Biltwell Murdock O/S Risers - 8" - Chrome - 1-1/8" Bar

Upgrade your motorcycle with the Biltwell Murdock O/S Risers, designed for superior strength and a custom look. These risers offer exceptional quality and a comfortable riding position, making them a perfect addition to any custom build or upgrade.

Description

The Biltwell Murdock O/S Risers are constructed with investment-cast one-piece steel bar clamps that accept 1-1/8" O.D. handlebars. The 0.120" (3 mm) wall x 1" O.D. 4130 chromoly uprights ensure durability and strength. CNC lathe-turned mounting bases are designed to accept 1/2-13 t.p.i. stock and aftermarket mounting hardware. Mounting holes are set on 3.5" centers, compatible with most stock and select aftermarket H-D fork trees. These risers stand 8" tall and feature mandrel-bent uprights that provide a 2" rearward bar offset, reducing reach for shorter riders and enhancing comfort. TIG welded and hand polished before chrome plating, these risers offer a sleek, high-quality finish and come with stainless-steel 5/16-18 t.p.i. bar clamp hardware for secure installation. Enhance your bike's aesthetics and handling with these premium chrome risers.

Features & highlights

• Durable steel construction for superior strength and longevity.
• Accepts 1-1/8" O.D. handlebars for a wider range of customization.
• CNC lathe-turned mounting bases ensure precise fitment.
• Compatible with most stock and aftermarket H-D fork trees.
• Mandrel-bent uprights provide a 2" rearward bar offset for improved rider comfort.
• TIG welded and hand polished for a flawless chrome finish.
• Includes stainless-steel hardware for secure and reliable installation.

Technical specifications

• Brand: Biltwell
• Product Name: Riser
• Type: Handlebar
• Material: Steel
• Finish: Chrome
• Color/Finish: Chrome
• Clamping Diameter: 1-1/8" (28.6 mm)
• Rise: 8" (20.5 cm)
• Pullback: 0" (0 mm)

Important to know

Ensure proper torque settings are used when installing the risers to avoid damage. Professional installation is recommended for optimal performance and safety.