21
i) Starting the quadcopter
Start up the quadrocopter and then the remote control transmitter as described above. The LEDs on the quadrocopter
and the transmitter must glow steadily.
You can use three different methods to start up the propellers on the quadrocopter.
Method 1:
Briefly push the left joystick (see also Figure 1, no. 12)
completely forward and then pull it back to the middle posi-
tion. The propellers will start to rotate at low speed.
Method 2:
Move the left joystick to the lower left corner and the right
joystick (see also Figure 1, no. 4) to the lower right corner.
Hold the two joysticks in this position until the propellers
start and turn at low speed. Then pull the joysticks back to
the middle position.
Method 3:
Briefly press the push button for the take-off and landing
function (see Figure 1, no. 9).
Important note:
To stop the rotating propellers, move the left joystick to the lowest position and hold it until the propellers
stop (see dark arrow in Figure 14).
Alternatively, you can move the left joystick back to the lower left corner and the right joystick to the lower right corner
until the motors stop. Then immediately pull the joysticks back to the middle position, otherwise the propellers will
restart.
In an emergency, you can also use the push button for the motor emergency stop function (see Figure 1, no. 10) to
disable the motors.
Manual start:
If the propellers are rotating at low speed, carefully move the left joystick forward. The quadrocopter will significantly
increase the propeller speeds and take off.
With the right joystick, you can easily correct any drift forwards or backwards or to the side. Once the desired flight
altitude has been reached, move the left joystick back to the middle position. The quadrocopter will go into hover at
a constant altitude.
Use the two joysticks to individually control the flight altitude and flight direction.
Automatic start:
If the propellers are rotating at low speed, briefly press the push button for the take-off and landing function (see Figure
1, no. 9). The propellers will speed up and the quadrocopter will take off quickly. It ascends automatically to an altitude
of approx. 1.8 m and then automatically goes into hover.
Use the two joysticks to individually control the flight altitude and flight direction.
The quadrocopter is equipped with automatic altitude stabilisation. This stabilisation takes the air pressure
as a reference for the current flight altitude. Since the measured values change only slightly with minimal
change in altitude, slight fluctuations in flight altitude cannot be avoided.
Figure 14
Summary of Contents for R5-Foldable FPV Drone RtF
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