- 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.
Volkl C10 EVO - Demo Rental
Volkl C10 EVO - Demo Rental
SKU:V12702L3D1
Only 1 left!
COMPARE
Volkl C10 EVO - Demo Rental
$0.00
OPTIONS
Volkl C10 EVO - Demo Rental
$0.00
PRICEING
Size Chart
- Description
- Specs
- Technologies
- Reviews
Description
The Volkl C10 EVO is a classic thin beam player's racquet that is slightly lighter than the C10 Pro, making it a racquet that can be used as is or customized to a player's needs. With a slight head light balance, this racquet is an all court frame that is stable and maneuverable from the baseline to the net. The 98 square inch head size and 16x19 string pattern give this racquet precision and spin. Intermediate to advanced players will appreciate the stability of the frame as well as its ability to generate topspin from the baseline.
Volkl C10 EVO Tennis Racquet Specs:
- Head Size: 98 sq. in. / 630 sq. cm.
- Length: 27 in.
- Strung Weight: 11.5 oz. / 345 g.
- Unstrung Weight: 10.9 oz. / 310 g.
- Strung Balance: 4 Pts. Head Light
- Swingweight: 320
- Flex: 64
- Beam Width: 20 mm / 20 mm / 20 mm
- Composition: Graphite
- String Pattern: 16 Mains x 19 Crosses
- Recommended String Tension: 50 - 60 lbs.
- Grip: Volkl Synthetic
- Product Code: V12702
Demo Product Policy
Technologies
Dynamic PCP (Power Control Pattern)
Provides a dense string pattern in the racquet’s sweet spot and ensures that power is controllable. Balls hit outside the sweet spot maintain optimal power thanks to the more open string bed.
V-Cell
The highest grade of cellulose-based black 3D carbon fiber construction currently available. It is manufactured exclusively for Volkl Tennis through an agreement with the Fraunhofer Institute in Germany. VCell makes tennis racquets stronger and more resilient reducing both racquet fatigue which leads to breakage and player fatigue which leads to injury.