The synthetic racquet handle, made using nanotechnology, has an innovative hollow structure that increases shock absorption and creates more space for the shaft to flex. This not only enables smoother strokes and better rebounds, but also makes it harder for the opponent to prepare for the transition from defence to attack.

Power Box technology uses a box-shaped design, which effectively increases stability and resistance to torsion. This allows the racquet to withstand higher tension on the string, providing better control and durability during play.

The Fibre Reinforced System (FRS) uses reinforced fibres to increase structural stability and improve control during dynamic play. This solution stiffens key elements of the frame, giving it greater resistance to deformation during intense impacts. The result is a more predictable response from the equipment and better energy transfer with every movement.

Nano Resin is a solution that involves the use of an ultra-fine resin which penetrates the material’s structure and strengthens its cohesion at a microscopic level. This gives the structure greater rigidity whilst maintaining a low weight, which translates into improved stability and control during use. It also results in increased durability and resistance to deformation.

High Resilience Graphite is an advanced composite material based on graphite fibres with enhanced elasticity. It is characterised by high resistance to deformation and the ability to quickly return to its original shape, which translates into better dynamics and stability during use. The material’s structure supports efficient energy transfer, enhancing control and precision of movement.