Unstrung Weight: 10.8 oz / 305 g
Strung Weight: 11.4 oz / 323 g
Head Size 98 sq in
Factory Grip: Hydrosorb Pro
Balance: 6 pts Head Light
Grip Sizes: 4 1/8 to 4 5/8 inches
Factory String: Unstrung
Tension: 48-57 lbs
String Pattern: 16 Mains / 19 Crosses
Stroke Style: Fast, Long Swing
Swing Weight: 318
Length: 27 inches
Beam Width: 23 mm
Composition: Graphene 360+ / Graphite
Power Level: Low
Stiffness: 65
Player Level: Advanced
Generate extreme spin, and create chaos for opponents, with the EXTREME TOUR. Endorsed by Matteo Berrettini, this racquet has been upgraded with innovative Auxetic technology for outstanding, crisp impact feel, and is ideal for tournament players looking to dictate with optimal spin and power. Along with a shaft that helps create extra spin, the EXTREME TOUR has unique spin grommets which allow more string movement and a powerful trampoline effect on impact with the ball. Extreme performance comes with a fresh, daring design.
- New Auxetic technology for outstanding impact feel
- Extreme spin for tournament players
- Endorsed by Matteo Berrettini
- Daring new design
Graphene 360+ Technology
Graphene 360+ is the combination of HEAD's signature Graphene 360 technology for optimized energy transfer and the innovative spiralfibers for enhanced flex and a clean impact feel.
- Spiral Fiber Technology - Twisted fibers placed on the shoulder area accompany the frame in its deformation and provide greater flex and clean impact feeling
- Graphene in the Shaft - For optimized mass distribution which gives better manoeuvrability and more power
- Graphene in the Head - Reduces frame deformation which enables better energy transfer.
Auxetic
Auxetic constructions show a unique deformation compared to non-Auxetic constructions. Due to their internal properties, Auxetic constructions widen when a “pull” force is applied and contract when squeezed. The bigger the applied force, the bigger the Auxetic reaction.
Auxetic
Auxetic constructions show a unique deformation compared to non-Auxetic constructions. Due to their internal properties, Auxetic constructions widen when a “pull” force is applied and contract when squeezed. The bigger the applied force, the bigger the Auxetic reaction.