Accuracy, safety, and planning are all things growing cities require to grow the economy and transform into booming metropolises. Most towns and cities are built on old infrastructure that require regular inspections to maintain their safety and efficiency. With a drone, users can create photogrammetry apps that allow users to observe extremely accurate positioning and surface points from aerial data collected by a drone. When the data collected is then processed through a customized software users can create precise 3D maps and orthomosaics as well as 3D models to better plan and assess infrastructure and helps operators evaluate the exact needs of the areas they are analyzing. Drones can additionally be used to monitor traffic flow to help researchers better plan traffic infrastructure, minimize potential congestion and reduce the risk of accidents.
The Phantom 4 RTK Compact RTK Mapping Package is based on the Phantom 4 RTK aircraft. Powered by DJI D-RTK2 GNSS system, the Phantom 4 RTK offers ultra-precise positioning for visual mapping with centimeter level accuracy. The RTK module is built into the aircraft body and the position data is embedded into the metadata of each image that is shot by the Phantom 4 RTK camera. The RTK system on the Phantom 4 is also capable of NTRIP using a 4G LTE connection or a WiFi hotspot or even Post Processed Kinematics (PPK) which is why the Phantom 4 RTK can fit into most workflows perfectly. The 1-inch high-resolution image sensor combined with the mechanical shutter on the Phantom 4 RTK camera provides high quality, distortion-free imagery suitable for most visual mapping applications.
When used in conjunction with the Zenmuse P1, the Matrice 300 RTK provides a versatile Full Frame photogrammetry solution. The Zenmuse P1 has Time Sync 2.0, which provides microsecond-level synchronization, making it more accurate than its predecessor. The P1 uses a Global Mechanical shutter with 1/2000s shutter speeds. The rolling shutter effect is no longer an issue, and every photo yields correct results. High-quality pictures will be produced by the 45 MP Full Frame sensor, resulting in a high-quality map. The P1 can traverse 3 km2 in a single flight when coupled with the Matrice 300 RTK, making it extremely efficient. The P1 comes with three lens choices that will precisely complement your mapping missions.
Cover even more ground with the P1s Smart Oblique Capture, which automatically rotates the camera at different angles while taking photographs, spanning 7.5 km2. From topographic mapping to geological investigation, the Zenmuse P1 is the ideal payload for a wide range of mapping and surveying applications.
The combination of the Matrice 300 RTK with the Zenmuse L1 provides a comprehensive solution that provides real-time 3D data throughout the trip. The L1 is capable of giving intricate structural information as well as very accurate rebuilt models. The Zenmuse is certified IP44, so it can withstand whatever the elements throw at it. The L1has up to 100 percent coverage at 240,000 points per second.
The Matrice 200 series is a professional platform designed specifically for enterprise use. The series includes three versions including the M200, M210, and M210 RTK to cater to the needs of any operation. In addition, the Matrice 200 series features IP43 classification for resistance to dust and rain, an onboard FPV camera, fold-down design, 7 km range, and up to 35 minutes of flight time. Its powerful, durable design and state-of-the-art functionality make it the perfect ideal platform to carry out any demanding task. The Matrice 210 Precision Mapping Kit is based on the DJI Matrice 210 RTK for ultra-precise positioning. This accuracy in positioning of the aircraft translates to higher precision in the maps built using the Zenmuse X5S. Since the Matrice 210 RTK does not rely on a barometric altitude sensor, the data collected is highly accurate.