Description
The FZ Forza Aero Power Master S badminton racket is a high-end racket designed for offensive players.
Combined with a stiff shaft and a head-heavy balance, the FZ Forza Power Master S badminton racket is the racket for players seeking perfect playability.
The aerodynamic frame, stiff shaft, and minimised torsion combined with the powerful frame and head balance make this racket an excellent choice for skilled players who want the best combination of power and playability.
The combination of a stiff shaft and a head-heavy balance gives the racket both great power and control for more experienced players. The shaft is 12 to 18% thinner than conventional models thanks to Slim Frame Tech, allowing faster swing speed without sacrificing power or torsion.
The Aero Power Master S features a head-heavy balance that increases power in smashes while remaining very responsive thanks to a highly aerodynamic frame (15% thinner than a standard frame).
The Carbon Nano-Tubes (CNT) throughout the racket provide better durability compared to conventional rackets. The polymer resin bonding the carbon fibres ensures greater strength and resistance to damage.
A high-end racket combining the power and speed of your shots. Its stiff frame makes it one of the most precise rackets in the range.
Shaft + Frame: 30T HM Graphite.
Combined with UHM Modulus Graphite, a material used to enhance racket performance, these rackets are therefore stronger and stiffer than those made with ordinary graphite, offering less torsion and more power. This will give you more precise and more powerful shots.
String tension up to 30 Lbs (13.5 kg)
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Power
- Weight: 84 g
- Balance: Very head heavy
- Stiffness: Stiff
- Pre-strung racket: True
- Original string: FZ Forza FZ69
- Cover included: False
- Ref.: 708546-240007
- Recommended retail price set by the supplier in: 2026
Technologies
- Carbon Nanotubes : Increases durability compared to conventional rackets. The polymer resin that binds the carbon fibers ensures greater strength and resistance to damage.
