Rick's Motorcycles Riser Kit - 10" - Black - 1-1/4" Bar - 65-CSP1024-0

Upgrade your motorcycle with the Rick's Motorcycles Clubstyle Riser Kit. This pullback riser system offers a clean, aggressive look while enhancing handlebar stiffness and control. CNC-machined from high-strength aluminum and black anodized for durability and style, this kit is designed for riders who demand the best in both performance and aesthetics.

Description

The Rick's Motorcycles Clubstyle Riser Kit provides a significant upgrade in both style and functionality. The integrated cable channels eliminate visible cables between the risers, creating a clean, streamlined appearance. The included "Torque Bar" handlebar clamp dramatically increases stiffness for improved handling and rider confidence. Machined from high-strength aluminum using advanced 3D CNC techniques and finished with a durable black anodized coating, this kit is built to withstand the rigors of the road while maintaining a sleek, custom look. Designed for 32 mm / 1-1/4" handlebars, this pullback riser kit will transform your motorcycle's front end. Installation is straightforward with the included riser mounting screws and rigid mounting kit featuring stainless steel bushings.

Features & highlights

• Achieve a clean handlebar setup with integrated cable channels that hide unsightly cables.
• Experience enhanced handlebar stiffness and control thanks to the included "Torque Bar" clamp.
• Enjoy long-lasting durability with the high-strength aluminum construction and black anodized finish.
• Customize your motorcycle with the aggressive Clubstyle pullback design.
• Simplify installation with the included riser mounting screws and rigid mounting kit.

Technical specifications

• Brand: Rick's Motorcycles
• Product Name: Riser Kit
• Type: Pullback
• Handlebar Diameter: 32 mm / 1-1/4"
• Material: High-strength aluminum
• Finish: Black anodized

Important to know

This kit does not include a speedometer mount. Ensure compatibility with your motorcycle's triple clamp before installation.