This is my first time playing around with a fly by wire thrust vectoring system in order to help me conceptualize a supermaneuverable post-stall agility test-bed, this is to me what the X-29 was to NASA, and what I learned with this build will be applied to my future fighter designs.

I'm very pleased with the results of this X plane, I used funky tree functions to add automatic corrective inputs so that the plane cancels out any unwanted pitch and yaw movements, effective enough to even allow the autopilot to fly this otherwise unstable plane almost as if on rails.

It uses a single 3D thrust vectoring nozzle for both pitch and yaw, with the high dihedral allowing for yaw to also affect roll, AG-1 amplifies pilot input to make the plane go beyond it's aerodynamic envelope and enter the post stall phase, where pitch and yaw can make it flip and cartwheel while also remaining controllable, there's no roll vectoring.

Have fun!