Selkirk Selkirk Evo Hybrid Max Blue - B&T Racket
Selkirk Selkirk Evo Hybrid Max Blue - B&T Racket
Selkirk Selkirk Evo Hybrid Max Blue - B&T Racket
Selkirk Selkirk Evo Hybrid Max Blue - B&T Racket

Selkirk Evo Hybrid Max Blue

Regular price$99.99
/
Shipping calculated at checkout.

Introducing the SLK By Selkirk Evo Hybrid 2.0, a versatile paddle meticulously designed for both power and control, making it an ideal choice for beginner and advanced pickleball players alike.
A Perfect Fusion of Power and Control

Experience unparalleled performance with the Evo Hybrid 2.0, featuring a large sweet spot, ultra-comfortable grip, and an attractive price point, delivering unmatched value.

New SpinFlex Spin Surface

Enhance your gameplay with the innovative SpinFlex spin surface, designed for increased spin consistency and ball control.

Innovative C7-Flex Hybrid Fiberglass

Master every play with our C7-Flex Hybrid Fiberglass Face, engineered to provide optimal power and control on the court.

EdgeSentry

Enjoy a well-balanced and solid paddle with our low-profile, lightweight, and durable EdgeSentry edge guard.

Revolutionary 13mm Rev-Hybrid Polymer Core

Achieve consistency with every shot, thanks to the Rev-Hybrid Polymer Core, featuring a large sweet spot for optimal power and precision.

SLK Ultra-Comfort Grip

Experience confidence and stability with our cushioned SLK Ultra-Comfort Grip, designed for a non-slip, comfortable hold.

Two Dynamic Shapes

Choose between the Max shape for the largest surface area and sweet spot, or the XL shape for extended length and added power.

SLK Evo Hybrid 2.0 Max Specifications

Weight Range: 7.6 - 8.0 oz.
Length: 16"
Width: 7.85"
Face: C7-Flex Hybrid Fiberglass
Grip Circumference: 4.25"
Grip: SLK Ultra-Comfort Grip
Handle Length: 4.85"
Core: 13mm Rev-Hybrid Polymer Core
SLK Evo Hybrid 2.0 XL Specifications

Weight Range: 7.6 - 8.0 oz.
Length: 16.4"
Width: 7.4"
Face: C7-Flex Hybrid Fiberglass
Grip Circumference: 4.25"
Grip: SLK Ultra-Comfort Grip
Handle Length: 5.75"
Core: 13mm Rev-Hybrid Polymer Core

You may also like


Recently viewed