Joola Collin Johns Scorpeus CFS 16mm Pickleball Paddle

$344.95 SGD

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The JOOLA Collin Johns Scorpeus CFS 16 paddle was designed in partnership with our top pros, utilizing the latest in pickleball paddle technology. Boasting new Carbon Charged surface technology, this pro pickleball paddle has a crisp feeling and impressive pop for counteracting fast shots. The paddle is further enhanced with a long-lasting Carbon Friction textured surface to create maximum spin. The wide, sweet spot-optimized paddle body enhances the hitting area for an optimal balance of forgiveness and control. The fully carbon-framed design increases paddle strength and durability, maintaining a consistent playing experience game after game.

 

Specifications
Surface: Carbon Friction
Core: Reactive Honeycomb
Core (mm): 16
Control: 94
Power: 95
Spin: 96
USAP Approved: Yes
Average Weight: 8oz
Paddle Length: 16in
Paddle Width: 8in
Grip Type: Feel-Tec Pure
Grip Length: 5.25in
Grip Circumference*: 4.25in (*May vary slight)

 

Features

CHARGED CARBON SURFACE
An additive bonding treatment that strengthens the surface of the paddle to provide a crisper feel with greater energy return. Results in impressive feedback with a poppier response.

REACTIVE HONEYCOMB POLYMER CORE
Specially tuned for the high-level player to maximize the consistency of the bounce and feel necessary for every shot.

CARBON FRICTION SURFACE
Our CFS technology utilizes a more advanced, durable, longer lasting Carbon-Flex5 textured surface, harnessing raw power while providing maximum spin.

CARBON-FRAMED DESIGN
Fully encased Carbon frame for increased strength and durability.

SWEET SPOT-OPTIMIZED SHAPE
Specially engineered paddle shape provides a larger sweet spot for optimal hitting feel and performance

HYPERFOAM EDGE WALL
Specialized foam injected into the perimeter of the paddle adding weight and stability, increasing the sweet spot for consistent edge to edge performance

FEEL-TEC PURE
Offers a tacky feel for enhanced grip while also providing optimal comfort and increased shock absorption.