Seaview 24" Black Light Post With LTBLED12 Nav Light

The Seaview 24" Black Light Post With LTBLED12 Nav Light is purpose-built for marine, tactical, and industrial applications where reliable navigation lighting must clear obstructions or mount at elevated positions. Whether securing a vessel, providing perimeter illumination at a tactical operations base, or establishing auxiliary lighting for compound security, this aluminum light post delivers durable, weather-resistant performance. The 24-inch height provides the clearance necessary to function effectively in environments with mast rigging, antennas, or roof-level obstacles that would otherwise block lower-mounted fixtures.

Constructed from powder-coated aluminum, the post resists corrosion and UV degradation in saltwater, freshwater, and harsh outdoor conditions—critical for law enforcement marine units and military installations operating in variable climates. The 1.25-inch diameter tube provides structural rigidity without excessive weight, while the 2.75-inch round base plate distributes load evenly and simplifies mounting to deck, roof, or bracket systems. The integrated LTBLED12 navigation light module offers energy-efficient LED output, reducing power draw compared to incandescent alternatives while providing consistent visibility in low-light and night operations. The black finish minimizes light signature and blends with tactical equipment configurations.

This light post is ideal for law enforcement marine patrol vessels, military watercraft, tactical training facilities, and permanent security installations where navigation compliance and operational lighting are non-negotiable. The modular design allows integration with existing deck hardware, and the powder-coated finish ensures compatibility with stainless steel and anodized aluminum fastening systems. Installation requires basic bolting to a structural base; no welding or specialized tools are necessary. The 24-inch height is one of several Seaview options available, allowing operators to select the optimal clearance for their specific obstruction profile and mission requirements.