NOX Ventus Control 3K Miguel Lamperti Padel Racket 2027

Note: This item is available for pre-order. Shipping will begin on October 20th.

The Nox ML10 Ventus Control 3K Miguel Lamperti Padel Racket 2027 carries the unmistakable DNA of legendary player Miguel Lamperti. Recognized by Testea Padel at the Polytechnic University of Valencia as one of the finest control rackets available, this model has been engineered for advanced players who demand clinical shot precision without giving up offensive punch. It combines structural stiffness with exceptional handling to deliver total control over every rally.

Material and Construction

The hitting surface features premium 3K Carbon Fiber, woven in small square patterns to increase face stiffness and structural stability. This tight carbon weave reduces frame flex on impact, resulting in superior trajectory control and precise ball placement on every shot.

Inside, the racket is equipped with a high-density core that balances defensive touch with dynamic energy return, providing an ideal synthesis of defensive control and attacking power.

The full carbon frame provides essential perimeter stability and structural durability, ensuring the racket withstands high-intensity competitive match play.

Performance Benefits

Designed with a teardrop geometry and a medium-hard feel, the racket delivers direct, immediate impact feedback. Advanced players gain maximum authority when maneuvering from the back of the court or controlling net points. Weighing 360-375g with a 38mm profile, it offers substantial mass behind the ball for solid blocking and powerful counters while maintaining excellent handling speed.

Technology Explanation

• Recognized and certified by Testea Padel at the Polytechnic University of Valencia for excellence in control and structural quality.
• 3K Carbon Fiber utilizes a tight square weave to maximize surface stiffness, ensuring consistent response and precise ball control.
• The new VCS anti-vibration system retains 60 percent more of the vibrations reaching the arm compared with its predecessor, providing crucial joint protection for the wrist, elbow, and shoulder.
• The Weight Balance system enables custom balance tuning by allowing 2g and 4g counterweights to be added, up to a maximum of 8g.
• Dual Spin technology combines a 3D textured relief with a fine silica sand finish, gripping the ball to produce maximum spin potential on slices, serves, and volleys.

Key Technologies and Features

• Testea Padel certified for quality and superior control performance
• 3K Carbon Fiber face with small square weave for increased stiffness and placement precision
• High-density core for balanced control and power output
• New VCS anti-vibration system filtering 60 percent more vibration than its predecessor
• Weight Balance system allowing up to 8g of custom weight and balance adjustment
• Dual Spin surface combining 3D texture and silica sand for enhanced spin potential
• Carbon frame for maximum structural strength and long-term durability
• Teardrop shape for versatile all-round playability
• Medium-hard feel for direct and precise shot feedback

Specifications

• Product type: Padel Racket
• Shape: Teardrop
• Weight: 360-375g
• Width: 38mm
• Frame: Carbon
• Face: 3K Carbon Fiber
• Core: MLD Black EVA
• Surface: Dual Spin
• Feel: Medium-Hard
• Level: Advanced
• Style: All-Round
• Player: Miguel Lamperti
• Technologies: 3K Carbon Fiber, MLD Black EVA, VCS Anti-Vibration System, Weight Balance, Dual Spin
• Collection: Nox ML10 Ventus Control 3K 2027

CARBON 3K

3K fabric is made by weaving carbon fiber threads into small squares

VCS

The VCS system features a high-performance elastomer bonded to the entire inner surface of the handle, creating a cushioning barrier designed to reduce the transmission of impacts and vibrations during play

WEIGHT BALANCE

Interchangeable counterweight system that allows you to adjust the weight and balance of the racket according to the player’s preferences. Includes 2g and 4g pieces that are easy to fit and is compatible with frame protectors.