Methodology for motion base simulation of closed loop supermaneuvers on a centrifuge simulator

Abstract

A methodology for designing a closed-loop motion simulation is discussed. This procedure is applicable to a centrifuge simulator as well as other types of devices which can produce both motion and visual fields. The key issues of coordinating the motion field with the visual simulation are discussed. Both systems are driven by the stick commands of the pilot, thus making it closed loop. The motion fields simulated are based on supermaneuvarable flight trajectories where research is needed to investigate how these supermaneuvers influence the ability of a pilot to perform a mission. It has been shown in performance studies that an agile aircraft has a definite combat edge over a nonagile aircraft. Using agility, a tactical maneuver can be performed expending less overall aircraft energy.<>