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4). RTH & Pause
Aircraft has return-to-home (RTH) function, and there are 3 types of RTH: one-key RTH,
low battery RTH and lose control RTH. Before the aircraft takes off, when the aircraft
indicator turns green and the GPS mode is displayed on the app, the current position of
the aircraft will be recorded as the return point.
a. - One-Key RTH
When the GPS signal is good (the aircraft status indicator is solid green), the aircraft can
return to the return point via the button on the remote control, and the return process
is the same as lose control RTH. The difference is that when the aircraft returns and
begins to land, the user can control the aircraft through the joystick to avoid obstacles
and change the landing position. After pressing and short pressing the button for
more than 2 seconds to exit the return, the user can regain control of the aircraft.
During RTH, the user can control the altitude of the aircraft, adjustment range is between
altitude of RTH to limit altitude of the aircraft.
2).
Operating the Aircraft
Refer to pages 9 – 10 for further instructions.
3).
Flight Mode
Control the aircraft in sport gear or normal gear through the switch on the controller.
Sport Mode (off) - Use GPS and optical flow positioning system to achieve precise
hovering, stable flight, intelligent flight functions, etc. When the GPS signal is good, GPS
can be used for precise positioning; When the GPS signal is not good, and the
environmental conditions such as lighting meet the requirements of the optical flow
system, the optical flow system can be used for positioning in normal mode, the
maximum flying speed is 10m/s.
Sport Mode (on) - Using GPS module, optical flow positioning system, the aircraft can
achieve precise hovering and stable flight. When the sport mode is turned on, the control
sensitivity of the aircraft will be adjusted, and the maximum flight speed will be increased
to 14 m/s.
Note: When the GPS satellite signal is poor or the compass is disturbed and does not
meet the working conditions of visual positioning, the aircraft will enter altitude mode. In
altitude mode, the aircraft will drift in the horizontal direction and some intelligent flight
functions will not be available. Therefore, in this mode, the aircraft itself cannot achieve
hover and autonomous braking, so it should land in a safe place as soon as possible to
avoid accidents. User should try their best to avoid flying in GPS satellite conditions with
poor signal and narrow space, so as to avoid entering altitude mode and causing flight
accidents.
Pull the SPORT switch to switch gears
19
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