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route.
B. Manual: you can use the remote controller to control the heading of the
aircraft.
C. Custom: you can set the yaw angle of each waypoint.
D. Longitude and latitude: you can adjust the longitude and latitude of a
waypoint.
Associated POI: The main purpose of a POI is to describe the address of an
object or an event, such as banks, schools, hospitals and other geographical
entities. Edit POI > Click POI > Link Waypoint.
2. Regional Mission
You can select three types of regional missions (rectangular, polygon, and oblique).
You can set flight parameters of the aircraft and the system will calculate and plan
the flight route.
1. On the main app page, click "Mission" and select a rectangular mission, a
polygon mission, or an oblique mission to go to the planning page.
2. Create a project to manually move, zoom out, or zoom in the mission region.
After you select a region, click the menu on the bottom to modify parameters.
Rectangular mission: generate a rectangular region. The aircraft will fly in a
bow-shaped route if the double grid is disabled. This is suitable for collecting
orthophoto data. The aircraft will fly in a route whose shape is like a pound key
if the double grid is enabled. This is suitable for 3D modeling.
Polygon mission: generate a polygon-shaped region. The aircraft will fly in a
bow-shaped route if the double grid is disabled. This is suitable for collecting
orthophoto data. The aircraft will fly in a route whose shape is like a pound key
if the double grid is enabled. This is suitable for 3D modeling.
Oblique mission: The generated route consists of a normal course and four
oblique courses, which is suitable for precise 3D modeling.
Rectangular
Polygon
Oblique
Flight altitude
√
√
√
Oblique
altitude
√
√
√
GSD
(GSD)
▲
▲
▲
Oblique GSD
×
×
▲
