HEISE Single Row Slimline LED Light Bar - 32"

The HEISE Single Row Slimline LED Light Bar – 32" is a compact, high-output work light engineered for vehicle-mounted and portable tactical applications. Featuring 24 OSRAM 3-watt LEDs delivering 5,760 raw lumens at 6000K color temperature, this 32-inch light bar provides the raw brightness needed for search, recovery, and mobile illumination operations while maintaining a slim profile for roof, bumper, or equipment mounting.

At 72 watts input (10–30V DC compatible), the bar produces 2,200 lux at 10 meters—sufficient light penetration for identifying threats or terrain at distance. The combo beam pattern integrates 90-degree flood optics for wide area coverage with an 8-degree spot for focused distance illumination, allowing operators to select the right spread for the tactical environment. Powder-coated aluminum housing with Gore membrane breather and polycarbonate lens provides corrosion resistance and environmental sealing critical for field deployment. The slimline form factor (44 inches long, 8 inches wide) fits standard light bar mounts and emergency vehicle configurations without the bulk of larger bars.

This light bar serves law enforcement, tactical teams, search and rescue, off-road recovery, and mobile command vehicles requiring reliable, durable illumination. Its voltage flexibility accommodates both 12V and 24V vehicle electrical systems common in patrol units, emergency response vehicles, and expedition platforms. The combination of output intensity and beam flexibility makes it suitable for both stationary scene lighting and mobile search operations where adjustable throw distance is essential.

LED light bar technology has replaced halogen and HID systems in professional applications due to superior efficiency, instant-on capability, and durability. The HEISE single-row configuration reduces weight and wind load compared to dual-row designs while maintaining output suitable for tactical and recovery work. Aluminum construction and Gore breathability protect internal optics from salt spray, dust infiltration, and thermal cycling—concerns for equipment operating across diverse environments.