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19GB/IE
Privacy
Always make sure to respect the privacy of
other people and animals around you. Do not
film people close up unless they have given
you permission to do so. Note also that it is not
always permitted to film wherever and whenever
you wish.
Pay attention to the applicable legal regulations.
Taking off and controlling the
quadcopter
When flying, watch out for foreseeable misuse
as a result of:
Sudden changes in the weather
Sudden changes in wind (gusts)
Loss of visibility
Direct sunshine (overheating, loss of control as
a result of dazzle)
Taking off (Fig. J)
1. Insert the rechargeable battery (9) into the
quadcopter (1) as shown in Fig. E.
2. Press the on/off switch (2a) on the remote
control (2) (Fig. J). The display lights flash (2j).
NOTE: always switch on the remote
control (2) first.
3. Turn the quadcopter (1) to the ON position
via the switch (1d). The control lights (1h) of
the quadcopter (1) flash alternately and a
signal tone is emitted from the remote control
(2).
4. Slide the throttle (2h) all the way forward, and
then all the way back.
NOTE: if the throttle (2h) is not first moved
forward and then back, the quadcopter (1)
remains secured and is not ready for flight.
Only via this process can the remote con-
trol (2) make contact with the quadcopter
(1). Acoustic signals are emitted from the
remote control (2). The control lights (1h)
on the quadcopter (1) light up continu-
ously. The quadcopter (1) is now ready for
flight.
NOTE: the display (2j) shows the speed
and NORMAL mode.
5. Press the START/LAND button (2i), located
at the front of the remote control. The rotor
blades will start to turn.
Controlling the quadcopter
The integrated height sensor ensures that the
quadcopter maintains a steady height, and it
facilitates initial flight manoeuvres, thereby also
facilitating photo and video operations. You
have several control options:
Ascending/descending (throttle)
(Fig. K)
By pressing the throttle (2h) forwards, the
rotational speed of the rotors (1a, 1b) is
increased. The quadcopter (1) will then
begin to ascend. By moving the throttle (2h)
backwards, the rotational speed of the rotors
(1a, 1b) is decreased. The quadcopter (1) will
then begin to descend.
Turning left/right (yaw rotation)
(Fig. L)
By moving the throttle (2h) to the left or right,
the quadcopter (1) rotates on the vertical axis,
i.e. the quadcopter (1) rotates to the left or
right.
Moving forwards/backwards (pitch)
(Fig. M)
By moving the control lever (2l) forwards or
backwards, the quadcopter (1) moves in the
corresponding direction.
Hover left/right (roll) (Fig. N)
If you want to perform a movement to the right
or left without rotating the quadcopter (1), i.e.
hover sideways, move the right control lever
(2l) to the left or right.
Turning (yaw trimming) (Fig. Q)
If the quadcopter (1) turns on its own axis
without you moving the throttle (2h), you can
correct this with yaw trimming. If the quadcop-
ter (1) is turning clockwise, press the yaw-trim
button to the left (2f), and if it is turning
anti-clockwise, press the trim button to the right
(2d). In this way you counter the yaw move-
ment by trimming in the opposite direction.
Direction (roll and pitch trimming)
(Fig. R)
If there is a forwards or backwards movement,
even though you are not using the control
lever (2l) at all, you can correct this by pitch
trimming. If the quadcopter (1) is flying
forwards, press the pitch-trimming button (2o)
and vice versa (2m). You can counteract the
unwanted movement with the trim setting. If
the quadcopter (1) moves sideways of its own
accord, you can correct this by roll trimming.
If the quadcopter hovers to the left (1) side-
ways, press the trimming button (2n) to the
right and vice versa (2p). This allows you to
counteract the unwanted movement.
Headless mode (Fig. T)
This refers to a flight aid that when activated
enables the quadcopter (1) to always fly in
the direction it is steered. It is recommended
for pilots with little flying experience.
For example, when the headless mode
button (2c) is activated, if the control lever
(2l) is used to steer right, the quadcopter (1)
will always fly to the right from the pilot’s
viewpoint – regardless of whether the front
of the quadcopter (1) (camera lens) is facing
backwards, to the left, forwards or to the right.
If this mode is deactivated, the quadcopter
(1) will fly according to the direction in which
its front (camera lens) is facing (even if the
quadcopter (1) has rotated).
NOTE: the direction of the remote control
(2) and the quadcopter (1) must corre-
spond exactly when activating headless
mode! Only activate headless mode in the
position specified, otherwise it may result
in control commands not being carried out
correctly.
1. To activate headless mode, put the quadcop-
ter (1) and the remote control (2) one behind
the other and press the button (2c) on the
remote control (2). The HEADLESS display
(2j) message lights up and the quadcopter
lights flash slowly as long as the mode is
activated.
2. To deactivate the mode, press the button
(2c) again. On the display (2j), NORMAL is
illuminated and the quadcopter lights light up
continuously again.
Automatic return to the pilot (Fig. U)
Press the button (2c) for approx. 3 seconds
to make the quadcopter return to the pilot.
Keep an eye on the quadcopter and note any
obstacles in its flight path. The quadcopter
does not stop automatically.
NOTE: the return route can vary as a result
of the quadcopter turning. The operation
can be cancelled by pressing the button
(2c) repeatedly or by moving the control
lever (2l).
Setting the speed (Fig. O)
You can adjust the flight speed by repeatedly
pressing the buttons (2e, 2g) on the remote
control (2). The default setting is speed 2, from a
total of four speed levels.
The display lights show the various levels (2j).
Speed 1
(one beep)
For first attempts with little flight experience.
Speed 2
(two beeps)
For pilots with some experience.
Speed 3
(three beeps)
For experienced pilots.
Speed 4
(four beeps)
For very experienced pilots.
NOTE: when the remote control is turned
off and on, the quadcopter (1) is reset to
speed 2.
360° rollover (Fig. P)
1. Fly the quadcopter (1) to a height of approx.
10m.
2. Keep it hovering and press the control lever
(2k) once, located at the front of the remote
control. A signal tone is emitted and the FLIP
light is shown on the display (2j).
3. Move the control lever (2l) in the direction in
which the rollover is to be performed.
4. The quadcopter (1) will perform a 360°
rollover.
After the rollover, the quadcopter (1) will be
in normal flight mode and you can perform
another rollover.
Repeat steps 1–4 to do so. Press the button
(2k) again if you do not want to perform a
rollover, but had already pressed the button.
CAUTION: you need sufficient flight
altitude for a 360° rollover (at least
10m).
Calibration
You may occasionally find that the quadcopter
(1) flies erratically and needs to be calibrated. If
this happens, follow the steps below:
1. Place the powered-on quadcopter (1) on a
horizontal, level surface.
2. On the powered-on remote control (2)
simultaneously slide the throttle lever (2h) to
the left and back, and the control lever (2l)
to the right and back. The control lights (1h)
on the quadcopter (1) will flash for approx.
3 seconds. Once the control lights (1h) light
up continuously, the calibration is complete
and the quadcopter is ready to fly.
NOTE: repeat the calibration if the quad-
copter still flies erratically in one direction.
17


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