Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20
Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20
Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20
Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20
Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20
Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20

JNICE

Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20

Sale price£99.99 Regular price£159.99
Sold out
SKU: 994852.8794.3054
Colour:NO COLOUR
Size:3U
Pickup currently unavailable at 07 Clubsport Birmingham

Jnice Ultra Aero-20 (3U) Badminton Racket Unstrung RUA-20

NO COLOUR / 3U

07 Clubsport Birmingham

Pickup currently unavailable

Summer Hill Road
Unit 1 The Quadrant
Birmingham B1 2PE
United Kingdom

01 Clubsport Warehouse CF23 9AQ

Pickup currently unavailable

Ipswich Road
Tower House 13a
Cardiff CF23 9AQ
United Kingdom

11 Clubsport Hereford

Pickup currently unavailable

4 Bewell Street
Hereford HR4 0BH
United Kingdom

Jnice Ultra Aero-20 (3U) Unstrung RUA-20

JNICE Ultra Aero 20 3U

The JNICE Ultra Aero 20 3U is built for the agile, aggressive player who demands speed and power in every shot. Engineered for superior aerodynamics, this racket cuts through the air with minimal resistance, allowing for quicker, sharper smashes. Its 3U weight class provides a solid base for power players, while the advanced frame design offers stability and control. Made in Taiwan, the Ultra Aero 20 3U embodies the high standards of JNICE’s manufacturing, giving players a reliable, high-quality choice that stands up to intense play. With this racket, you’ll be ready to dominate any rally.

The head-heavy balance and aero-sculpted frame provide a smooth, power-packed experience, reducing drag for lightning-quick reaction times. Impact Stabilization Technology enhances shot precision, while the Torque Absorption System minimizes twist, offering controlled and powerful smashes.

Conclusion: Dominate rallies with the swift and powerful JNICE Ultra Aero 20 3U, crafted for peak aerodynamic performance.