Lopolight Series 101-003 - Starboard & Port Side Light - 1NM - Horizontal Mount - Green/Red - Silver Housing

The Lopolight Series 101-003 Starboard & Port Side Light is a dual-function navigation light designed for boats and yachts requiring compact, precision marine lighting. This 1-nautical-mile visibility light combines red and green side lights in a single horizontal-mount unit with silver housing, meeting the practical demands of both weekend boaters and serious offshore operators who depend on reliable navigation compliance and visibility in low-light conditions.

The horizontal mount configuration makes the 101-003 ideal for sailboats, fishing vessels, and cruising yachts where deck space and mounting locations are limited. The dual green and red lens arrangement allows simultaneous port and starboard identification from other vessels, a critical safety feature in night navigation and congested anchorages. Lopolight's compact design—measuring 4 x 4 x 5 inches and weighing just 1.4 lbs—minimizes weight aloft while maintaining robust visibility standards. The silver housing offers corrosion resistance in saltwater environments, protecting electronics and lens clarity through extended marine service.

Lopolight has built a reputation since 2004 for delivering navigation lighting solutions that balance elegance with functionality across vessel sizes. The 101-003 serves captains and boat owners who prioritize reliable deck lighting for coastal and offshore work, where regulatory compliance and nighttime visibility directly affect safety. This light integrates seamlessly into existing rigging layouts and is compatible with standard mounting hardware on most modern and traditional vessels.

The 1NM rating indicates the light is visible at one nautical mile under standard atmospheric conditions, meeting international maritime conventions for smaller craft. This makes it appropriate for inland waterways, coastal cruising, and mooring situations where full ocean-class visibility is not required, offering a cost-effective alternative to higher-output systems while maintaining full navigational compliance.