Physical parameters
Material Graphite
Weight 72 g
Product details
Level of sophistication Advanced
Stiffness Stiff
Balance On the GH handle
Stretch Yes
Technologies Air Flow Frame, Ultra High Modulus Graphite, CARBON NANO TUBES
Other data
Sport Badminton
Brand FZ Forza
Leading colour White
Season Year-round
Model/product code Speed Light 80 707893
Gender Male, Woman
Country of origin of the brand European Union
Advantages
Balance per handle
In this badminton racquet model, the balance has been shifted to the handle. This makes for a slightly weaker impact, but the racquet is easy to manoeuvre and the overall construction appears lightweight.
Manoeuvrability
This model of racquet, thanks to its low weight of no more than 100 g, has good manoeuvrability. Hits with it are slightly weaker, but it allows us to practice the precision of our bounce and increases control.
For advanced
The design and materials used in the production make this badminton racket model suitable for advanced players. It is suitably heavy, allows for stronger strokes and is more stable.
Durable material: graphite
Graphite is used in the production of this badminton racket model. This makes the racket very light, which affects its control and playing comfort. It also absorbs vibrations better and allows for stronger strokes.
Air Flow Frame
AIRFLOW FRAME optimises airflow, reducing air resistance during movement, resulting in increased power and stroke accuracy. It works in tandem with this with a special T-joint that increases the stability of the frame, almost eliminating torsion, which guarantees precision during play.
Ultra High Modulus Graphite
It is an advanced material used in FZ FORZA racquets, providing them with higher performance. Ultra-high modulus graphite is distinguished by its greater power and stiffness compared to standard graphite. The result is the production of racquets with reduced torsion and increased power, resulting in more precise and powerful strokes in the game.
CARBON NANO TUBES
CARBON NANO TUBES (CNT) is an innovative technology based on the unique structure of graphite molecules, forming cylindrical molecules. Each of these molecules consists of a specific number of carbon atoms.
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