This is the third week of our autopilot precision series. In this series of articles / videos we test the precision of different drones / autopilots by flying them on a standard photogrammetry mission created in UgCS.
Last two weeks we published the results of DJI Phantom 4 and…
This is the second instalment in a series in which we test the precision of different drones and autopilots by flying them on a standard photogrammetry mission created in UgCS.
Last week we published a test of DJI Phantom 4 where we tested the precision of this drone on our photogrammetry route. In this…
Here at SPH Engineering we have a fleet of various drones we use for diverse research and development projects as well as testing new releases of UgCS.
When it comes to using drones for land surveying, mapping or 3D reconstructions, flight precision plays an important role. This is why we decided to test the precision of different drones to see how well they compare to one another. For that we prepared a short photogrammetry mission in UgCS to see how well does the…
We would like to share with you a project we've been working on at SPH Engineering. We have developed an adapter that makes it possible to connect and use DJI gimbals / camera systems with virtually any other drone or autopilot.
It was designed as a part of our tethered drone system AirMast…Continue
UgCS has been developed for more than 4 years and it is used in 159 countries - a fact that motivates us to continue improvement of UgCS. Although our Customer team would be glad to travel to 159 countries, but understanding, that we can’t meet all UgCS users in person - we send…