DJI LiDAR Range Finder(RS)

Product Information

System requirements: Windows 7 or above (64 bit, 32GB RAM), NVIDIA graphics card (4GB) with compute capability 3.0 or above.

The high levels of accuracy were obtained because of the quality of the L1, which returned low levels of noise during the surveys. It also means that you can corroborate your data, comparing your LiDAR data sets with your photogrammetry data.”

DJI L1: An Accurate LiDAR Drone Solution

Though the technology has been around for more than half a century, the disruptive nature of Light Detection and Ranging (LiDAR) data has gained centerstage across various industries only in the last decade or so. In the surveying industry, LiDAR technology is widely accepted as an important piece to the puzzle of accurate reality models. Darren said: “For a survey of this magnitude and complexity, a drone was the ideal solution and, by using the M300 RTK and L1, we were utilising the best system available. Handheld weight includes the Ronin 4D Flex gimbal connector module, X9-6K Gimbal Camera, X9 Counterweight (106 g), and DL 24mm lens.

Non-Repetitive Scan Mode allows the DJI Zenmuse L1 to provide full coverage of the area of interest in very short amounts of time and enables the sensor to capture data in any direction, instead of along a defined plane. 6. IP54 certified for reliable performance The Hexadrone Tundra is a heavy-duty, customizable drone built for extreme conditions. It can accommodate LiDAR sensors and offers precise control for accurate mapping. Its durability and flexibility make it an appealing choice for specialized mapping projects. Built in France. Freefly Alta X The cross-section displays a 30mm slice of the model, and displays data variance within that slice. In this scenario, this elevation view shows the minimal elevation variance in the models created from the L1, but it is worth noting that sharp elevation changes in the 30mm slice could be responsible for elevation variance rather than noise. Deep Insights From LiDAR DataIt’s not to say that you will achieve these results on every survey, but it does show what is possible.

which provides extra processing capabilities to turn raw point clouds into usable data for deeper analysis and insights. It's worth noting that the raw data is pretty clean - testament to the quality of the L1 and the mapping parameters set for the surveys - but there is still a degree of noise. This is shown by the vertical cross-section on the right The L1 has received an IP54 ingress protection rating which gives it the versatility to be flown in a wide variety of adverse weather conditions, including snow, smoke, and fog. Moreover, the LiDAR module of the L1 has active detection capability through which it can scan the terrain and collect point clouds during nighttime or other low-light conditions too. Measured with Zenmuse L2 mounted on Matrice 350 RTK with a flight speed of 15 m/s, flight altitude of 150 m, side overlap rate of 20%, Calibrate IMU enabled, Elevation Optimization turned off, and terrain follow turned off.The Acecore Zoé and Noa are rugged and versatile drones designed for demanding industrial applications. It boasts impressive payload capacity, long flight times, and the ability to carry various LiDAR sensors. Its robust build makes it suitable for use in challenging environments. Hexadrone Tundra After power is turned on, the IMU doesn't require warm-up; however, users must wait for the drone RTK to be in the FIX status before it can fly and work. Image captured by the Phantom 4 RTK and processed at high resolution through high-performance workstations. heliguy™ is starting a geospatial workflow course through the Learning Management System, which will include L1 best practices and post-processing in DJI Terra and TerraSolid. Blue (B): 450 nm ± 16 nm, green (G): 560 nm ± 16 nm, red (R): 650 nm ± 16 nm, red edge (RE): 730 nm ± 16 nm, near-infrared (NIR): 840 nm ± 26 nm

The capability to process 6,000 images per 1 GB of free memory is based on the test results using aerial photographic data with 80% frontal overlap, 70% side overlap, top-down shooting, and GPS information. Results can vary based on how much your images overlap and how complex the scene is.With these two new payloads, we are providing an all-integrated complete solution to our enterprise customers active in accurate geospatial data acquisition,” said Arjun Menon, Engineering Manager at DJI in the US. “Having a fully integrated capable and affordable Lidar seamlessly integrated into our best commercial drone is a dream that becomes reality for surveying, mapping and construction professionals. They will be able to see, cover and understand the geospatial context from a totally new perspective thanks to the high level of accuracy and quality of the data collected from these tools in the sky.” Combine the mighty L1 with DJI’s flagship commercial drone platform, the Matrice 300 RTK, and DJI Terra post-processing software, and it becomes an all-integrated, complete solution for accurate real-time 3D data acquisition. At a flight height of 100 m and a velocity of 10 m/s, a single flight with the M300 RTK and the L1 can collect data covering an area of 2 sq km.