Graphene XT Radical MP Tour racket strung

HEAD Graphene XT Radical MP 2024: controlled tennis racket

The HEAD Graphene XT Radical MP 2024 is a tennis racket for tournament players who use long, committed swings and want to place aggressive shots with confidence. Its player-focused character suits a pressure-based baseline game while remaining responsive for varied rally patterns. HEAD combines the Radical frame concept with GrapheNEXT technology for a connected response at impact. The controlled, attack-minded feel helps you accelerate through the ball and direct it purposefully.

Highlights

• Balanced handling: The even balance supports a stable swing without making the racket feel sluggish. It helps you switch efficiently between groundstrokes, returns and net play.
• Spin-ready response: The open string layout encourages active ball rotation. This gives your topspin shots and angled plays added shape.
• Direct ball feedback: The standard-sized hitting area delivers a precise, player-oriented response. Clean contact is rewarded with reliable directional control.

Choose the HEAD Graphene XT Radical MP 2024 if you want to bring clear intent and controlled pace to your tournament tennis.

Which players is the Graphene XT Radical MP 2024 suitable for?

This tour racket is designed for ambitious club and tournament players with advanced technique. It suits players who create their own pace with full swings and value controlled attacking tennis.

What defines the playing character of the Graphene XT Radical MP 2024?

Its combination of balanced handling, a direct hitting response and spin-friendly string layout creates a controlled yet dynamic feel. The racket supports assertive shots without losing precision in demanding rallies.

How heavy and balanced is the Graphene XT Radical MP 2024?

The racket weighs 295 g unstrung and measures 68.5 cm in length. Its racket balance is 31.5 cm, which creates a balanced feel between the handle and head, while the 630 cm² racket head provides a standard-sized, precise hitting area.