- Hassle-free installation means more time on the road and less time in the garage
- Relocates your speedometer while converting to T-Bars without sacrificing style
- Built tough from billet aluminum to withstand harsh riding conditions
- Adjustable angle for preferred positioning
Enhance your Harley Davidson FL motorcycle with the Burly Brand H-D Speedo Relocation Kit, part number B16-1601MB. Crafted from durable billet aluminum, this kit is designed to withstand tough riding conditions while offering a sleek, custom look. It allows you to easily relocate your speedometer when switching to T-Bar handlebars, eliminating guesswork and providing a clean, integrated appearance. The built-in swivel feature enables you to adjust the gauge angle to your preferred position, ensuring optimal visibility and style.
The installation process is straightforward, making it ideal for riders who want to save time in the garage and get back to riding quickly. This fully adjustable kit is compatible with most T-Bar setups and can use your existing Harley gauge bucket or one with a similar bolt pattern. Its universal fitment for Harley Davidson FL models from 1949 to 1958 makes it a versatile upgrade for vintage and classic motorcycle enthusiasts.
Designed with both style and functionality in mind, this speedo relocation kit not only improves the aesthetic of your motorcycle but also enhances your riding experience. The robust construction and adjustable features mean you can customize your gauge positioning for maximum comfort and visibility. Whether you're customizing your classic Harley or upgrading your current setup, this kit offers a practical and stylish solution for gauge relocation that meets the demands of serious riders.
Features:
- Hassle-free installation allows more time on the road and less time in the garage
- Relocates your speedometer while converting to T-Bar handlebars without sacrificing style
- Constructed from billet aluminum to withstand harsh riding conditions
- Adjustable gauge angle for personalized positioning
