Navisafe Navimount Vertical White w/Screws

The Navisafe Navimount Vertical White with Screws is a precision mounting bracket designed to secure Navisafe navigation and safety lights in vertical installations. This compact bracket delivers reliable support for Navisafe lighting systems, enabling straightforward vertical orientation on vessels, equipment, or infrastructure where vertical positioning is preferred over alternative mounting angles.

The mounting system includes two self-tapping stainless steel screws, which provide corrosion resistance in saltwater and marine environments while ensuring secure fastening to fiberglass, aluminum, or wooden surfaces. The vertical orientation positions lights at an optimal angle for visibility and signaling on deck or cabin structures. For users upgrading from legacy Navisafe models, this bracket (part number 950-1) serves as a direct replacement for the older #526 configuration. Compatibility extends to Navisafe #001, #010, #305, and #341 light models when paired with the optional #960 converter, offering flexibility for mixed-model light arrays and system expansion.

This bracket is suited for maritime professionals, commercial vessel operators, and marine safety system integrators who require dependable vertical light mounting. The white powder-coat finish blends seamlessly with cabin structures and deck hardware while resisting UV degradation and marine corrosion. Compact dimensions (3 × 2 × 5 inches) and minimal weight (0.2 lbs) make installation straightforward without adding significant topside weight to smaller vessels or equipment installations.

Navisafe light mounting solutions are recognized in the marine safety category for standardized compatibility and modular design. The vertical mount configuration is particularly valued on cabin tops, mast structures, and rail-mounted applications where horizontal space is constrained but vertical clearance exists. Replacement and upgrade paths remain consistent with Navisafe's ecosystem, allowing operators to refresh lighting systems without replacing entire mounting infrastructure.