Navisafe Navilight Tricolor 2NM w/Navimount Base

The Navisafe Navilight Tricolor 2NM with Navimount Base is a precision maritime navigation light engineered for vessels requiring reliable visibility compliance across multiple sightlines. This tricolor masthead light delivers 2-nautical-mile visibility with a specialized color-coded beam pattern: 135° white forward arc, 112.5° red port arc, and 112.5° green starboard arc. The integrated Navimount Base design accepts U-Bracket and Navibolt mounting hardware, with optional Railblaza 932 converter compatibility for seamless integration into modern modular rail systems found on commercial and tactical marine platforms.

Operating efficiency is critical in maritime applications. The tricolor masthead configuration delivers a 12-hour burn time on standard cells, while dedicated bicolor side lights achieve 20-hour endurance and dedicated red side lights extend to 38-hour operation. This multi-light architecture allows operators to configure lighting for specific navigation scenarios—from nighttime harbor operations to extended offshore patrol duty. The color separation follows international maritime regulations, ensuring recognition by other vessels and compliance with COLREGS navigational rules. Compact dimensions (4 × 3 × 5 inches) and lightweight construction (0.3 lbs) minimize structural load on mast or rail systems while preserving optical performance.

This light system addresses requirements across small craft operations, tactical boat teams, and commercial marine environments where redundancy and regulatory compliance cannot be compromised. The modular mounting approach allows operators to position lights without permanent modification, simplifying installation on vessels with evolving mission profiles. Choice of burn-time configurations—whether prioritizing long duration or immediate high visibility—gives tactical and commercial users control over operational tempo and logistics planning. The tricolor design eliminates the need for separate port and starboard light assemblies in applications where masthead mounting is viable.