ais aids to navigation

DX901 AIS AtoN System-Ultra-Low Power. 20NM AIS Reach. Independent Operation. IP68 Rated. The DX901 is a modular AIS AtoN system that transmits and receives navigation and equipment status signals via AIS protocol, making it a perfect fit for global AIS-based monitoring networks. Engineered for ultra-low static power (

DX903S Solar-powered AIS AtoN Ais To Naivgaiton With Compact All-in-One Design-20 Nautical Miles. Ultra-Low Power. No Base Station Required. The DX903S is a globally pioneering solar-integrated AIS Aids to Navigation system, featuring four high-efficiency 1.8W monocrystalline solar panels and an integrated 100Wh lithium battery. With a compact, IP68-rated, impact-resistant design, it operates autonomously in harsh marine environments, combining solar power, AIS communication,

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

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

AIS Aids to Navigation Fixed Indoor Base Station Standards-Compliant, Low Maintenance The DX083IA is a compact, all-in-one AIS base station designed for indoor environments such as control rooms, port operations centres and VTS hubs. With a built-in AIS receiver, power supply and antenna/data interfaces, no additional modules are required. It provides reliable signal reception from ships, AtoNs and nearby base stations 24/7, ensuring uninterrupted maritime visibility.

Maritime safety 5nm Red Green Yellow White IALA colors Solar Powered AIS LED Navigation Light for boat ship buoy with factory price 20NM AIS RangeSOTDMA ModeIALA certified The DX-SC160 is a fully integrated AIS LED navigation light designed for buoys, ships, and coastal aids. It combines solar panel, battery, AIS transponder, and LED lantern in one compact IP68 unit, eliminating the need for external wiring or power supply. With dual-mode GPS + Beidou positioning, it

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,

DX300-SMART 3-meter smart buoy combining navigation safety and real-time ocean monitoring System Overview This new-generation intelligent buoy combines the advantages of channel navigation buoys and oceanographic observation buoys, achieving both navigation safety and data acquisition in a single system. The complete system consists of: Monitoring Platform (remote data access and control) Internal Equipment Bay (power and electronics) Underwater Instrument Well (for ocean

This high-efficiency marine navigation light has been engineered for ultra-low power consumption, making it ideal for long-term use. Featuring AIS AtoN functionality and a built-in high-gain stainless steel antenna, enables communication over a distance of 20+ nautical miles. Supporting SOTDMA, FATDMA and RATDMA modes for flexible AIS integration. The light with 256 flashing patterns and 5 colours for option, it can be adapted to suit various marine environments. Backed by a