Wilson Roland Garros 2025 Shift 99 v1 Session de Soire Tennis Racquet 4 1/4″
DESCRIPTION:The Wilson Roland Garros 2025 Shift 99 V1 Session de Soire tennis racquet is a limited-edition model that incorporates the refined style and vibrant colors of the night session matches at Roland-Garros 2025. Its design elements and texture pay
DESCRIPTION:
The Wilson Roland Garros 2025 Shift 99 V1 Session de Soire tennis racquet is a limited-edition model that incorporates the refined style and vibrant colors of the night session matches at Roland-Garros 2025. Its design elements and texture pay homage to the prestigious event, while innovative features, such as patent-pending AI-powered design tools, maximize flexibility and torsional stability. Weighing less than 11 ounces, this 27-inch, unstrung racket boasts a 16×20 string pattern for enhanced spin, power, and control. Additionally, it features Agiplast plant-based materials in its end cap, grommet, and bumper, reducing the environmental impact. The Shift 99 V1 is perfect for players seeking cutting-edge racket technology and elevated performance.
FEATURES:
- Agiplast – Plant-based bumper, grommet and end cap components reduce overall environmental footprint.
- Vertical Bending – Vertical bending of racket frame increases ball dwell time on string bed for players with more modern, vertical swings.
- ARC 3D – W|Labs innovation team’s patent pending technology that utilized computer aided design software to create specific geometry that maximizes lateral bending without losing any torsional stability.
SPECIFICATIONS:
- Headsize:99 sq. in.
- Weight Unstrung: 300g/(10.5 oz.)
- Weight Strung:315g/(11.1 oz.)
- Power Level:Low-Medium
- Swing Weight:317
- Balance:12.75in / 32.39cm / 6 pts Head Light
- Beam Width:23.5mm / 23.5mm / 23.5mm
- Length:27″
- String Pattern:16 x 20
- Stiffness/Flex:67
- Swing Speed:Medium-Fast
- Swing Type:Medium-Full
- Racquet/Player Type:Intermediate-Advanced
- Composition/Construction:Graphite
- Frame Technology:ARC 3D – W|Labs innovation team’s patent pending technology that utilized computer aided design software to create specific geometry that maximizes lateral bending without losing any torsional stability.
- Recommended String Tension:48-58 lbs.
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