Description
The Nox ML10 Ventus Control 3K – Miguel Lamperti is a premium padel racquet developed for advanced and professional players who prioritize precision, consistency, and tactical point construction. Designed in collaboration with padel legend Miguel Lamperti, this racquet represents the evolution of one of NOX’s most successful control-oriented models, combining modern technologies with the legendary feel that has made the ML10 series a favorite among technical players.
Built with a 100% carbon frame and 3K Carbon faces, the ML10 Ventus Control 3K offers outstanding stability, durability, and shot precision. The 3K carbon construction provides a clean and controlled response at impact, making it ideal for players who value placement, touch, and consistency over raw power.
The racquet features a round shape and balanced weight distribution, creating a large and forgiving sweet spot that enhances control on every shot. This configuration allows players to defend comfortably, control the pace of rallies, and execute precise lobs, volleys, and directional changes with confidence.
To enhance spin generation, NOX integrates its Dual Spin technology, combining a 3D textured finish with a sand-textured surface. This dual-texture system increases ball grip, allowing players to generate more slice, topspin, viboras, and controlled kick shots without sacrificing durability.
The racquet also includes advanced technologies such as EOS Tunnel for improved aerodynamics, Pulse System for vibration reduction, Dynamic Composite Structure (DCS) for enhanced durability, and the NOX Smartstrap® system for improved customization and safety. These features contribute to a more comfortable, stable, and maneuverable playing experience.
With a weight range of 360–375 grams, a 38 mm profile, and a professional-level control-focused design, the Nox ML10 Ventus Control 3K is ideal for players who build points intelligently, rely on precision rather than brute force, and want one of the most refined control racquets in the NOX lineup.
