YONEX-branded technology to achieve a 7% larger sweet spot. This helps players reach a higher level of play. The technology gives the racquet head an isometric shape by extending the transverse strings.

A special graphite material that can be found in the frame of racquets from YONEX. It influences the flexibility of the frame and the stability of the racquet, which improves the rebound performance.

The thinner shaft cuts through the air more easily, is flexible and imparts force to the impact.

The special frame design of the Yonex branded racquet. The variable thickness of the frame results in less drag at the top and more rebound power at the bottom.

The TORAYCAR M40X and SUPER HMG graphite materials used for the tennis racquet provide power and stability for greater acceleration.

Ultra Poly Ethylane Fibre - A lightweight, durable material used in the construction of YONEX tennis racquets. It withstands high stresses and therefore provides excellent vibration dampening.

A system used on YONEX racquets. Its function is to dampen vibrations, which translates into increased comfort and precision of play.

EX-HMG technology is an advanced solution that increases the power of each racquet impact. It allows the energy generated during impact to be transferred more efficiently, resulting in a more powerful and precise performance.

COMPACT FRAME technology consists of a reduced racquet frame. This balances the weight of the racquet's head better, enabling faster and more precise handling during play.

SPEED-ASSIST BUMPER technology is based on the use of unique connecting pins created from a high-stiffness material that does not deform. They are located in the lower section of the frame to minimise deformation and increase rebound efficiency.

Nanometric DR is an innovative carbon material developed by YONEX, using specialised NANOSCIENCE technology. Its original application was designed by Toray Industries for the aerospace industry. Now this material has found its first application in rocket manufacturing.

The NEW Built-in T-Joint technology is an innovative construction method that uses epoxy resin at key points in the frame. This achieves a lighter and more stable construction. The new design and revised shape contribute to improved frame performance, resulting in better performance and efficiency.