Description
The OGKils Fire Breathing badminton racket is suitable for advanced players. Balanced towards the head with a medium frame, it is designed for comfortable play while maintaining the power of an offensive game.
The Fire Breathing features a composite core Vibranium Shaft that increases repulsion power and material elasticity.
The combination of its head-heavy balance and medium flexibility is perfect for players seeking power. It offers extreme manoeuvrability and great precision.
Its repulsion power is enhanced by the addition of Miracle Nano Resin technology.
The aerodynamic-shaped frame is designed to reduce drag and vibrations throughout the frame during striking action. The unique hexagonal throat reinforces the integrated graphite T-throat function and also reduces air resistance to provide consistent play.
This OGKils racket uses exceptional graphite. More robust and better resistant to twisting, this new material guarantees maximum durability, but above all, outstanding playing sensations.
This racket has been specially designed for versatile players seeking optimal manoeuvrability and increased playing comfort.
Maximum string tension up to 29 Lbs (13.2 kg)
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Maneuverability
- Weight: 83 g
- Balance: Very head heavy
- Stiffness: Medium
- Pre-strung racket: False
- Cover included: True
- Ref.: OGK-FB-4U
- Recommended retail price set by the supplier in: 2026
Technologies
- Miracle Nano Resin : Flexible thermosetting resin that bonds firmly to carbon fibers for an improved balance between strength and rebound. Increases repulsion by 10%.
- NNL Shock Absorbing Cap : Minimizes vibrations from the handle to the palm, providing a smoother feel and reducing arm fatigue during extended play.
- 2nd Generation Inner Core Technology : The frame material treated with next-generation internal foam improves shock absorption capacity and stability.
- Special carbon-steel molding die : High-quality carbon steel is used as the base material for the molds, which allows for effective control of temperature variations during the pre-forming of the rackets, ensuring consistency in the structure for better performance.
