Autel Robotics EVO II Pro Enterprise, User Manual

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automatically fly along the route and perform corresponding actions at each waypoint.
1. Click "Task Flight" on the main interface of the App, and select "Waypoint Task" to enter the
planning interface.
2. Add a waypoint on the map, and set corresponding parameters and actions of the aircraft at the
point.

Flight height: the height relative to that of the return point when the aircraft flies to this
waypoint. The aircraft will gradually adjust the flight height to the set value during the flight
to this waypoint. Click the waypoint> select "Flight Height"> slide left and right to change
the value.

Flight speed: the flight speed when the aircraft flies to this waypoint. The aircraft will
gradually adjust the flight speed to the set value during the flight to this waypoint. Click the
waypoint> select "Flight Speed"> slide left and right to change the value.

Action: Click the waypoint> select "Action"> set the waypoint action and camera action. The
waypoint action comprises "Fly Over" and "Hover".
A. When "Fly Over"is selected, camera actions of imaging, timed imaging, fixed distance
imaging, video recording start and video recording stop can be selected, or no action is
added.
B. When "Hover"is selected, camera actions of timed imaging and video recording (1-10s)
can be selected.

Gimbal pitch angle: the gimbal pitch angle (0°-90°) when the aircraft flies at the moment.
Click the waypoint> select "Action"> add camera action> slide left and right to adjust the
pitch angle.

Yawing angle: the heading direction of the aircraft flying to the waypoint. Click the the
waypoint> select "Action"> add camera action> select the yawing angle mode.
A. Along the route: the aircraft turns to a next waypoint according to a set route.
B. Manual: the user controls the course of the aircraft through the remote controller.
C. User-defined: the user can set the yawing angle of each waypoint.

Longitude and latitude: the longitude and latitude of the waypoint can be adjusted.

Associated points of interest: the main purpose of points of interest is to describe the address
of things or events, such as banks, schools, hospitals and other geographic entities. Edit
points of interest
＞
click points of interest
＞
associate with waypoints.

Regional task
The user can choose from three regional tasks (rectangular task, polygon task and oblique
photography). The user can set the flight parameters of the aircraft, and the system will calculate
and plan a flight route.
1. Click "Task Flight" on the main interface of the App, and select rectangular task, polygon task
and oblique photography to enter the planning interface.
2. Generate a project, you can manually move, zoom in, or zoom out the task area. After the area
is selected, click the bottom menu to modify the parameters.

Rectangular task: Generate a rectangular flight area. When the double grid is turned off, the
aircraft flies along a bow shape, which is applicable to orthophoto data acquisition. When the
double grid is turned on, it flies along a tic-tac-toe shape, which is applicable to 3D
modeling.