Advanced Search
Search Results
170 total results found
Appendix A. Manual matching of photographs and timestamps.
In some cases, the number of photographs does not match the number of time stamps collected during aerial photography. To solve this problem, the TOPODRONE Post Processing program provides an algorithm for manual matching of photos and time stamps.To activate ...
Disclaimer
TOPODRONE LiDAR 100/100+/200+ - are high-accuarate surveying measuring instruments that require careful and precise handling to ensure a long service life. Do not use the TOPODRONE LiDAR in any way not described in this manual or the user's guide. Do not sub...
TOPODRONE LiDAR design and overview
TOPODRONE LiDAR 100/100+/200+ is a multifunctional device designed for airborne and mobile laser scanning (ALS and MLS) of the earth's surface. The main task of the TOPODRONE LiDAR is to acquire data to generate a dense cloud of terrain points, which in turn a...
TOPODRONE AIR 2S Features
Upgrade TOPODRONE DJI AIR 2S PPK Цeight with GNSS antenna (g) 68 Raw measurement recording frequency, Hz 10 Number of GNSS Receiver Channels 184 Supported memory card formats microSD, microSDHC, microSDXC Maximum Memory S...
Requirements and operating conditions
TOPODRONE LiDAR are designed for use in weather without precipitation. Operation in rain, snow, frost, hail and fog is prohibited. The construction of TOPODRONE LiDAR does not have protection according to IP standard and in case of violation of this recommenda...
Setting up the laser sensor
When using TOPODRONE LiDAR for ALS, the laser sensor Field-of-view angles are limited to 106 degrees due to the design feature of the applied drones (chassis). At the same time, the full view of the laser sensor (360 degrees) should be used to perform MLS. To ...
Technical specifications
200+ 100+ 100 Sensor Type: XT32M2X XT32 XT16 Laser Sensor Drive Type: Mechanical circular rotation Mechanical circular rotation Mechanical circular rotation Max. range of beam (m): 300 120 120 XYZ accuracy (cm): 3-5 3...
Disclaimer
TOPODRONE 100 LITE/HI-RES/200 ULTRA laser scanners are highly accurate geodetic measuring instruments. For a long service life, the equipment must be handled carefully and with care. Do not use the TOPODRONE LiDAR in any way not described in this manual. Do ...
TOPODRONE laser scanner design.
The TOPODRONE 100 LITE/HI-RES/200 ULTRA laser scanner is a multifunctional device designed for aerial and mobile laser scanning (ALS and MLS) of the earth's surface. The main task of TOPODRONE laser scanners is to acquire data to form a dense cloud of terrain ...
Requirements and operating conditions
TOPODRONE laser scanners are designed for use in weather without precipitation. Operation in rain, snow, frost, hail and fog is prohibited. The construction of TOPODRONE laser scanner has no IP protection and in case of violation of this recommendation, moistu...
Setting up the laser sensor
When using TOPODRONE laser scanners for ALS, the laser sensor viewing angles are limited to 106 degrees due to the design feature of the applied drones (chassis). At the same time, the full view of the laser sensor (360 degrees) should be used to perform MLS. ...
Installing TOPODRONE laser scanner on DJI M200
To install the TOPODRONE laser scanner on your DJI M200, you will need the following components included in the package: TOPODRONE laser scanner; Mounting bracket and mating part; A set of mounting screws; Alcohol wipe; Power adapter and Helix antenna....
Installing TOPODRONE laser scanner on DJI M300
The following components and tools will be required for installation: Version 1, powered by SkyPort connector TOPODRONE laser scanner Mounting platform with dampers "Dovetail" mount Set of fixing screws M3x6 - 4 pcs. Set of fixing screws M4x1...
Mounting the TOPODRONE laser scanner on the backpack
To install the TOPODRONE laser scanner on a backpack, you will need the following components included in the package: TOPODRONE Backpack; Mounting aluminum bracket; External GNSS antenna; External GNSS antenna bolt; External GNSS antenna cable; Milesto...
Installation of the TOPODRONE laser scanner on the car mount.
It is recommended to install the TOPODRONE laser scanner on a clean and flat surface. After assembling the laser scanner and the mobile mount, the entire module can be mounted on the vehicle. Step 1: Prepare Hex 2.5, Hex 4, Hex 5 screwdrivers for...
Switching on and initializing the TOPODRONE laser scanner
After correct installation, the TOPODRONE laser scanner performs the power-up and initialization procedure. At the next step the data is written to the internal storage medium of the laser scanner. For initialization to be successful, it is necessary to have a...
IMU calibration pattern
After successful initialization and before starting a route for ALS and MLS, a calibration maneuver must be performed. This maneuver is performed to calibrate the IMU module inside the TOPODRONE laser scanner. Without performing this calibration maneuver befor...
Overlap between scans and height of scanned objects
During a flight with TOPODRONE laser scanner, the ground surface is scanned with a certain width, called “scan”. The scan width is determined by the technical characteristics of the sensor, the operating altitude of the flight, and the terrain difference.To pe...
Flight path planning with TOPODRONE laser scanner for ALS
In case of insignificant height differences in the place of ALS (up to 10 meters) it is allowed to fly the drone with TOPODRONE laser scanner at a fixed altitude. The height of the drone's flight is set relative to the height of the takeoff point. The...
Mobile Laser Scanning (MLS)
The TOPODRONE LiDAR is designed to perform mobile laser scanning (MLS). This process requires a minimum number of permits to conduct field work. You will not need to obtain a flight permit, avoid airspace restrictions, and minimize the risk of equipment damage...