What does the pendulum effect in a Powered Parachute (PPC) achieve during unaccelerated flight?

The pendulum effect in a Powered Parachute is a phenomenon that contributes significantly to the stability of the craft during unaccelerated flight. When the PPC is in flight, the weight of the cart, or the pilot, acts as a pendulum relative to the wing. This setup creates a scenario where the cart naturally seeks to align itself below the wing, providing a stabilizing force.

As the powered parachute experiences any small disturbances or changes in wind direction, the pendulum effect helps the cart to swing back into a stable position beneath the wing. This self-correcting characteristic enhances the overall stability of the PPC, allowing it to maintain a more level flight path with less pilot intervention.

While the other options present various ideas regarding the operation of a PPC, only the stabilization of the cart directly results from the pendulum effect, making it an integral aspect of how the aircraft maintains controlled and stable flight.