NAMZ Custom Cycle Tour Pack Rear Signal Harness NTP-HR01 for Harley Davidson Big Twin Models

Designed specifically for Harley Davidson Big Twin models, the NAMZ Custom Cycle Tour Pack Rear Signal Harness NTP-HR01 offers a seamless connection solution for your touring bike. This harness is intended to be installed under the seat or side cover, providing a secure and clean routing of the rear fender connection to the tour pack lighting. The loom is crafted to neatly route up to the seat bolt, ensuring a tidy and professional installation. Featuring an OEM connector, this harness connects effortlessly to the mating harness and connector for your tour pack lighting, simplifying upgrades and customization.
The NTP-HR01 harness is engineered for easy removal; simply release the tour pack mount and press the tab on the connector for painless disconnection. This design eliminates the need to remove the seat or other components, saving time and reducing hassle during installation or maintenance. Constructed with durable materials, it ensures reliable electrical connections and long-lasting performance even in demanding riding conditions. Whether you're upgrading your touring setup or replacing a damaged harness, this product provides a straightforward and dependable solution.
With its precise fit and high-quality build, the NAMZ Custom Cycle Tour Pack Rear Signal Harness enhances the functionality and appearance of your Harley Davidson touring bike. It is an essential component for riders seeking a professional-grade wiring solution that combines ease of installation with robust performance, making it ideal for custom builds, repairs, or upgrades to your Harley Davidson touring setup.

Features:

• Designed for Harley Davidson Big Twin models for reliable rear signal wiring

• Installs under the seat or side cover with loom routing up to seat bolt

• OEM connector for seamless connection to tour pack lighting harness

• Painless removal by releasing mount and pressing connector tab

• Durable construction ensures long-lasting performance in demanding conditions