Autel Robotics EVO II Pro Enterprise, Руководство пользователя

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Remark
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Omnidirectional obstacle sensing directions include front, back, up, down, left and right.
However, there are blind spots in the four diagonal directions. In manual flight, attention
should be paid to the surrounding environment and App prompts to guarantee safety.

Do not operate the aircraft in a complex environment where there is insufficient light, small
object (such as twig, line, net), moving object, transparent surface (such as window) or
reflected surface (such as mirror).

In the case of flight with car or other vehicles, please select a field or closed road for driving.
Never use it on highway.
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Preconditions
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Ensure that the aircraft is in GPS or vision positioning mode.
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The aircraft shall take off when the flight LED indicator flashes green slowly or red twice.
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When the GPS signal is weak or fails to meet the vision positioning requirement(e.g., when
there are small visible textures on the surface or when the aircraft flies at an altitude of more
than 12 m (36 ft) above sea level), it is necessary to be extremely careful.

The binocular vision sensation system and Starpoint positioning system are affected by the
brightness and texture of the surface below the aircraft. Avoid flying above the following
surfaces:
- Single color
- High reflectivity, such as water surface
- Particularly bright or dark surface
- Surface with frequently changing light
- Surface composed of highly repetitive pattern, such as tile
- Sound absorbing surface, such as thick carpet
- Moving surface, such as road with heavy traffic
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The binocular camera lens and sensor shall be kept clean.
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In order to avoid disturbing the Starpoint positioning system , do not use 40 kHz ultrasonic
device, such as ultrasonic range finder, fault detector, cleaner or welding machine.

Function description
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Intelligent tracking
Intelligent tracking uses deep learning algorithms to detect six types of objects in real time:
pedestrians, cyclists, cars, trucks, boats and animals. Real-time tracking algorithms are used to
automatically track selected objects while avoiding obstacles in flight. This function can use three
modes to track objects.

Pointed flight
Pointed flight allows the user to set the flying direction of the aircraft by touching points on the
screen.