RIGID Industries 360-Series 4" LED Off-Road Spot Beam w/White Backlight - Black Housing

The RIGID Industries 360-Series 4" LED Off-Road Spot Beam with White Backlight in Black Housing delivers professional-grade illumination for tactical vehicle platforms, off-road recovery operations, and field work requiring precision long-range visibility. This 4-inch diameter round light generates up to 8,600 raw lumens with a tightly focused spot beam pattern, engineered to cut through darkness at distance while maintaining structural integrity in harsh field environments.

The 360-Series features a fully sealed aluminum housing with blacked-out circuit board design that resists corrosion and electromagnetic interference. Beam patterns are available from 17 degrees to 60 degrees, allowing operators to customize throw distance and spread based on mission requirements—tight 17-degree spot patterns excel for distant target identification, while wider beam options serve close-quarters area lighting. The white backlight function aids nighttime vehicle recognition and operator awareness in low-light tactical scenarios. A limited lifetime warranty backs the construction quality.

This light serves law enforcement patrol units, search and rescue teams, off-road recovery crews, and military personnel requiring reliable auxiliary illumination. The compact 4-inch form factor mounts to vehicle grilles, roof racks, or helmet-mounted systems without excessive bulk, while the 8,600-lumen output provides standoff visibility far exceeding consumer-grade lighting. Field-proven performance in both desert and coastal environments makes the 360-Series a standard choice among operators prioritizing durability and consistent beam projection under sustained operational use.

RIGID's 360-Series round lights represent the professional tier of auxiliary illumination, distinguished by sealed construction and focused thermal management rather than commodity brightness claims. Buyers selecting this platform typically cross-reference beam angle specifications with vehicle mounting location to optimize throw distance—a decision that shapes effective operational range in actual field conditions.