Osaka Padel Racket Vision Control - Fuchsia

Core & Construction

The Vision Control is built for players who value precision and consistency above all else. This season, we’ve introduced a new refined shape that optimizes performance at this price point, making the racket even more forgiving and reliable. The single-stage, twin-tube blown frame construction, a technology inherited from our higher-end models, delivers superior rigidity, stability, and durability, giving players reliable performance that exceeds expectations in its category.

We continue to use our much-loved Touch Foam core, valued by players for its perfectly balanced performance. Its medium density delivers a harmonious blend of control, comfort, and reactivity, absorbing vibrations for a softer feel on impact, while still providing enough rebound for confident attacking shots. This makes it ideal for players who want all-round playability without compromising on precision or touch.

Hole System

Engineered with a 68-hole drilling pattern featuring sharper edges, the Vision Pro Power delivers enhanced grip on the ball for increased spin and better control on sliced or lifted shots.

The Vision Control combines a carbon-reinforced twin-tube frame with a glass fiber hitting surface, resulting in a construction that balances durability, playability, and comfort. Visually, the racket stands out with bright gradient designs, adding a playful, modern edge that captures the essence of the Vision line.

With its classic control shape, wider sweet spot, and the responsiveness of Touch® foam, the Vision Control is tailored for beginners and intermediates who want to focus on precision and build a solid technical foundation. It’s the racket for players who prefer to place the ball with confidence rather than relying solely on power.

Specifications:

Glass fibre face

30% Carbon reinforced glass fibre frame

13-15 Black Touch® EVA Foam

Single Stage Construction

Twin Tube Blown System

Local Sand Finish

Average Weight: NEW: 355-370 gm

Balance Point: 250±10mm