water navigation buoys

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

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 (

The marine navigation light that is suitable for use on board vessels Buoys Beacons Harbor Entrances Offshore Platforms Marinas Engineered for the harshest marine environments, the Light is capable of operating in temperatures ranging from -35C to +65C. Its sealed structure, corrosion-resistant materials, and rugged design ensure reliable operation in salty, icy, or tropical waters. The lantern's intelligent power regulation and highly efficient LED system make it

High-Power LED Navigation Light the ideal solution for your business. Buoys Beacons Harbor Entrances Offshore Platforms Marinas Engineered for demanding environments, this navigation light operates in temperatures ranging from -35C to +65C, is IP68 waterproof certified, and features a corrosion-resistant SMC housing. The high-performance LED achieves 464 candelas using a power consumption of just 6.6W. Its stainless steel antenna ensures long-range AIS signal

Efficient remote management for marine systems is provided by the Smart AtoN Inspection Device Designed for marine technicians, the DX081PB streamlines the inspection process, eliminating the need for buoy climbing. The built-in 433 MHz module supports communication within a radius of 5 metres, while automatic inspection mode enables hands-free performance checks. With IP65 protection and an ultra-long battery life, it ensures safe and reliable use in coastal, offshore and

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,

DX902S Solar-powered Beidou AtoN Portable, Self-Powered, Remote-Controlled Navigation Aid The DX902S is a fully autonomous solar-powered AIS AtoN device, developed as an upgrade of the DX901 platform. It eliminates the need for external power sources by integrating a high-efficiency solar energy system, enabling continuous AIS functionality in remote or off-grid marine environments. Built with a patented 316 stainless steel antenna, the DX902S ensures corrosion resistance

Outdoor AIS Base Station For Ports Coastal Monitoring Base Satation Land-based AIS Transceiver Outdoor use Superior Durability with 20NM AIS Communication Range Engineered for rugged maritime environments, the DX082FA is a next-generation outdoor AIS base station built for continuous performance in coastal zones, inland river ports, offshore platforms, and remote waterways. With an IP68-certified enclosure and advanced TDMA protocol support, it delivers extended AIS coverage

DX082FA Outdoor AIS Base Station Superior Durability with 20NM AIS Range The DX082FA Outdoor AIS Base Station is a highly durable, weatherproof AIS communication solution designed specifically for coastal areas, inland river ports, offshore platforms, and river channels. Built with an IP68-rated structure, this outdoor AIS base station is capable of withstanding harsh environmental conditions, ensuring long-term reliability and performance. When integrated with the