OVERVIEW OF TOPODRONE P24 & P61 CAMERAS

OVERVIEW OF TOPODRONE P24 & P61 CAMERAS

Meet a new line of enterprise level mapping cameras compatible with DJI Matrice 200/210 V2 and DJI Matrice 300 RTK drones which offers a lot of new futures & advantages

ADVANCED TECHNOLOGIES

Fig. 1. TOPODRONE P61 camera onboard of DJI Matrice 300 RTK.

Fig. 2. TOPODRONE P61 camera onboard of DJI Matrice 200 V2.

TOPODRONE P61 is based on full frame 61 Mpixel Exmor R CMOS Sony sensor and compatible with 18, 24, 35 and 50 mm as well as 4, 10 and 14 channels multispectral lenses.

The most advanced TOPODRONE P61 full frame camera allows to get better coverage and GSD from the same altitude in comparison with the DJI Zenmuse P1 camera.

TOPODRONE P24 has APS-C CMOS 24 Mpixel Sony sensor inside and supports 16, 24, 35 and 50 mm as well as 4, 10 and 14 channels multispectral lenses as well.

A new line of TOPODRONE cameras provide a deep integration with DJI Pilot and UgCS Pro / Expert / Enterprise application such as gimbal & triggering control, camera setting control (A, ISO, Shutter speed, ISO), live video transmission even from multispectral setup which is unavailable from any multispectral camera on the market.

High precision TOPODRONE PPK system allow to convert your RGB & multispectral photos to high precision 3D models and orthophoto with cm level accuracy.

Fig. 3. TOPODRONE P61 camera with set of available lenses.

Fig. 4. DJI Pilot App view with TOPODRONE payload.

Fig. 5. TOPODRONE P24 live view via DJI Pilot App.

NEW LIFE FOR OLD STYLE DJI MATRICE 200/210 V2 DRONES AND EXPENDING CAPABILITIES FOR DJI MATRICE 300 RTK

TOPODRONE P24 & P61 will help a lot of users of DJI Matrice 200/210 V2 and DJI Matrice 300 RTK to expend capabilities of their exiting drones to a new level of resolution, images quality and efficiency.

Now you don’t need to change your proven and trusted DJI DJI Matrice 200/210 V2 platform because of the lack of a new payloads!

AFFORDABILITY

TOPODRONE P24 camera is the most affordable mapping solution in terms of price for DJI Matrice 200/210 V2 and DJI Matrice 300 RTK drones at the market right now.

Thanks to TOPODRONE PPK system it allows to acquire high quality photos with centimeter level accuracy for a very attractive price which is critically important for projects for large number of surveyors all over the world.

VERSATILITY

Fig. 6. TOPODRONE cameras integrated with 3-axis gimbal and LiDAR system.

Don’t forget about the versatility of both models of TOPODRONE cameras.

TOPODRONE P24 & P61 cameras can be installed on 3-axis gimbal and used as a single payload for photogrammetry missions or integrated with any type of TOPODRONE LiDAR systems.

Thanks to lenses with a wide FOV, the photos cover the same survey corridor as a LiDAR systems and allow you to perform aerial survey and laser scanning from a single flight.

EFFICIENCY & LARGE AREA SURVEY

We would like to draw your attention to the high performance of TOPODRONE P61 together with 18 or 24 mm lenses which allow to cover more than 1 sq. km per flight from 120 meters altitude with much less number of images in comparison with DJI Zenmuse P1 camera.

This greatly speeds up data processing, especially for large survey areas.

Fig. 7. TOPODRONE P61 photo captured by BDS Topografie, Romania shows the outstanding quality of images together with large coverage.

Table 1. TOPODRONE P61, DJI P1, DJI Phantom 4 Pro v2.0 – photos coverage comparison.

Fig. 9. TOPODRONE P61 performance together with 18 mm lens.

MULTISPECTRAL DRONE SURVEY

TOPODRONE P24 & P61 cameras are compatible with 4,10 and 14 channels multispectral lenses and provides a great opportunity of a live view during multispectral drone missions.

Now you can definitely understand what you are capturing exactly which is critically important for low altitude flight.

Fig. 10. Agricultural monitoring with TOPODRONE P61 and multispectral lens.

Fig. 11. TOPODRONE P61 with the multispectral lens live view via DJI Pilot App.

Fig. 12. TOPODRONE P61 with the multispectral lens live view via DJI Pilot App.

CENTIMETER LEVEL ACCURACY

For high precision photogrammetry processing you will need just to upload acquired photos together with logs from the drone and the base to advanced TOPODRONE Post Processing software and click Start button.

Software will post process data to calculate precise position of each photo and embed x,y,z coordinates to EXIF tags of RGB and multispectral photos automatically.

After that all photos with precise coordinates inside should be uploaded to any kind of photogrammetric software like Metashape, PIX4Dmapper or 3Dsurvey and run automatic images alignment.

As a result you will get georeferenced blocks of images with 2-5 cm x,y,z accuracy which can be easily converted to high detailed 3D models, RGB or multispectral orthophoto.

Fig. 13. TOPODRONE Post Processing software.

Fig. 14. Photogrammetry processing with 3-5 cm x,y,z accuracy.

Fig. 15. High detailed point cloud captured from 120 meters altitude, showing power line poles and wire sagging.

Fig. 16. High detailed point cloud captured from 120 meters altitude, showing poles and fences.

Fig. 17. High detailed point cloud captured from 120 meters altitude, showing power line poles and wire sagging.

Fig. 18. High detailed point cloud captured from 120 meters altitude

Fig. 19. High detailed point cloud captured from 60 meters altitude, showing poles and fences.

Fig. 20. High detailed point cloud captured from 60 meters altitude.

Fig. 21. Combination of RGB and multispectral orthomosaics.

Fig. 22. Combination of RGB and multispectral orthomosaics.

Fig. 22. Multispectral orthomosaic over the forest area.