solar marine lantern

All In One 5-8nm Visibility Solar Marine Lanterns LED Navigation Lantern IP68 Waterproof 20NM AIS RangeSOTDMA ModeIALA certified The AIS60 is an advanced AIS solar navigation lantern that integrates all core componentsAIS transponder, high-efficiency LED light, solar panel, battery, and power management moduleinto a single, compact IP68-rated unit. The AIS60 is a fully integrated system that eliminates the need for separate AIS units, lanterns, and external power sources,

This marine navigation light was designed to use as little power as possible. You can choose how much power it uses, from 1W to 12.5W. This makes it perfect for using for a long time on remote buoys or offshore platforms. Equipped with a 3-metre high-gain 316 stainless steel antenna, which makes sure the AIS communication is stable up to 20NM+. Compatible with all the main types of AIS, including SOTDMA, FATDMA and RATDMA, makes it can easily connect to different marine

Designed for smart marine operations, and it supports AIS message types 6, 8, 21, and optionally 7, 12, 20, and 25- makes it highly adaptable to modern port and VTS systems. It comes with AIS-ready options, both built-in and external, and supports SOTDMA, FATDMA and RATDMA protocols. Fast and flexible setup is made possible through RS232 interface or simple button configuration. Perfect for AIS AtoN deployments across ports, canals, and critical navigation zones. Core

This marine navigation light features a 3-metre, high-gain, 316 stainless steel antenna that enables communication over a distance of 20 nautical miles. It supports the default SOTDMA and optional FATDMA/RATDMA AIS communication modes, ensuring reliable and intelligent signalling. Backed by a free replacement guarantee for three years, it is built for diverse maritime scenarios, ensuring safe and efficient navigation. Core advantages: 3m High-Gain Antenna, 20+ NM Range Triple

20NMSolar-Powered Marine Navigation Lantern For BuoysWith AIS AtoN Support Discover high-performance, low-power navigation with our advanced marine AIS lantern, engineered for offshore environments, buoy systems, and coastal installations. With ultra-low energy consumption (average 1W) and adjustable transmission power from 1W to 12.5W, it ensures reliable operation without compromising efficiency. A 3-meter high-gain 316 stainless steel antenna provides robust and stable

The AIS700DC is a DC-powered AIS Aids to Navigation (AtoN) Lantern designed for professional marine applications requiring long-range signal transmission and intelligent external power control. The AIS700DC is designed for scenarios where external batteries and solar panels are provided by the user, in contrast to the AIS60, which features an integrated solar panel and battery. Despite being externally powered, the AIS700DC retains all the high-performance features of the

Low-power marine lantern with an SMC shell offers 256 levels of intensity Buoys Beacons Harbor Entrances Offshore Platforms Marinas The LED lantern has been designed for versatility and long-term use. It features a smart power system and is compatible with 832V DC input, making it ideal for use with external solar or backup power supplies. It performs reliably across a wide range of climates and remains operational in harsh marine conditions thanks to its IP68 waterproof

The Dexonmarine DMF2600 Lateral Navigation Buoy, with a buoyancy of 4000kg, is ideal for offshore channel marking, deep-water fairways, and high-current marine environments requiring stable, long-duration deployment. Diameter: 2600mm Application: Port and harbor navigation, offshore platforms, buoy marker systems, environmental monitoring, wind turbines, marine construction, and safety markers for water and marine areas. The Dexonmarine DMF2600 Lateral Buoy is engineered to

fully integrated Solar-Powered AIS AtoN for Fixed Beacons The AIS60-FB is a fully integrated solar-powered AIS Aids to Navigation light designed specifically for fixed beacons, such as pier markers, daymarks, breakwater indicators, or shore-based marine signals. Unlike buoy-type AtoNs, fixed beacons require a narrow vertical beam angle to ensure precise light targeting and optimal energy usage in a stable mounting environment. Built with a high-efficiency solar panel, an