Optimization of Flight Paths for Mars Exploration Aircraft Considering Uncertainty Due to Wind Disturbance

Abstract

This study investigates the effects of wind disturbances and capsule shaking on the flight history as possible uncertainties during the insertion of a Mars exploration aircraft into the atmosphere. As a result, the flight time was extended when a strong tailwind blew, which promoted the nose-up. On the other hand, a strong headwind hinders the nose-up and shortens the flight time and distance. The flight time and flight distance were increased when the capsule tilted in the direction of flight, and vice versa.