LED Multifunction Plow Headlight w/Heated Lens

The ORACLE LIGHTING LED Multifunction Plow Headlight with Heated Lens (MPN 2914-001) is a purpose-built LED light assembly designed for plow trucks, snow removal vehicles, and heavy-duty off-road applications. This unit combines high-output amber LED illumination with an integrated heated lens to maintain visibility during winter weather conditions when moisture and frost accumulation would otherwise compromise optical clarity. The heated lens feature directly addresses a critical real-world problem: standard plow lights fog, frost, or accumulate snow buildup during extended winter operations, causing rapid visibility loss. ORACLE's heated lens actively prevents this degradation, maintaining consistent light output throughout the operation.

The fixture measures 10.2 x 5 x 11.5 inches and weighs 5.56 lbs, with a durable plastic construction rated for the vibration and exposure demands of plow work. Amber LED output is the industry standard for warning and work lighting on commercial vehicles, offering superior visibility in snow, fog, and low-light conditions compared to white light—critical when operators and other road users need to quickly identify an active plow truck. The unit includes all necessary mounting hardware, and the universal design accommodates a wide range of plow frame configurations without requiring vehicle-specific modifications.

This LED plow headlight is engineered for snow and ice removal contractors, municipal fleet operations, and private property managers running seasonal or year-round plow services. The heated lens is essential for operators working extended night shifts or in high-precipitation environments where traditional lighting frequently requires manual cleaning. Installation includes standard plow-mount hardware, making integration straightforward on existing plow frames. Whether you're upgrading aging halogen assemblies or outfitting new plow equipment, this multifunction design consolidates work light and warning light functionality into a single efficient unit, reducing wiring complexity and improving reliability during critical snow events.