HEAD SPEED TEAM 2026 RACKET

Experience effortless depth, maximum forgiveness, and rapid handling with the most powerful model in the franchise. Purpose-built for beginners, recreational enthusiasts, and intermediate club players who want to dictate the flow of the game, the Head Speed Team 2026 delivers a game-changing boost to your tennis journey. Endorsed on tour by Jannik Sinner, this lightweight, oversized frame provides a massive safety margin so you can step into your shots with complete confidence.

Aerospace Stability Meets Real-Time Feel

The headline innovation for the 2026 generation is the introduction of Hy-Bor technology into the shaft—a premium material composite combining high-end carbon fibers and boron. Borrowed from high-tech aerospace manufacturing, Hy-Bor heightens the frame’s compressional strength to provide a reassuringly solid impact feel and remarkable frame stability. This works alongside real-time Auxetic 2.0 technology, which now expands from the yoke down into the handle to deliver super-accurate, connected ball feedback directly to your hands.

Oversized Sweet Spot for Instant Pace

Engineered to maximize your court depth with minimal physical effort, the Speed Team features a highly forgiving 105 square inch head size. This expanded shape produces a generous sweet spot and a dynamic trampoline effect that effortlessly returns energy to the ball. At an ultra-light 270g unstrung, it whips through contact with ease, providing lightning-fast reactions at the net and smooth handling on serves. Specialized Power Grommets and Directional Drilling optimize string movement, allowing the open 16x19 string pattern to easily grip the ball for controlled power and access to spin. 

Technical Specifications:

• Head Size: 105 sq. in. / 677 sq. cm.

• Length: 27 in. / 68.58 cm

• Unstrung Weight: 270g / 9.5 oz

• String Pattern: 16 Mains x 19 Crosses

• Unstrung Balance: 325 mm / 6 Pts Head Light

• Beam Width: 24 mm / 24 mm / 24 mm Constant Beam

• Flex (Stiffness): 65 RA

• Composition: Graphite / Graphene Inside / Hy-Bor