Burly Brand Rear Lowering Kit - 1" - Black - B28-261

Enhance the look and feel of your motorcycle with the Burly Brand Rear Lowering Kit. This kit provides a straightforward way to lower your bike's rear, improving its stance and aesthetics. Designed for riders seeking a custom appearance without compromising ride quality, this kit offers a simple and effective solution.

Description

The Burly Brand Rear Lowering Kit is engineered for easy bolt-on installation, allowing you to lower your motorcycle's rear by 1.00". This kit is specifically designed for use with OEM and most aftermarket stock-length shocks, ensuring compatibility and optimal performance. By lowering the rear, you'll achieve a more aggressive, custom look while maintaining proper suspension function. Constructed from high-quality steel with a durable black powder-coated finish, this lowering kit not only enhances your bike's appearance but also provides long-lasting durability. Installation is further simplified with included mounting hardware, making it a hassle-free upgrade for any enthusiast. This kit is proudly made in the U.S.A., guaranteeing superior quality and craftsmanship.

Features & highlights

• Achieve a custom, lowered stance for your motorcycle.
• Simple bolt-on installation for easy upgrades.
• Compatible with OEM and most aftermarket stock-length shocks.
• Durable steel construction with a black powder-coated finish.
• Includes all necessary mounting hardware for a seamless installation.
• Made in the U.S.A. for superior quality and reliability.

Technical specifications

• Brand: Burly Brand
• Product Name: Lowering Kit
• Mounting Position: Rear
• Height Adjustment: Lowers 1.00" (25.40 mm)
• Material: Steel
• Color/Finish: Black, Powder-Coated
• Units: Kit

Important to know

This rear lowering kit is not designed for use with "shorty" or "low-profile" shocks. It is crucial to check fender-to-belt and tire clearance, as well as frame and exhaust clearance, after installation. Saddlebags may require spacing to ensure proper fitment and avoid interference.