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PowerBox-Systems − World Leaders in RC Power Supply Systems
If the telemetry control is above the set value of 11.0V, 0% is
added to the throttle servo, i.e. the throttle channel behaves in the
usual way.
Below 11.0V an increasing negative value is added, which reduces
the output of the throttle channel.
You can return to the Telemetry Control menu at any time, and check the settings using the Simulator function.
NOTE
The procedure described above is just an example. Naturally, alternative approaches and solutions are possible with the aid of
mixers, Servo Cut or other features.
3.9 Flight Modes
Flight modes
, also known as flight phases, are one of the
CORE’s
most powerful features, but they are still easy to use! You
can imagine a flight mode as a copy of a particular model memory, but one with slightly altered settings.
A switch can be used to select different modes when the model is flying. In the simplest case this might simply be a different
landing flap position and the appropriate elevator trim for that position.
The practical advantage of this feature is, that you can adjust the trim when the landing flaps are lowered, without altering the trim
in the normal “
flight mode
”.
When you select the Flight Mode menu you will see a graphic representation of the Flight Mode tree structure.
The most important thing to know at this point is that the
CORE
prioritizes the flight modes. Priority runs from left to right, i.e. the
flight modes in the left-hand tree diagram have the highest priority, and those on the right the lowest priority. Even when the flight
mode structure is complex, this means that you can, for example, overrule all other switch positions with a single switch, returning
you very quickly to “normal” flight mode.
