Yonex 2024 VCORE 100 300g Sand Beige Tennis Racquet - Designed for Spin & Speed - Strung with Your Choice of String & Tension (4 1/4)

• SPECIFICATIONS: Head Size: 100 sq.in.. Strung Weight: 11.3 oz: Length: 27 in.. Balance: 4 Pts Head Light. Beam Width Range: 25.3mm / 25.3mm / 22mm. Material: HM GRAPHITE / 2G-Namd SPEED / Flex Force / VDM. Color(s): Sand Beige Incredibly precise with remarkable control, the Yonex VCORE 100 300g keeps your opponents on their toes! This spin-friendly tennis racquet helps you dictate the pace of play. A thinner beam allows for faster swing speeds to improve feel and topspin. NAMD graphite maintains flexibility during fast swings to maximize snap back. With even more spin potential than its predecessor, the Yonex VCORE 100 hits the spin your opponents have never seen ISOMETRIC : SIGNATURE YONEX TECHNOLOGY SINCE 1980 Developed over 30 years ago, the ISOMETRIC design increases the sweet spot by 7%*. Compared to a conventional round frame, a square-shaped ISOMETRIC racquet generates a larger sweet spot by optimizing the intersection of the main and cross strings. ISOMETRIC technology delivers greater control without sacrificing power. AERODYNAMIC TECHNOLOGY : Aero Trench and Aero Fin Technology reduce air resistance for easy maneuverability and added spin. 2G-NAMD FLEX FORCE : Aggressive, attacking spin for pinpoint control is achieved through a carbon nanotube structure that binds the graphite fibers together, which reduces energy loss. Due to its resilient properties, the material flexes and provides quick snapback. Namd is technology developed by Nitta Co., Ltd. to uniformly disperse carbon nanotubes in carbon fiber composites. SILICONE OIL INFUSED GROMMETS : New silicone oil infused within the grommets allow the racquet to quickly flex and snapback into its original position. ENLARGED FRAME TOP : A wider frame at 2 o’clock & 10 o’clock position increases the ball contact area, which produces a higher launch angle. NEW THROAT DESIGN : Area 1 is T shaped cross section. Area 2 is H shaped cross section. This “torsional resistance” helps stabilize the racquet, reducing power loss.