@LeonardorHD1 No problem.
@GuyFolk done it and it is so much better thank you
@LeonardorHD1 Yes. Angle of slip and angle of attack is completely on difference axis so for yaw stability you need to use angle of slip.
@GuyFolk I did do airbrakes at wing tips but I should use Angleofslip instead of angleofattack?
@LeonardorHD1 I use airbrake at both wing tips. The code is about correction of angle of slip, it's angle of attack but sideway.
@GuyFolk I was wondering how to do yaw stabilisation without a tail so I'm wondering what funky can I use to stabilize the yaw without using a horizontal stabilizer
@LeonardorHD1
No problem.
@GuyFolk done it and it is so much better thank you
@LeonardorHD1
Yes.
Angle of slip and angle of attack is completely on difference axis so for yaw stability you need to use angle of slip.
@GuyFolk I did do airbrakes at wing tips but I should use Angleofslip instead of angleofattack?
@LeonardorHD1
I use airbrake at both wing tips.
The code is about correction of angle of slip, it's angle of attack but sideway.
@GuyFolk
I was wondering how to do yaw stabilisation without a tail so I'm wondering what funky can I use to stabilize the yaw without using a horizontal stabilizer