Polyester fibre originated and created by Japan with interwoven braided layer, quickly absorbs vibration in order to enhance outstanding elasticity and stability during the game.

ENERGY BOX - Inspired by bow mechanisms, the Energy Bow combines elastic carbon and Zxion fibre at the top and bottom of the frame for faster acceleration and repulsion.

SEVENTYSIX-76 - The single-pass grommet hole construction creates less friction between the strings, allowing it to reduce tension loss and extend string life effectively.