Even in complex operational environments, this 6-direction sensing and positioning system helps keep the drone and the mission safe. To enhance flight safety and device stability, dual-vision sensors appear on all six sides of the device, providing a maximum detection range of 40m, with options to customize the detection behavior of the device. These redundancies and safety mechanisms include: dual sensors for the flight control system, dual links for control signals, dual smart batteries, dual transmission links, redundancies for the obstacle detection system and a three-prop emergency landing. The Matrice 300 RTK is designed with redundant systems and sensors to maximize flight safety and reliability. It offers an autonomy of up to 55 minutes of flight and its combination of on-board artificial intelligence and high performance make this drone a complete tool that provides very precise results. The Matrice 300 RTK from DJI is inspired by modern aviation systems. Our drones with RTK technologies DJI Matrice 300 RTK Drone DJI Matrice 300 RTK The PPK solution offers greater flexibility in how to deploy the drone, but the results are only obtained after the flight mission.RTK technology requires a base station and more specific take-off conditions to process data in real time.In conclusion, PPK RTK drone solutions are both capable of delivering centimeter-accurate results, but : Which is more accurate between RTK and PPK ? Using computer-based processing software, the data stored on the drone is combined with data from the base station to produce centimeter-level results as well. With the PPK, the data is not corrected in real time, but after the flight. The data collection and operation of this technology remains the same as RTK with one difference. After having mentioned the PPK, let us now focus on the PPK. To have access to this technology, here are the essential elements you will need :Īs mentioned earlier in this article, drones offer more and more complete solutions, but within these different offers, there are several technologies available depending on individual needs. It is therefore important to favor open areas and where the network coverage is of good quality in order to maintain good connection stability between the different devices. The second between the radio control and the drone.One between the remote control and the base station ‘.RTK needs two types of connections during flight : To do this, the calculation method takes into account the GPS data of the drone as well as the data of the fixed base, to obtain precise positioning in real time. The system represents a clear evolution from traditional GPS data and ensures you have reliable information that allows you to obtain a work of great precision. With an RTK drone, surveyors and other users in different industries can achieve centimeter-level positioning accuracy during their flight missions. It is an advanced satellite positioning technique that requires a reference station placed on the ground at a known location. What is the meaning of RTK and how does it work ?īefore we start, do you know what RTK stands for? “Real Time Kinematic”. Whether you are a new or experienced surveyor who is looking for innovative solutions or just a drone enthusiast who wants to learn more, then this article is here to help you understand what RTK, PPK and these technologies are. Thanks to their efficiency and ease of capturing data, drones have been successfully integrated into surveying work to perform topographic, photogrammetric, or 3D mapping surveys. For several years, drones have proven to be powerful tools that simultaneously offer users a gain in productivity, speed and security, especially for the surveying and mapping industry.
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