Changes

==Andere Beobachtungen==

==Andere Beobachtungen==

===My servos are getting warm/hot, is this normal?===

===Warum werden die Servos wärmer als vorher beim Betrieb mit Paddelrotorkopf?===

Similar to a tail gyro a flybarless system is constantly working and correcting. So the servos are moving much more frequently than if ther are controlled manually. Additionaly to that the servos are usually driven with higher frequency to enable the system giving commands to the servos as often and quick as possible. And because of the abolition of mixing levers and the support of the auxiliary rotor plane the servos have to resist higher forces in flight.

Da bei einem Flybarlesssystem ähnlich wie bei einem Heckkreisel das Regelsystem andauernd am steuern und korrigieren ist, werden die Servos wesentlich häufiger bewegt als wie wenn Sie manuell angesteuert werden. Hinzu kommt die oft höhere Servoansteuerfrequenz die es der Regelung ermöglichen soll möglichst häufig Steuerkommandos an die Servos abzugeben. Zudem müssen die Servos aufgrund des Wegfalls der zahlreichen Mischhebel und der Unterstützung durch die Hilfrotorebene wesentlich höhere Kräfte im Flug aufbringen.

This results to a higher power consumption and a stronger heat generation which is usually not critical. However under adverse conditions this can reach a critical range (e.g. at very high air temperatures or even if the servos are installed near other heat sources such as electric motors). In this case try reducing the driving frequency and/or the input voltage.

This results to a higher power consumption and a stronger heat generation which is usually not critical. However under adverse conditions this can reach a critical range (e.g. at very high air temperatures or even if the servos are installed near other heat sources such as electric motors). In this case try reducing the driving frequency and/or the input voltage.