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PRJ Editor is a tool that allows you to edit the coordinate system knowing the transition parameters. In order to use it you need to select "PRJ Editor" in the Tools panel. Currently, a small amount of photogrammetry and laser scanning software supports aff...

This tool is designed to trim a trajectory file in *.pos and *.poses format.To start the tool, select Track Trim in the Tools, Trim/Stitch tab. Then select the track you want to trim. There are two sliders at the bottom, by moving them you specify the inter...

The module is designed for trajectory stitching followed by point cloud generation in the LiDAR Cloud Generation module.To start the tool, select Track File Stitching in the Tools, Trim/Stitch tab. Then through the "Add" button select the trajectories to be me...

You can use the IMR(+GNSS) Trim IMR(+GNSS) tool to eliminate jumps in inertial navigation system (IMU) data when working in conjunction with satellite navigation data. This tool is useful if after starting trajectory processing the dataset contains an error m...

To eliminate jumps in inertial navigation unit (IMU) data when performing work without satellite navigation data, you can use the IMR Trim tool. This tool is useful if the dataset contains an error message - IMU file contains gaps in measurement points! Use t...

This tool allows to convert data from WGS-84 coordinate system to another one using *.prj file of coordinate system, which is loaded into the program database or using calibration file, which was made before in TOPODRONE Post Processing program. For more detai...

The tool allows you to convert coordinates from one coordinate system to another using the *.prj coordinate system file loaded into the program database or the calibration file created earlier in the TOPODRONE Post Processing program. More details about this p...

The "Maps" module is designed to display loaded static observations and vectors at all stages of data processing. To launch the module, go to the "Tools" tab and click the "Maps" button. Important: for correct display of observation points, the map window shou...

The module is based on the open source software RTKLIB, this module is designed to convert raw observation files from Global Navigation Satellite System (GNSS) receivers into RINEX format. The module supports data formats from the following GNSS chip manufactu...

This function is designed to merge measurement files received from different receivers of the global navigation satellite system into one file. It is especially useful when the reference base station provider divides files into time slots when downloading data...

This module allows you to exclude certain satellite constellations or specific satellites from the observation file, which may be necessary to improve data quality. Follow the steps below to filter satellites: Go to the "Tools" tab and select "Rinex", then "S...

This tool is not directly related to GNSS data processing, but it helps to calculate the focal length of the camera, which is necessary for data processing in photogrammetric programs.Instructions for calculating the focal length: 1. Click the Tools tab and s...

In the general settings of the TOPODRONE Post Processing program, you can perform the following actions: Change the language of the program interface and output logs during processing. In the "Geoids" window you can add or remove the type of geoid to be us...

The TOPODRONE DJI AIR 2 PPK UPGRADE KIT is a high-precision surveying instrument. We strongly recommend that you handle geodetic equipment carefully to increase its service life. DO NOT use the TOPODRONE DJI AIR 2 PPK UPGRADE KIT in any way not described in t...

    TOPODRONE DJI AIR 2S PPK is a complex consisting of a DJI Air 2S drone and a compact GNSS receiver. TOPODRONE DJI AIR 2S PPK allows you to perform high-precision aerial photography for geodesy, cartography, surveying, volume calculation and other tasks. Wi...

TOPODRONE DJI AIR 2S PPK Upgrade KIT is an upgrade module installed on the DJI Air 2S drone, which is connected to the camera shutter and allows you to record raw GNSS measurements along with timestamps of the shutter triggering moments. This module consists o...

Select the Aerial Photography tab to customize the processing parameters of the PPK Post Processing and RTK Post Processing modules. In the "Satellites" window you can enable or disable certain satellite constellations from processing, specify the required ...

In this section of the program you can configure parameters for high-precision trajectory processing, point cloud generation including TOPOSLAM technology. To do this, go to the "Settings" tab, and then select "Lidar scanning" and in the window that appears...

To customize the track file structure, go to the Settings tab, then select Lidar Scanning and select the Track File Structure option from the drop-down list. In the opened window you should specify the trajectory file obtained as a result of postprocessing. I...

To set the laser scanner sensor beam calibration, go to the Settings tab, then select Lidar Scanning and select the Lidar Calibration option from the drop-down list. Then select the model of your laser scanner.In the window that opens, you will be able to turn...