What is the CUAV C-RTK
CUAV C-RTK is a high-precision positioning expansion module specially built for UAV, which plays a vital role in UAV performing complex tasks. With the deep application of UAV in the fields of film and television aerial photography, surveying and mapping exploration, agricultural plant protection and so on, the requirements for positioning accuracy and stability are becoming more and more stringent. By integrating advanced real-time dynamic difference (RTK) technology, this extension module provides centimeter-level accurate positioning for UAV, enabling it to fly stably in complex environment and perform various tasks accurately, which has become an indispensable key component for UAV to achieve efficient operation.
Features of the CUAV C-RTK
Cm-level high-precision positioning
Advanced RTK algorithm combined with multi-constellation satellite receiving technology can receive and process signals from GPS, GLONASS, Beidou and other multi-satellite systems in real time. Through data interaction with the ground base station, centimeter-level positioning accuracy is realized, ensuring that the UAV always maintains an accurate position during flight and is not affected by environmental interference.
Fast and stable signal tracking
It has a high-performance signal tracking chip, which can quickly lock the satellite signal and track it continuously and stably during the flight. Even in the complex environment where satellite signals are easily blocked, such as high-rise buildings in cities and mountain canyons, it can maintain the coherence of signals, avoid the interruption or drift of positioning signals, and ensure the stability and safety of UAV flight.
Convenient plug-and-play design
For the convenience of users, CUAV C-RTK adopts plug-and-play interface design, which can be easily connected with various mainstream UAV flight controllers. Without complicated debugging and configuration process, the UAV can be quickly endowed with high-precision positioning capability by simply plugging and unplugging, which greatly saves users’ time and energy.
Low power consumption and lightweight design
Considering the strict requirements of UAV for endurance and load, CUAV C-RTK has achieved a perfect balance between low power consumption and lightweight in design. Advanced low-power chips and optimized circuit design are adopted to ensure high-performance operation, minimize energy consumption, reduce the load burden of UAV and extend the battery life of UAV.
Benefits
Significantly improve positioning accuracy
Centimeter-level high-precision positioning makes drones more accurate and reliable when performing tasks. In surveying and mapping exploration, more accurate topographic data can be obtained; In agricultural plant protection, accurate pesticide spraying can be realized to avoid waste and environmental pollution.
Enhance flight stability
The fast and stable signal tracking ability enables the UAV to fly stably in complex environment, effectively reducing the occurrence of flight accidents. For film and television aerial photography, stable flight can provide a more stable picture for shooting and improve the quality of works.
Convenient and efficient user experience
The plug-and-play design allows users to quickly upgrade the positioning function for the UAV without professional technical knowledge and complicated operation, thus lowering the use threshold and improving the working efficiency.
Application
Surveying and mapping exploration
UAV equipped with CUAV C-RTK can carry out high-precision topographic mapping and geological exploration, and provide accurate data support for urban planning and mineral resources development.
Agricultural plant protection
Realize accurate farmland operation, spray pesticides and fertilizers accurately according to the actual situation of farmland, improve agricultural production efficiency and reduce resource waste.
Film and television aerial photography
Ensure the stability and positioning accuracy of the drone during flight shooting, realize various complicated shooting actions, and help photographers capture more shocking and creative pictures.
Logistics distribution
Assist drones to accurately find distribution locations in complex urban environments and achieve safe and efficient delivery of goods.
Target customer
Surveying and mapping exploration units
Surveying and mapping and exploration teams with high requirements for data accuracy, and CUAV C-RTK can meet their needs for obtaining high-precision data under complex terrain conditions.
Agricultural enterprises and large planters
Agricultural practitioners who want to achieve precise agricultural operations, improve production efficiency and reduce costs through drones, this extension module can help them achieve accurate farmland management.
Film and television production team
Film and television practitioners who pursue high-quality aerial images and have strict requirements on the flight stability and positioning accuracy of drones, CUAV C-RTK can help them complete various creative shooting.
Logistics enterprises
Logistics providers who expect to improve the efficiency and accuracy of distribution through drones, and optimize the distribution process of drones by using their high-precision positioning function.
Maintenance
Regular cleaning
Regularly wipe the surface of the module with a clean and soft cloth to remove dust and stains, and keep the heat dissipation performance and appearance of the module clean.
Check the connection
Before each use, check whether the connection between the module and the drone is firm, and ensure that the interface is not loose or oxidized. If there is any problem, clean or replace the connecting parts in time.
Avoid collision
During transportation and storage, use a special protective box or sleeve to prevent the module from being collided and squeezed, and prevent the internal components from being damaged.
Software update
Pay attention to the official software update information, and update the driver and positioning algorithm of the module in time to improve performance and compatibility.
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