Tecnology

• VIBRATION DAMPENING MESH (VDM)
  Feel and precision! VDM is a stretchy mesh material that adheres well to graphite to reduce arm fatigue. Integrated within the grip, VDM minimizes vibrations by 30% resulting in improved feel and precise ball control.
• SERVO FILTER
  An updated transparent film integrated between the graphite layers absorbs 14% of unwanted vibrations without compromising the transmission of useful vibrations, providing clear and precise feedback on the ball. Its elasticity ensures an ideal combination of flexibility and energy return, improving feel and control during play.
• HM Graphite
  Embedded in the inside of the upper chassis, HYPER-MG (Hyper Modulus Graphite) material greatly increases the snapback speed (return to the original position after flexion) of the structure, increasing the power and speed of the ball. The upper frame bending strength has increased by 5%.
• Uniform Impact Grommets
  Structure with straight grommets in all four corners of the frame which, by increasing the freedom of movement of the strings, guarantees a more uniform and forgiving response, both on center and off-center shots, improving comfort and control during play.
• Energy Flow Shaft
  The handle is designed to transfer energy efficiently and offer an intuitive feel. The special concave shape balances stiffness and flexibility, while the Servo Filter integrated into the frame improves vibration absorption and impact sensitivity. The result is smooth power transmission and stable control throughout the entire rally.
• Synchro Frame
  Three technologies (ISOMETRIC, Uniform Impact Grommets and Energy Flow Shaft) work together to improve handling, optimize power transmission and reduce physical stress, allowing players to sustain longer rallies with greater confidence and ease.
• Isometric
  Created by YONEX in 1980, the Isometric head shape is a unique technology and breakthrough in racquet design. In conventional racquets, the sweet spot is located where the main and cross strings meet. The YONEX ISOMETRIC shape allows for an increase in the number of main and cross strings in the sweet spot, increasing its area by 7%.
• Oval Pressed Shaft
  Increased spin and control
  Shaft corners are rounded for an ideal flex at impact to increase dwell time for optimal spin and directional control.