Head Graphene Touch Radical 135 Slimbody

Graphene Touch Radical 135 Slimbody Head borrows the Radical moniker from their iconic line of tennis racquets and uses to it rename their Xenon series of squash frames. The Graphene Touch Radical 135 Slim Body replaces the popular Graphene XT Xenon 135 Slimbody and remains a great choice for experienced players that are looking for the ultimate control and precession frame. Like its predecessor the Xenon 135 Slimbody, the Graphene Touch Radical 135 Slimbody has a fairly compact 475 square centimeter head size that allows players to control the ball with ease. The 135 gram weight of this racquet means this is a fairly stable racquet even with its slimbody design. Speaking of the slimbody design, this racquets ultra slim 16mm beam width makes it extremely flexy and supplies this racquet with an unmatched touch and feel. Its slimbody also means that picking balls off of the sidewalls with this racquet is not nearly as challenging as it would be with a racquet with a conventional wider beam width. The Graphene Touch Radical 135 allows comes equipped with Head’s Adaptive Fan Pattern technology allowing players to choose between a 14x17 string pattern or a 18x17 without changing the racquets grommets.

New to the frame is Head’s Grapheme Touch Technology. An extension of their Graphene technology, Graphene Touch improves shock absorption upon impact to deliver unparalleled touch without sacrificing power. If you are looking for a control oriented racquet that prioritises touch and feel over power, than look no further than the new Graphene Touch Radical 135 Slimbody.

• Head size: 475 cm sq.
• Weight: 135 g. unstrung
• Balance: Even • Beam: 16 mm
• String Pattern: 14x17 or 18x17

• AFP: Allows the racquet to be strung with a 14x16 string pattern or 20x16 string pattern to change the feel of the stringed without changing the grommets.
• Graphene Touch: LESS SHOCK. MORE WOW. For improved shock absorption upon impact, delivering unparalleled touch without compromising on the power level of Graphene.

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