Description
The FZ Forza Precision racket range is all about intense play with precision and manoeuvrability!
The FZ Forza Precision Ti-X7 badminton racket features a sturdy graphite frame made from the highest quality materials. Weighing 83g with its rigidity, it offers players easy manoeuvrability and precision, combined with a head-heavy balance that helps generate power.
Lightweight (83g) and manoeuvrable, its rigidity and well-balanced weight make this racket the ideal tool for singles or doubles players seeking versatility in a model that performs effectively in all areas of the game. The combination of Titanium technology and the AirFlow Frame allows for quick swings and better repulsion for explosive shots, giving you an excellent on-court playing experience.
The frame has been aerodynamically refined and incorporates the Air Flow Frame at the racket head, reducing air resistance to enhance the efficiency of your shot sequences. This technology enables a faster racket recovery and pairs perfectly with the reinforced T-Joint for rock-solid stability. Your shots thus become more precise.
The frame features a 76-eyelet stringing pattern that maintains a "better" and more uniform tension for longer. You will gain speed and enjoy faster shots.
For improved durability and pleasant playing sensations, the Precision Ti-X7 is constructed from high-quality 24T carbon and utilises the Carbon Nano Tubes process for a perfect blend of resin and carbon.
Recommended maximum string tension: 28 lbs (12.5 kg)
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Maneuverability
- Weight: 83 g
- Balance: Very head heavy
- Stiffness: Stiff
- Pre-strung racket: True
- Original string: Forza multifilaments - 9Kg (20Lbs)
- Cover included: False
- Ref.: 708027-250036
- Recommended retail price set by the supplier in: 2026
Technologies
- Air Flow Frame : The aerodynamic frame reduces drag and air resistance during your shot, allowing you to gain power and precision. Furthermore, the stiffer T-joint construction provides a much more stable, virtually torsion-free frame, enabling you to place the shuttlecock exactly where you want it.
- Carbon Nanotubes : Increases durability compared to conventional rackets. The polymer resin that binds the carbon fibers ensures greater strength and resistance to damage.
- MWCNT : Offers improved durability thanks to a polymer resin that bonds the carbon fibers together for increased strength and tolerance.