Wilson Shift 99 V1 - Demo Rental

SKU:WR145311L2D2

Grip Size:

4 1/4 = L2 Demo (37) 4 1/4 = L2 Demo (109) 4 3/8 = L3 Demo (51) 4 3/8 = L3 Demo (53) 4 3/8 = L3 Demo (64)

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Description
Specs
Technologies
Reviews

Description
Specs
Technologies
Reviews

Description

The future of modern tennis is disrupted thanks to the revolutionary creation of the Wilson Shift tennis racket. The first concept racket from Wlabs, the Shift 99/300 was specifically crafted to provide players with massive spin and controllable power. Built around the insight of maximum lateral bending and best-in-class torsional stability, Shift allows players to hit the ball consistently deep in the court with increased confidence and spin on each shot. Shift 99/300 features a 16x20 string pattern for a balance of control, spin, and power.

What makes the Shift so special? An innovative bending profile built to be stable, yet laterally flexible for controllable power and spin. It's the first racket of its kind to experience lateral bending with minimal torsional bending. On top of it's unique and patented technology, the Shift's design is a sleek arctic prism that creates a futuristic look.

Wilson Shift 99 V1 Tennis Racquet Specs:

Head Size: 99 sq. in. / 639 sq. cm.
Length: 27 in.
Strung Weight: 11.2 oz. / 316 g.
Unstrung Weight: 10.6 oz. / 300 g.
Strung Balance: 6 Pts. Head Light
Swingweight: 316
Flex: 67
Beam Width: 23.5 mm / 23.5 mm / 23.5 mm
Composition: Graphite
String Pattern: 16 Mains x 20 Crosses
Recommended String Tension: 50 - 60 lbs.
Grip: Wilson Pro Performance
Product Code: WR145311

Demo Product Policy

A $10 rental fee per demo is due at checkout
Demos are only available for pickup from our Markham Retail location
Demos periods are for 7 days
The $10 rental fee may be redeemed as a credit towards the purchase of any new adult racquet or paddle.

Technologies

ARC 3D

W|Labs innovation team's patent pending technology that utilized computer aided design software to create specific geometry that maximizes lateral bending without losing any torsional stability.