Name: Head Radical Team L 2023 Tennis Racket (Unstrung)
SKU: 605115

Product Description

Created for all-court team players who love to mix it up, the RADICAL TEAM L has been upgraded with innovative Auxetic technology for sensational impact feel and enhanced playability. With a larger head size and lighter weight than other models in the series, the versatile RADICAL TEAM L offers easy playability, extra manoeuvrability and additional power. The exclusive technologies include sound grommets which enhance your power through greater string movement while optimizing sound and vibrations. You can play any shot with the RADICAL TEAM L, which has Graphene in the frame, a variable beam cross-section which balances power, control and spin, and a dynamic 16/19 string pattern. Known as 'The People's Racquet', the RADICAL series has a bold, new, asymmetrical design.

Innovative Auxetic technology for sensational impact feel
Larger head size and lighter than other RADICAL models
Highly versatile for all-court team players
Bold, new, asymmetrical design

Product Specification

Expertise Level	Advanced
Head Frame	Round Shape
Balance Point	340 mm / even
Head Size	660 cm² / 102 in²
Length	685 mm / 27.0 in
CPI	800
Beam	22/25/23 mm
Weight	260 g / 9.2 oz
Grip	Hydrosorb Pro
Stringing Status	Company Unstrung
Full Cover	Yes

Product Technology

Graphene Inside

Strategically positioned in most of our racquets, Graphene strengthens the frame, provides greater stability and optimises energy transfer from racquet to ball. When you buy your next racquet, be sure it has GRAPHENE INSIDE.

Control Pattern

A more dense 16/19 string pattern provides the perfect mix of control and power

Sound Grommets

Sound grommets provide enhanced power via greater string movement and optimize sound and vibrations

Variable Beam

The variable beam cross-section perfectly balances the power, control and spin of the racquet.

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.