HEAD Radical Motion Padel Racket 2026

HEAD Radical Motion Padel Racket 2026, endorsed by K. Sharifova, is built for advanced and tournament players who dominate matches through precision, timing, and tactical awareness. Lighter and more maneuverable than the Radical Pro 2026, this racket offers effortless handling and comfort without compromising performance.

Its teardrop shape provides excellent versatility, making it easy to defend from the back of the court while remaining reactive when accelerating play at the net. The low balance and reduced weight enhance maneuverability, allowing quicker reactions during fast exchanges and prolonged rallies.

The double carbon hitting surface increases stiffness and strength, improving control and touch during medium-paced and technical shots. The upgraded Control Foam delivers a drier and stiffer impact feel, boosting precision on bandejas, volleys, and controlled finishes. A new drilling pattern expands the sweetspot, offering better forgiveness while maintaining accuracy.

Auxetic 2.0 technology, strategically positioned in the yoke and grip, provides real-time feedback and a more connected feel on every shot. Finished with Soft Cap + technology and an interchangeable cord system, the racket reduces vibrations, enhances comfort, and allows for easy customization or cleaning. Graphene Inside reinforces the frame, improving stability and optimizing energy transfer for consistent performance at the highest level.

Key Technologies and Features

• Auxetic 2.0 technology for enhanced feedback and sensational impact feel
• Double Carbon HS hitting surface for improved stiffness, control, and touch
• Control Foam for greater precision and an optimized sweetspot
• Optimized Sweet Spot drilling pattern for improved forgiveness and accuracy
• Smart Bridge technology for racket-specific performance benefits
• Tailored Frame construction for enhanced playability and tolerance
• Soft Cap + with interchangeable cord system for comfort and vibration reduction
• Graphene Inside for greater stability and optimized energy transfer