Difference between revisions of "F-100D 90mm EDF/ProFlapSetup"

Revision as of 15:59, 30 August 2020

--Under Construction--

There is no one 'right way' to setup flaps. This page will give an example of setting up two flaps with one transmitter input with AURA using the F-100 PNP as an example. The techniques can be used in general in many situations.
We will assume 3-position scale type flaps set on a 3 position switch. The 'half flap' position will be set at (or near) the 'center' postion (aka transmitter data set at or near 0%.

In addition to the JR DMSS receivers listed in the manual, the RG812BX should be a good choice as well. Avoid the BPX receivers as they will not do servo pulses and serial data at the same time.
We recommend updating to the very latest Aura Firmware v1.14 or higher and then set the 'new to Aura' JR XBUS MODE A serial data in the transmitter and the Aura.
Using MODE A, you can physically wire/connect it just like Futaba diagram in the manual (P. 7). Throttle and Gear in the Receivers ports. Xbus to Port B in Aura.

@@ Line 8: / Line 8: @@
 === Notes ===
-====Center of Gravity====
+====Flap Notes====
-*The CG section of the F-100D manual had some conflicting information displayed. The correct CG's are listed in the image to the right. Click for the full sized image.
+*There is no one 'right way' to setup flaps. This page will give an example of setting up two flaps with one transmitter input with AURA using the F-100 PNP as an example. The techniques can be used in general in many situations.
+*We will assume 3-position scale type flaps set on a 3 position switch. The 'half flap' position will be set at (or near) the 'center' postion (aka transmitter data set at or near 0%.
 ====JR DMSS Use====
 *In addition to the JR DMSS receivers listed in the manual, the '''RG812BX''' should be a good choice as well. Avoid the '''BPX''' receivers as they will not do servo pulses and serial data at the same time.