Unlike a 737, the DC-10 requires a slow, deliberate rotation. At VR (rotation speed), you pull back gently. Because of the tail-mounted engine, the thrust line is higher than the center of gravity. This creates a slight nose-up pitching moment when you add power. In X-Plane, this translates to needing forward pressure on the yoke during a go-around to prevent a stall.
Because the default DC-10 cockpit is classic analog, it does not have a built-in FMS screen for waypoint routing.
If you are a beginner asking, "How do I get the X Plane DC 10 working?" follow this checklist:
Unlike a 737, the DC-10 requires a slow, deliberate rotation. At VR (rotation speed), you pull back gently. Because of the tail-mounted engine, the thrust line is higher than the center of gravity. This creates a slight nose-up pitching moment when you add power. In X-Plane, this translates to needing forward pressure on the yoke during a go-around to prevent a stall.
Because the default DC-10 cockpit is classic analog, it does not have a built-in FMS screen for waypoint routing. x plane dc 10
If you are a beginner asking, "How do I get the X Plane DC 10 working?" follow this checklist: Unlike a 737, the DC-10 requires a slow, deliberate rotation