
Elite CK95SC Ultimate V2 Bend Hockey Stick
Discover the Mercian Ultimate V2 Bend Hockey Stick, featuring CK95SC Solid Core technology for optimized power, weight, balance & feel.
Wrapped in TeXtreme carbon & Tungsten Carbide Diffused Kevlar (TCDK), this stick offers superior laminate bonding for enhanced performance. Perfect for drag flicking, aerial skills, & 3D dribbling.
Key Features
CK95SC Solid Core Technology: Optimises power, weight, and balance with a vacuum-filled polymeric core, enhancing rigidity and feel.
Toray Carbon: Ultra-light composites with superior strength and rigidity, reducing weight while enhancing mechanical performance.
Tungsten Carbide Diffused Kevlar (TCDK): Enhances strength and durability by diffusing tungsten carbide through Kevlar.
Nano Polymer Resin: Creates a flexible but stronger bond between composite layers, increasing stiffness and reducing the risk of de-lamination.
High-Quality Carbon: Preferred carbon from Japan, Germany, Scotland, and South Africa provides stiffness but can be brittle. Combining carbon with fibreglass and Kevlar enhances strength and durability.
High Friction Finish: The final layer of lacquer on the face of the stick is mixed with fine grains of silicon polymer to create a texture that stops the ball spinning on contact. These tiny rubber particles 'squash' on ball impact, providing a damping effect.
Dual-Process Vibration Control: Piezo-electric fibres convert vibrations into heat for efficient dampening.
Discover the Mercian Ultimate V2 Bend Hockey Stick, featuring CK95SC Solid Core technology for optimized power, weight, balance & feel.
Wrapped in TeXtreme carbon & Tungsten Carbide Diffused Kevlar (TCDK), this stick offers superior laminate bonding for enhanced performance. Perfect for drag flicking, aerial skills, & 3D dribbling.
Key Features
CK95SC Solid Core Technology: Optimises power, weight, and balance with a vacuum-filled polymeric core, enhancing rigidity and feel.
Toray Carbon: Ultra-light composites with superior strength and rigidity, reducing weight while enhancing mechanical performance.
Tungsten Carbide Diffused Kevlar (TCDK): Enhances strength and durability by diffusing tungsten carbide through Kevlar.
Nano Polymer Resin: Creates a flexible but stronger bond between composite layers, increasing stiffness and reducing the risk of de-lamination.
High-Quality Carbon: Preferred carbon from Japan, Germany, Scotland, and South Africa provides stiffness but can be brittle. Combining carbon with fibreglass and Kevlar enhances strength and durability.
High Friction Finish: The final layer of lacquer on the face of the stick is mixed with fine grains of silicon polymer to create a texture that stops the ball spinning on contact. These tiny rubber particles 'squash' on ball impact, providing a damping effect.
Dual-Process Vibration Control: Piezo-electric fibres convert vibrations into heat for efficient dampening.
Original: $187.50
-70%$187.50
$56.25Description
Discover the Mercian Ultimate V2 Bend Hockey Stick, featuring CK95SC Solid Core technology for optimized power, weight, balance & feel.
Wrapped in TeXtreme carbon & Tungsten Carbide Diffused Kevlar (TCDK), this stick offers superior laminate bonding for enhanced performance. Perfect for drag flicking, aerial skills, & 3D dribbling.
Key Features
CK95SC Solid Core Technology: Optimises power, weight, and balance with a vacuum-filled polymeric core, enhancing rigidity and feel.
Toray Carbon: Ultra-light composites with superior strength and rigidity, reducing weight while enhancing mechanical performance.
Tungsten Carbide Diffused Kevlar (TCDK): Enhances strength and durability by diffusing tungsten carbide through Kevlar.
Nano Polymer Resin: Creates a flexible but stronger bond between composite layers, increasing stiffness and reducing the risk of de-lamination.
High-Quality Carbon: Preferred carbon from Japan, Germany, Scotland, and South Africa provides stiffness but can be brittle. Combining carbon with fibreglass and Kevlar enhances strength and durability.
High Friction Finish: The final layer of lacquer on the face of the stick is mixed with fine grains of silicon polymer to create a texture that stops the ball spinning on contact. These tiny rubber particles 'squash' on ball impact, providing a damping effect.
Dual-Process Vibration Control: Piezo-electric fibres convert vibrations into heat for efficient dampening.














