



Yonex Percept 97 Free Restring Tennis Racket 310g - Unstrung - Navy
Yonex Percept 97 Free Restring Tennis Racket 310g - Unstrung - Navy
Midnight Navy / G2
CentralSports(07)
Unit 1,The Quadrant,Summer Hill Rd
Birmingham B1 2PE
United Kingdom
Warehouse 01
13 Ipswich Rd
Tower House
Cardiff CF23 9AQ
United Kingdom
YC Sports (Canton-09)
156 Cowbridge Road East
Pontcanna
Cardiff CF11 9ND
United Kingdom
YC Sports (Cathays-08)
86-90 Crwys Road
Cardiff CF24 4NP
United Kingdom
YC Sports (Whitchurch-10)
5 Penlline Road
5 Penlline Rd
Cardiff CF14 2AA
United Kingdom
Yonex Percept 97 (2025) – Midnight Navy
Tour-Ready Precision
Engineered for advanced players, the Percept 97 offers the perfect blend of control, feel, and stability in a traditional 97 sq.in frame. With its 310g unstrung weight and 16x19 string pattern, this racquet delivers sharp responsiveness and enhanced feedback for those who thrive on timing and fluid stroke mechanics.
Key Technologies:
-
ISOMETRIC™ Head Shape
Expands the effective hitting area without increasing frame size for a more forgiving sweet spot. -
Servo Filter Vibration Dampening
Dampens harsh vibrations while preserving essential feel, allowing for smooth, confident shot-making. -
Refined Shaft Flex
Flex concentrated in the shaft (not the head) promotes longer dwell time and better energy transfer, especially useful when absorbing pace or redirecting.
Performance Highlights:
-
Tour-Inspired Build
Compact 97 sq.in head offers laser-like precision and clean feedback. -
Classic Control, Modern Feel
Low RA flex (62–63) paired with updated materials for improved response without added harshness. -
Midnight Purple Design
Sophisticated new colorway for a standout look that reflects the racquet’s elite pedigree.
Preliminary Specifications:
-
Head Size: 97 sq.in
-
Unstrung Weight: 310 g
-
Balance Point: 310 mm
-
Beam Width: 21 mm
-
RA Flex: 62–63
-
String Pattern: 16x19
Player Type: Competitive and advanced players seeking ultimate feel, consistent control, and a tour-level response in a compact, precision-oriented frame.