Biltwell Moto Handlebar - 7/8" - 3" Rise - Black - 6116-2012

Upgrade your motorcycle with the Biltwell 7/8" MX Handlebar, engineered for superior strength and performance. This handlebar provides enhanced control and a comfortable riding position, making it ideal for both aggressive riding and everyday use. Experience the difference that quality craftsmanship makes on your machine.

Description

The Biltwell 7/8" MX Handlebar is constructed from high-quality, seamless CNC mandrel bent 0.120" wall 4130 chromoly tubing, ensuring exceptional durability and resistance to bending or breaking. Featuring a sleek black finish, this handlebar adds a touch of style to any motorcycle. The MX bend offers an aggressive yet comfortable riding posture, while the 31" width provides ample leverage and control. With a 3" rise and 2-3/4" pullback/sweep, this handlebar is designed for optimal comfort and performance on various terrains. The 7/8" clamping and control diameter makes it compatible with a wide range of motorcycles.

Features & highlights

• Constructed from seamless CNC mandrel bent 0.120" wall 4130 chromoly tubes for maximum strength.
• Provides an aggressive MX bend for enhanced control and rider comfort.
• Sleek black finish adds a stylish touch to your motorcycle.
• Designed with a 31" width, 3" rise, and 2-3/4" pullback/sweep for optimal ergonomics.
• Smooth and unknurled design for a clean and streamlined look.
• Compatible with most motorcycles using a 7/8" clamping and control diameter.

Technical specifications

• Brand: Biltwell
• Product Name: Handlebar
• Type/Bend: MX
• Color/Finish: Black
• Material: Chromoly
• Handlebar Diameter: 7/8" (22 mm)
• Clamping Diameter: 7/8" (22 mm)
• Controls Diameter: 7/8" (22 mm)
• Width: 31" (78.5 cm)
• Rise: 3" (76.2 mm)
• End Rise: 4-1/4" (11 cm)
• Pullback/Sweep: 2-3/4" (69.9 mm)
• Center Width: 4-3/4" (12 cm)
• Features: Smooth, Unknurled

Important to know

Ensure compatibility with your motorcycle's specifications before purchasing. Professional installation is recommended for optimal performance and safety.