• Machined from thick aluminum for heavy-duty strength.
• Designed specifically to mount KC Gravity Pro6 light bars with precision placement.
• Sleek, low-profile bracket keeps the light bar close to the rack profile.
• Optimized for durability and weather resistanceideal for off-road or overland setups.
• Premium black-oxide stainless hardware matches the aesthetic and ensures longevity.
• Complete hardware kit included for a clean install.

Engineered for premium performance and precision, the Sherpa KC Gravity Pro6 Light Bar Mounts are designed to securely position your KC lights with a clean, integrated look. Crafted from thick aluminum, the brackets offer excellent rigidity and durability while maintaining a sleek, low-profile appearance. These mounts are built for serious use and rugged environments.

The design supports seamless integration with the rack system, ensuring the light bar sits flush and aligned with the front crossbar. Installation is straightforward, requiring only the included hardware and simple mounting steps. Every piece is backed by Sherpas commitment to quality materials and workmanship.

Whether you’re outfitting for night expeditions or simply seeking a refined lighting upgrade, these mounts deliver both form and function. Their strong construction means your light kit remains firmly positioned even under rough conditionsand their minimalist aesthetic keeps your setup looking sharp.

Specifications

• Inlcudes:
  • (2) Lightbar Brackets
  • All required hardware for assembly
• Material: 1/4″ Machined Aluminum
• Finish: Powder Coated Black

Installation

Begin by removing the existing fairing or front crossbar cover as indicated. Align and attach the bracket pair to the front crossbar using the supplied bolts, washers, and hardware. Position your KC Gravity Pro6 light bar onto the brackets and tighten the mounting bolts securely. Confirm alignment and clearance; ensure theres no interference with the rack fairing or vehicle roof. Tighten all fasteners to specification and check stability under load.