Head Gravity MP 2023 Tennis Racquet Frame
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Head Gravity MP 2023 Tennis Racquet Frame
Details
Item No. 25730821
$279.95
$199.96
(29% off)
Free Stringing Promotion
Shop All: Tennis Racquets and Strings
Shop All: Tennis Racquets and Strings
Free Stringing Promotion
Purchase any unstrung Racquets with any string and receive free stringing in store.
- Simply add both qualifying items to your cart to activate this promotion in cart.
- Once you have received your racquet and string, please visit your closest store to have it strung for free. Racquets do not ship strung.
- Cannot be combined with any other offer.
Purchase any unstrung Racquets with any string and receive free stringing in store.
- Simply add both qualifying items to your cart to activate this promotion in cart.
- Once you have received your racquet and string, please visit your closest store to have it strung for free. Racquets do not ship strung.
- Cannot be combined with any other offer.
Description
100 sq in | 16x20 | 295 g (10.4 oz) | Unstrung | No cover
Feel the force with the HEAD Gravity MP 2023 Tennis Racquet, which has been upgraded with state-of-the-art Auxetic technology for sensational impact feel and enhanced playability. With its distinctive, rounded head shape and massive sweetspot, this racquet gives aggressive next generation performance players the control, flex and forgiveness they need to dominate any opponent. The Auxetic technology supplies greater feel and feedback on every shot, boosting your confidence as you swing a racquet endorsed by Alexander Zverev and Andrey Rublev.
Additional Information
Details
Details
- Auxetic technology
- 16x20 string pattern
- Head size: 645 sq cm | 100 sq in
- Balance: 325 mm | 0.7 in HL
- Beam: 22 mm
- Length: 685 mm | 27"
- Unstrung weight: 295 g | 10.4 oz
- *Comes unstrung
- Product ID #: 25730821
- Vendor Style#: 235323
Features
TENNIS SERVICES
Please visit our services page for more information on racquet stringing options available at select Sporting Life store locations.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.
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