Changes

<!--T:2-->

<!--T:2-->

Setup menu point '''B''' is for selecting the servo update frequency (pulse rate) for the swashplate servos. To optimize the performance of MICROBEAST ULTRA the rule is: the higher the better! With high update rate the system will recalculate correctional movements more often and in consequence will send new commands to the servos with a higher frequency. This gives much higher precision in control and stabilization. Nevertheless, this will cause the servos to make more position changes at a given timeframe. In case your servo is not built for this kind of application this can cause high power consumption of the servos and cause the servos getting very hot. When this happens, reduce frequency immediately to prevent your servos from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />

Setup menu point '''B''' is for selecting the servo update frequency (pulse rate) for the swashplate servos. To optimize the performance of your BEASTX flybarless system the rule is: the higher the better! With high update rate the system will recalculate correctional movements more often and in consequence will send new commands to the servos with a higher frequency. This gives much higher precision in control and stabilization. Nevertheless, this will cause the servos to make more position changes at a given timeframe. In case your servo is not built for this kind of application this can cause high power consumption of the servos and cause the servos getting very hot. When this happens, reduce frequency immediately to prevent your servos from getting damaged. Only go as high as recommended by the servo manufacturer, or even lower when the servo is not capable of handling such high frequency in field use.<br />

<br />

<br />

'''Notes:'''

'''Notes:'''

* When using a servo that allows a higher frequency as MICROBEAST ULTRA offers or that allows a maximum frequency which is not choosable, please select the next lower frequency that is closest to the given frequency or set the exact frequency from the StudioX app.

* When using a servo that allows a higher frequency than you can adjust on the BEASTX system or that allows a frequency which is not choosable, please select the next lower frequency that is closest to the given frequency or set the exact frequency by using the StudioX app. Using a lower frequency is always possible. Only high frequencies can damage the servo and/or will cause the servo to not work properly. [[The_BEASTX_servo_list/en|Here]] you can find a list of parameters for the most common servos. Please understand that we can not list all servo types. We also can not guarantee the accuracy of this data. Ask the manufacturer of the servos or your servo dealer for detailed information.

* Using a lower frequency is always possible. Only high frequencies can damage the servo and/or will cause the servo to not work properly. [[The_BEASTX_servo_list/en|Here]] you can find a list of parameters for the most common servos. Please understand that we can not list all servo types. We also can not guarantee the accuracy of this data. Ask the manufacturer of the servos or your servo dealer for detailed information.

* With high frequencies, some servos run in a jerky manner, especially the fast ones with coreless or brushless servos. This is due to the high update rate that the servo receives. This is not critical and will not impact flight performance.<br />

* With high frequencies, some servos run in a jerky manner, especially the fast ones with coreless or brushless servos. This is due to the high update rate that the servo receives. This is not critical and will not impact flight performance.<br />

<br />

<br />

* With electronic swashplate mixing the two aileron servos have to be connected to [CH2] (=left) and [CH3] (=right).

* With electronic swashplate mixing the two aileron servos have to be connected to [CH2] (=left) and [CH3] (=right).

* With a mechanical mixed head (H1-mixing) the aileron servo connects to [CH2] and the collective pitch servo to [CH3].

* With a mechanical mixed head (H1-mixing) the aileron servo connects to [CH2] and the collective pitch servo to [CH3].

* When using a scale helicopter with 90 degrees eCCPM, you can connect a second elevator servo to [CH6] output on the MICROBEAST ULTRA. Note that CH6 only is a signal output, so you must power the servo from elsewhere, i.e. by getting power from the [SYS]-port using a Y-adapter (for + and - only!). Anyhow, with large scale helicopters we recommend to use a separate power distribution unit to which you connect the servos. This will be the better option in regards to robust and fail safe power distribution.<br />

* When using a scale helicopter with 90 degrees eCCPM, you can connect a second elevator servo to [CH6] output on the MICROBEAST PLUS / ULTRA. Note that [CH6] is only a signal output, so you must power the servo from elsewhere, i.e. by getting power from the [SYS]-port using a Y-adapter (for + and - only!). Anyhow, with large scale helicopters we recommend to use a separate power distribution unit to which you connect the servos. This will be the better option in regards to robust and fail safe power distribution.<br />

<br />

<br />

<br />

<br />