Drifting Buoy Tracked By Satellite

The "Drifting Buoy Tracked By Satellite" is an intelligent marine observation device integrating high-precision positioning and communication technologies, widely used in global ocean monitoring, climate research, and shipping safety. It achieves real-time data transmission through GPS positioning and satellite communication systems (such as Iridium, Argos, or BeiDou), continuously transmitting accurate marine environmental information even in the most remote sea areas.

Equipped with a nine-axis MEMS inertial navigation unit and high-performance sensors, this drifting buoy can accurately measure key parameters such as ocean current speed, wave height, sea surface temperature, salinity, and air pressure. Thanks to advanced signal processing algorithms and anti-interference technology, its data accuracy reaches internationally leading levels, providing reliable data for meteorological models, ocean dynamics research, and disaster prevention and early warning systems.

At the design level, the drifting buoy is made of corrosion-resistant and impact-resistant materials, combined with a low-power electronic system and energy-efficient communication module, allowing for long-term independent operation in environments without a power source. Its lightweight structure and modular design allow for deployment and retrieval by a single person, significantly reducing operation and maintenance costs.

Through satellite networks, researchers and users can remotely access and manage buoy data, enabling real-time sharing of global ocean information. This makes "Drifting Buoy Tracked By Satellite" not only a monitoring device, but also a key bridge connecting the ocean and science, providing strong technical support for the exploration, protection, and utilization of marine resources.