Woah, this is actually pretty good

非常好玩

WOW

Play on android but only little lag. Only went fire it will lag

@Dyonic02
Please check my reply in the F-22 post, same solutions.

The best🔥👌🏼

@GuyFolk
Hi, how did you make this airplane have such a realistic deceleration, with few drag points?

I'm working on a project with a similar weight, but more than twice as many drag points, and even so it has a much lower deceleration, and consequently, less realistic...

What A Replica Model

Excellent 10/10

Bro please.
Make a su-27 plane. So that it was similar to the Su-57 in handling

@dino game Thank you; your name will be included on that post.

@GuyFolk Here's the surprise for you: https://www.simpleplanes.com/a/a9bfF8/1st-Thrust-Vectored-Plane

@GuyFolk Thanks, a lot. In some minutes i'll have a surprise for you.

@BRNavyPilot
Actually, engine's exhaust color are the same as this plane but SP patch 1.11 ruined the look of the exhaust somehow.
So, to further solidify the point about stability, I'd say there are 2 difference things working together.
For example, PitchRate RollRate YawRate are for dampening unwanted movement, angle of attack and angle of slip are for limiting said angle so the plane will not stall and control surfaces remain functional, angle of attack and angle of slip are not needed if the plane is already hard to stall.

@GuyFolk I know this but it was just because you use AoA as a base for the stabilization code. But now i watched all the PSM Guides and now i understood. Thank you so much for recording that.

@GuyFolk I also want to know if you can post that plane you used in your YouTube PSM Guides, if you still have it in your aircraft stock. I just wanted to know the engine's exhaust color, anyway (beAUltiFuL!). Sorry for questioning a lot.

@BRNavyPilot
The thing is airplane will have it's own critical AoA, exceeding that AoA will result in stall so the most important thing is to not exceed the AoA limit.
AoA apply to pitch axis only, yaw axis will have angle of slip instead, it's the same thing but on yaw axis.
Rolling alone can't stall the plane and yaw is almost always stable because the plane have rudder so it's the pitch axis that need focus.

@GuyFolk But, about TVC: what "principles" you use to make the planes stable? I learned how to make it stable when pitching, with the Artificial Stability Tutorial, but how to do it with Yaw, and Roll? In the Artificial Stability Tutorial, AoA is the base of the codes, but AoA just applies for pitching!

@GuyFolk Thanks a lot for answering. I alredy tried adding TVC for other purposes anyway, like for supermaneuverability too. So, I wanted both, better maneuverability and supermaneuverability. But I'll keep trying.

@BRNavyPilot
Thanks.
I think you'll need to know general concept such as wing loading and CoM and CoL because that's what make or break the plane.
TVC help in one area only, to control the plane where aerodynamic control surfaces are not effective. (or when you don't want to use any control surfaces.)

Hi, i downloaded your SU-57 and i loved this TVC system. So, my best and favorite plane, that isn't done yet, but is super ultra cool, don't have a good maneuverability (super low pitching power and rate and instability while pitching). So I want to know if you could help me with it, like helping me understand better these TVC systems. I already know how to make engines move, using hinge rotators, but i don't know how to make the plane stable after pulling 35Gs uncontrollably.

ok @GuyFolk

@awesomeonion1
I play live and use screen capture software to record it all.

but like how did you get a replay @GuyFolk

@awesomeonion1
Just a Free Cam mod.