Hi,

I am using bank switching on channel 5 and want to use stabilization and rescue mode on bank 1 and 2. Do I understand correctly that I need to set rudder gain to -60 if I wnat to use those two modes and heading lock with 60% gain?

What happens if rudder gain remains at +60% in those two banks, like I have on bank 0 for normal rigid mode?

Thanks,

Michael

P.S.: Is there any abbreviation guide? I understand that HL means heading lock, but HF means?

Hi,

yes, you are right.

If you configure +60% gyro gain then only Head Lock mode will be activated without stabilisation/rescue mode.
So then you can fly as with Bank 0.

HF .. Head Lock + Special Function
HL .. only Head Lock

_________________
Spirit System developer

great, so this is what I need to configure:

Bank 0: rudder gain +60, function 'disabled' = normal rigid mode with 60% head lock
Bank 1: rudder gain -60, function 'stabilisation' = "coax mode" with 60% head lock
Bank 2: rudder gain -60, function 'rescue acro' = rescue function with 60% head lock.

Thx,

Michael

Yes, this should be good.

No problem.

_________________
Spirit System developer

Hi there,

another question for rudder gain: Changing rudder gain value also changes the rudder limits. I was expecting that changing rudder gain just changes how strong the system reacts to wind or keeps the tail steady, but not limiting servo limits.

Did I miss anything?

Michael

Hi,

if you can observe that it can't reach ends then your gain is extremely low. If you increase gain to normal level, it will work all the time to the limits.

_________________
Spirit System developer

Hi,

I am at 60% rudder gain and it fully uses its limits on rudder input. But if I change rudder gain to zero, it bareley moves on rudder input. Stick movement almost causes no rudder movement. But at 0 it should still reach its limits when I want rudder input, just system should behave less strong on external influences. I don't understand the reason for that. I never saw similar behavior on rudder gain on other fbl systems.

You can see exactly same behavior on for example Microbeast.
It is very normal, because regulation is not acting so strong. Input is always proportional to the regulation gain, else it will be much stronger.
We are using advanced adaptive regulations so it can simply behave very differently. Each gyro and flybarless system behaves differently on the ground.

_________________
Spirit System developer

I had the same thing but it was because I had the servo freq set wrong.
Regards Alan

interesting... I have Walkera digital tail servo WK-2601H from the V450D01.. and frequency set to 50 Hz and impulse to 1520 μs, so standard.

P.S.: I just read somewhere that WK-2601 can go up to 200 or 333 Hz. Maybe I should try that.