TOPODRONE 100 LITE/HI-RES/200 ULTRA
Disclaimer
TOPODRONE 100 LITE/HI-RES/200 ULTRA laser scanners are highly accurate geodetic measuring instrum...
TOPODRONE laser scanner design.
The TOPODRONE 100 LITE/HI-RES/200 ULTRA laser scanner is a multifunctional device designed for ae...
Requirements and operating conditions
TOPODRONE laser scanners are designed for use in weather without precipitation. Operation in rain...
Technical specifications
HI-RES 100 LITE 200 ULTRA Sensor Type: Puck Hi-Res VLP-16 VLP-32c Laser ...
Setting up the laser sensor
When using TOPODRONE laser scanners for ALS, the laser sensor viewing angles are limited to 106 d...
Installing TOPODRONE laser scanner on DJI M200
To install the TOPODRONE laser scanner on your DJI M200, you will need the following components i...
Installing TOPODRONE laser scanner on DJI M300
The following components and tools will be required for installation: Version 1, powered...
Mounting the TOPODRONE laser scanner on the backpack
To install the TOPODRONE laser scanner on a backpack, you will need the following components incl...
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 assem...
Switching on and initializing the TOPODRONE laser scanner
After correct installation, the TOPODRONE laser scanner performs the power-up and initialization ...
IMU calibration pattern
After successful initialization and before starting a route for ALS and MLS, a calibration maneuv...
Overlap between scans and height of scanned objects
During a flight with TOPODRONE laser scanner, the ground surface is scanned with a certain width,...
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 a...
Airborne Laser Scanning (ALS)
The TOPODRONE LiDAR is designed to perform airborne laser scanning (ALS). To perform this proce...
Mobile Laser Scanning (MLS)
The TOPODRONE LiDAR is designed to perform mobile laser scanning (MLS). This process requires a m...
Downloading data from TOPODRONE LiDAR
After successful initialization of the TOPODRONE laser scanner, it starts writing data to the int...
Ground Control Points (GCP) for TOPODRONE LiDAR
To assess the accuracy of the final dense point cloud after data post-processing, it is necessary...
Frequently Asked Questions
Question: When performing post-processing, the dense cloud is not generated or is generated inc...