29
Note
The omnidirectional vision sensing system can sense obstacles in directions
such as front, rear, top, bottom, left and right. However, blind areas exist in four
diagonal directions. When you fly the aircraft manually, pay attention to the
surrounding environment and prompt messages of the App to ensure safety.
Do not operate the aircraft in a complex environment with insufficient light, or
an area with small objects (such as twig, lines, and nets), moving objects, or
objects having transparent surfaces (such as window) or reflected surfaces
(such as mirror).
In the case of flying along with a vehicle, select an outside field or a closed road
for driving. Never use the aircraft on highway.
1. Prerequisites
Ensure that the aircraft is in GPS or vision positioning mode.
The aircraft should take off when the flight LED indicator flashes green slowly
or red twice.
When the GPS signal is weak or the vision positioning is not available (for
example, small visible texture on the object surface or the aircraft is flying at an
altitude above 12 meters), you should be extremely careful.
The binocular vision sensing systems and Starpoint locating systems are
affected by the brightness and texture of the objects below the aircraft. Avoid
flying the aircraft above the following surfaces:
˗
A surface of a pure color
˗
A highly reflective surface such as water surface
˗
A very bright or dark object surface
˗
A surface with frequently changing light
˗
Surface composed of highly repetitive patterns such as tile
˗
Sound absorbing surface such as thick carpet
˗
Moving surface such as road surface with heavy traffic
Ensure that the binocular camera lens and sensor are kept clean.
To avoid interference with Starpoint locating systems
,
do not use a 40 kHz
ultrasonic device, such as an ultrasonic range finder, fault detector, cleaner, or
welding machine.
2. Description
Dynamic Tracking
Using deep learning algorithms, dynamic tracking can detect six objects in real time:
walking persons, persons who ride bicycles, moving cars, trucks, ships, and animals.
Real-time tracking algorithms can automatically track selected objects and let the
aircraft avoid obstacles in its flight path. This feature uses three modes to track
objects.
