Unmanned Aerial Vehicle (UAV), abbreviated as UAV, is a type of aircraft that does not require a pilot to operate on board, but is controlled through wireless remote control equipment or self-contained program control devices. It has the advantages of small size, low cost, and easy use. In agriculture, it can help monitor farmland, evaluate crop health, and accurately fertilize and spray pesticides; In addition, drone aerial photography also provides a unique aerial perspective for industries such as film and tourism. It can also be used for logistics distribution, disaster relief, inspection and maintenance, surveying and mapping planning, and more.
The application fields of GNSS drones are very extensive, mainly including agriculture, surveying, logistics, and emergency rescue.
High precision positioning: GNSS navigation systems can achieve high-precision positioning. When using differential GPS or RTK technology, the positioning accuracy can reach centimeter level, enabling drones to fly and locate accurately in complex environments. Through high-precision positioning information, drones can perform precise flight in complex environments, including low altitude flight and crossing between high-rise buildings, avoiding collisions and interference.
High sensitivity and high precision: using multi-mode GNSS chips, supporting multiple satellite systems such as Beidou, GPS, and GLONASS, with precision up to centimeter and sub meter levels.
Multiple positioning modes: supports single point positioning, differential positioning, and RTK (Real Time Kinematic) technology, and can choose different positioning modes according to needs.
Small size, low power consumption: The module size is small, suitable for embedded devices with a wide range of application scenarios, and has advantages such as low power consumption and high reliability.
The application of GNSS antenna modules in drones usually has high-precision positioning and orientation functions. For example, some GNSS modules can achieve centimeter level positioning accuracy and 0.2 ° orientation accuracy, which are suitable for drone applications in various fields. These technical parameters ensure the stability and accuracy of drones in various application scenarios.
Drones carry GNSS navigation systems and directional modules, which can locate target locations such as accident sites and disaster areas. Through high-precision positioning information, drones can fly accurately in complex environments, avoiding collisions and interference, while tracking the motion status of targets in real time, providing real-time data support for rescue command centers.
In the commercial and agricultural fields, drones rely on GNSS antenna modules for precise position control and navigation. This helps improve homework efficiency, reduce errors, and ensure the accuracy of task execution.
In the fields of logistics and aerial photography, GNSS antenna modules help drones achieve precise path planning and autonomous flight, improving operational quality and efficiency.
The Beidou high-precision positioning module can be applied in fields such as aviation, aerospace, geology, environment, meteorology, disaster monitoring and early warning, supporting various customized solutions and having broad application prospects.
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