Integration of flight planning function for drones (UAV) into GIS [Function modification]

**Function Improvement**
Recently, drones (UAVs) have gained significant attention not only for their use in photography and civil engineering surveying at construction sites but also for their expected wide-ranging applications in emergency response during disasters and the collection of disaster prevention information.
However, it is also true that accidents have increased with their proliferation, and one of the causes is the lack of accuracy in flight planning.
In response, our company has developed a function that allows for the design of highly accurate flight plans using geographic information, leveraging the know-how we have cultivated since our establishment in developing geographic information systems.
Additionally, we can create flight plans not only for photography but also for laser acquisition.
We particularly focus on calculations that take height data into account and offer unique features that are not found elsewhere, such as:
- Route design that considers elevation differences to avoid gaps in the photographic results
- Flight route design that follows the surface of the terrain, which is a unique flying pattern of drones
- Loading and readjusting the planned course, followed by re-output
- Route design that avoids specified specific locations
- Recalculating laps from the course
- Creating waypoints only when there is a specified change in elevation as a battery management measure
and more.


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