SPH updates UgCS with practical features for field operations

SPH Engineering has released an updated version of its UgCS software, introducing improvements in elevation data accuracy and mission planning. The new version allows users to explicitly set flight altitude in photogrammetry and corridor missions and now supports the DJI M3D and M3TD drones. For users in the USA, the update also includes access to USGS 1/3 Arc Second elevation data. These changes are designed to make planning more straightforward while enhancing the precision and safety of drone operations.

Responding to long-standing feedback from users, UgCS now allows drone pilots to define the exact flight height when planning photogrammetry and corridor mapping missions, no longer requiring ground sample distance (GSD) as the only input. This long-requested feature brings clarity and control to mission planning, especially for users who need to fly at specific altitudes and understand their expected image resolution.

"Our users have asked for more flexibility and clarity in setting flight height in photogrammetry missions. With this update, we've not only delivered that but also aligned UgCS with the standards professional pilots expect from leading flight planning tools," said Kristaps Brass, UgCS product owner at SPH Engineering.

Another significant improvement is the integration of USGS 1/3 Arc Second elevation data for all UgCS users flying within the USA. This increases the default elevation data resolution threefold, from one data point every 30 metres to one every 10 metres, which greatly enhances the accuracy of terrain-following missions. This means safer, more efficient operations in complex or mountainous terrain.

Route categories

The new version of UgCS introduces a range of interface enhancements aimed at improving the overall user experience. The 'Export Route' button has been made more prominent and easier to access, which is especially beneficial for users of the UgCS Open version. When creating a new route, the five most popular drone models are now displayed first, streamlining the planning process. For drones equipped with built-in multi-lens cameras, the system will automatically default to the wide camera when planning photogrammetry routes, reducing the need for manual adjustments.

The Visual Inspection route category has also been enhanced with the addition of a Circle tool, simplifying the planning of circular orbits around specific points of interest. To further speed up the setup process, No-Fly Zones (NFZs) are now disabled by default in new installations, allowing for quicker mission planning right from the start. In addition to these usability improvements, UgCS now supports two new DJI drones – the DJI M3D and M3TD – broadening its compatibility with the latest hardware.