Return Function - Reely Blackster R6 FPV Bedienungsanleitung

To activate the headless mode, bind the transmitter and quadrocopter to each other (start preparation). The rotors
are still off for the first activation. Now align the ready-to-start quadrocopter on the ground (if you already have some
practise this also works in hover flight) so that the front, yellow rotors point away from the transmitter (forward).
Now push the left control lever vertically down until a signal sounds and the control LED on the transmitter has switched
to green. Both signals indicate that you are now in headless mode. Two LEDs will flash diagonally at the quadrocopter
and thus also display the activated headless mode. Now start the quadrocopter. The flight movements of the model
will always also follow the control directions of the right control lever, no matter the angle of the quadrocopter to the
pilot, when headless mode is activated. If you steer forward, the quadrocopter will move away from you. If you steer
towards the right, the quadrocopter will always move to the right.
To deactivate the headless mode, push the left control lever again until you hear a signal. The LED at the transmitter
is lit red again. The quadrocopter signals deactivation of the headless mode by brief flashing of all LEDs at the model.
g) Return function
The model may fly back to the pilot by pushing a button. The prerequisite for this is an activated "headless mode" (see
prior section). To activate the "Return function", push the button "Return" (figure 3, item 8) at the transmitter. Use the
right control lever at the transmitter to correct the trajectory. To deactivate the "Return function", you can either push
the button "Return" at the transmitter again or push the right control lever forward (nod).
Attention!
The return function must only be performed if the model is in a stable flight condition (hovering) before
the respective operating button is pushed at the transmitter, the flight height is not below 1.5 metres and
the quadrocopter is at least 5 metres away from obstacles and persons. If this is not observed, there is a
danger of damage to the model or other objects nearby and a danger of injury to persons/animals in the
vicinity from contact or crash!
The "Return function" is implemented in the model with relatively simple means (e.g. without GPS-support).
Therefore, deviations and inaccuracies in flight course determination or return accuracy are normal.
The quadrocopter recognises no obstacles. Therefore, you must ensure that there are no obstacles on a
direct line between the quadrocopter and the transmitter (the return route).
54