Vision-X 6.7" Cannon Halo 8 LED Light, Mixed Beam, CGA-CPMH8M

Vision-X 6.7" Cannon Halo 8 LED Light, Mixed Beam, CGA-CPMH8M, 887009925769

About the 6.7" ADV Light Cannon Series
Combining the superior distance of Iris Reflector technology with the spread of Elliptical optics the ADV Light Cannon series shines a powerful combo driving beam that is optimal for all terrains. Coupled with a smooth back-lit halo and a robust 4-bolt steel trunnion bracket the ADV Light Cannon Series was engineered to out shine and out last the competition.

Two Light Kit Available
LED Light Cannons are available in a Two Light Kit that includes two 6.7" ADV Light Cannons, a dual wiring harness for easy installation, and an installation guide to help you get your ADV Light Cannons hooked up. The Two Light Kit adds an additional 8,560 raw lumens to your build, bringing the total output to 17,120 raw lumens of light saturation to light up even your darkest ventures.

Polycarbonate Covers
Polycarbonate Covers allow various patterns of light distribution, including Spot, Euro, Combo, Flood, Wide Flood, or Elliptical beams. Each of these beam patterns is also available in a variety of tints, including amber, red, blue, or clear. A Black Out "Vision X" logo cover is also available for added protection when your lights are not in use. All covers are created from a high-grade polycarbonate material that adds some extra protection to your 6.7" ADV Light Cannon Series.

The Vision X ADV Light Cannon Series combines the superior distance of Iris Reflector technology with the spread of Elliptical optics. The ADV Light Cannon series shines a powerful combo driving beam that is optimal for all terrains. Coupled with a smooth back-lit halo and a robust 4-bolt steel trunnion bracket the ADV Light Cannon Series was engineered to out shine and out last the competition.

• Iris Reflector and Optic Technology In One Light to Produce the Perfect Combo Driving Beam
• SAE Compliant Backlit Halo
• Snap-On Color & Beam Changing Covers Available

Important: Picture may differ from actual product