Description
The Victor Thruster K66 badminton racket is the ideal choice for experienced players who will appreciate its lightness and great manoeuvrability during play. It is primarily designed for versatility and precision.
Thanks to its easily accessible power, the Thruster K66 offers maximum attacking precision and exceptional control, allowing seamless switching between defence and attack.
The K66 incorporates the FRS (Fiber Reinforced System) technology into the frame structure, based on a multilayer carbon fibre that not only improves the frame's elasticity but also provides better stability and control while enabling higher string tension.
The Power Box, a specially designed rectangular frame shape, effectively increases stability and also supports the possibility of increasing string tension for greater control.
Finally, still present on this model, the Nano Tec technology integrates nanometre-sized particles evenly distributed in the free space between carbon fibre bundles, significantly increasing the overall rigidity of the carbon composite fibres and reducing frame distortion; the SeventySix-76 – a 76-grommet single-pass frame designed to reduce friction between strings, which helps decrease tension loss and effectively prolong their lifespan.
Unstrung racket weight: 66g +/- 2g.
Maximum tension: 30 Lbs (13.5 kg)
Product information
- Play level: Advanced
- Player profile: All-round
- Main benefit: Versatility
- Weight: 66 g
- Balance: Slightly head heavy
- Stiffness: Medium
- Pre-strung racket: True
- Cover included: False
- Ref.: 303727
- Recommended retail price set by the supplier in: 2026
Technologies
- Power Box : The cube-shaped design effectively increases stability and torque resistance, and allows for higher string tensions.
- Frs : Based on a multi-layer carbon fiber, the advanced Fibre Reinforced System (FRS) not only improves elasticity, but also offers stable handling with high tensions.
- Nano Tec : Uniform distribution of nanometric particles between the carbon fibers, which increases overall rigidity and reduces frame deformation.