Wilson Defy Pro V1 2025 Racket Javi Garrido Padel Racket
Wilson Defy Pro V1 2025 Racket Javi Garrido Padel Racket is backordered and will ship as soon as it is back in stock.
Couldn't load pickup availability
Original Brand Warranty
Original Brand Warranty
All of our products come with the original brand warranty. This means you're covered for any manufacturing defects, ensuring a worry-free purchase.
Customer Satisfaction
Customer Satisfaction
Rated excellent by hundreds of happy customers, our commitment to service is unmatched. Once you shop with us, you'll never look elsewhere for your padel needs.
Fast Shipping
Fast Shipping
Our products are stored in the USA, ready to be shipped directly to your door. Enjoy quick and reliable delivery for all your padel gear.
Secure Payment
Secure Payment
We prioritize your security with a fully encrypted checkout process. Your payment information is safe with us at every step.
Easy Return
Easy Return
Changed your mind? No problem! Our hassle-free return policy makes it easy to send products back without stress.
Wilson Defy Pro V1 2025 Racket Javi Garrido Padel Racket
The Defy V1 Pro is a high-performance, aerodynamic padel racket crafted for advanced and professional players seeking maximum speed and aggressive spin. Built with a 15K carbon structure and a powerful Power Foam core, it delivers explosive power, while its diamond-shaped design maximizes striking force.
Featuring Aeroexact Design technology, the racket offers a lightweight, agile feel in the air for faster swings. The Duo Grid Hole Pattern strategically combines larger holes at the top for increased power and smaller holes at the bottom for enhanced control and spin, further amplified by the Spin² texture.
Constructed with a uniformly thick tubular carbon frame, the Defy V1 Pro ensures outstanding durability, precise control, and a premium touch across the entire surface. Perfect for offensive players who demand a heavier frame with the ideal balance of power, aerodynamics, and spin performance.
-
Player Level
-
Surface
-
Weight
-
Thickness
-
Material
