Victor Thruster RYUGA Muse F(Unstrung)
Specifications
| Material | Hi-Resilient Modulus Graphite + Pyrofil |
| Headshape | Isometric |
| Gripsize | G5 (8.5 cm circumference) |
| Flexibility | Stiff ○●○○○ Flexible |
| Balanspoint | Head heavy ○●○○○ Head light |
| Color | Azure Blue |
| Weight | ca. 78 gram / 5U |
| Length | 67,4 cm |
| Current string | Unstrung |
| Maximum Tension | ca. 13.5 kg / 30 LBS |
| Racket bag | - |
Product details
The Victor Thruster Muse F is a high-performance badminton racket from the legendary Thruster Ryuga series, designed especially for female professionals and competitive players. With its lightweight 5U/G6 construction and stiff/medium flex shaft, it delivers speed, precision, and explosive attacking power.
Why choose the Victor Thruster Muse F?
- Frame: High Resilience Modulus Graphite + Hard Cored Technology
- Shaft: High Resilience Modulus Graphite + Pyrofil + 6.8 Shaft
- Weight / Grip: 5U / G6
- Flex: Stiff / Medium
- Recommended tension: up to 30 lbs (13.5 kg)
- Player type: Professional and advanced female players with an attacking style
Advanced technologies
WES (Whipping Enhance System)
Improves shaft elasticity and energy transfer, allowing smoother swings, faster recovery and sharper smashes in continuous rallies.
Box-Shaped Frame Design
The stable, box-style frame enhances anti-torsion performance and supports higher string tension, delivering consistent control and accuracy.
PYROFIL Carbon Fiber
Made in Japan, PYROFIL® provides superior shock absorption and stability while remaining ultra-light. It ensures smooth control and less vibration.
Hard Cored Technology
Layered carbon and resin construction creates a durable, responsive frame with a pure hitting feel and maximum precision.
FREE CORE Handle
A computer-designed handle allows the shaft to move freely, resulting in fluid swings and an improved sense of control during fast exchanges.
Aerospace-Inspired Structure
Multi-layered carbon construction inspired by military helicopters for optimal weight distribution and enhanced stiffness.



