The IANONI PR7100 Blue Beach Tennis Racket delivers a carefully balanced blend of stability, control, and lasting durability for players at every level. Enginee···
The IANONI PR7100 Blue Beach Tennis Racket delivers a carefully balanced blend of stability, control, and lasting durability for players at every level. Enginee···
The IANONI FORCE PRO 12K Beach Tennis Racket is built for athletes who demand uncompromising performance, long‑term durability, and surgical control. Its compe···
The IANONI FORCE PRO 12K Red is a high-performance beach tennis racket engineered for serious competitors and dedicated training. Its advanced construction merg···
The IANONI BTR9200 Beach Tennis Racket delivers consistent performance, enhanced stability, and superior comfort. Engineered with a premium carbon fiber frame a···
The IANONI BTR9200 Beach Tennis Racket is built for players who demand reliable performance and comfortable handling in fast-paced beach tennis matches. Its hig···
The IANONI Beach Tennis Racket BTR9100 delivers responsive handling and durable construction for players who demand consistent performance. Crafted with a carbo···
The IANONI BTR9100 Beach Tennis Racket is expertly crafted for players who demand exceptional durability, ultra‑responsive feedback, and all‑day comfort on th···
The IANONI BTR9100 White Beach Tennis Racket is designed to deliver consistent performance and comfort for players across all skill levels. Built with a robust ···
The IANONI BTR9100 Beach Tennis Racket delivers a finely tuned blend of durability, responsive handling, and consistent court performance. Its advanced carbon f···
Engineered for dynamic beach tennis play, the IANONI Beach Tennis Ball in vibrant Orange & Green delivers a perfect fusion of comfort, responsiveness, and durab···
Fatigue appears at the stress concentration. The transition zone between the face and the handle experiences the highest torque loads during impact. If the wall···
Technical Note: Beach tennis balls typically operate at between 4 and 6 PSI. Exceeding this pressure during the manufacturing de-pressurization phase results in···