Flight 3D behavior for Construct 3

Behavior under construction

Flight 3D — Behavior Documentation

• Attach to any sprite or 3D model along with the Rotate 3D behavior (mikal_rotate_shape) on the same object.
• The plane accelerates using W (Thrust Increase) and decelerates with S (Thrust Decrease).
• The plane must reach Min Takeoff Speed before it can lift off.
• Pull the nose up with Arrow Up (Pitch Up) while at takeoff speed to become airborne.
• Use Arrow Left / Right (Roll Left / Roll Right) to bank and turn.
• The plane turns in the direction of the bank — the more you roll, the faster you turn.
• Release roll keys to return to level flight (when Auto-level is enabled).
• With Auto-level disabled, the plane holds its bank angle and continues turning until you manually correct it.
• Pitch Up while airborne climbs, Pitch Down descends.
• If speed drops below ~60% of Min Takeoff Speed while airborne, the plane enters a stall and loses lift.
• The plane automatically lands when altitude reaches 0.
• Gravity pulls the plane down — you must maintain speed and positive pitch to keep altitude.
• Use ForceAirborne action to spawn the plane already in the air.
• Use ForceLand to instantly ground the plane regardless of altitude.
• Use SetThrottle(percent) to set engine power directly (0–100).
• Use SetHeading(degrees) to instantly point the plane in any direction.
• Expressions available: Speed, Altitude, , >code class="bg-text-200/5 border border-0.5 border-border-300 text-danger-000 whitespace-pre-wrap rounded-[0.4rem] px-1 py-px text-[0.9rem]">Pitch, Roll, Heading, VerticalSpeed, SpeedPercent.
• Conditions available: IsAirborne, IsOnGround, IsStalling.
• Triggers available: OnTakeoff, OnLand — fire once at the moment of takeoff or landing.
• Tune Lift Factor and Gravity to adjust how easily the plane climbs.
• Tune Drag to control how quickly the plane slows down when throttle is reduced.
• Tune Pitch Rate and Roll Rate to adjust control sensitivity.
• All physics values are in pixels per second — scale your layout and object sizes accordingly.