This paper considers the problem of autonomous takeoff and landing of multirotor aerial vehicles (MAVs) on static slopes. Specifically, during takeoff, it should prevent the propellers from hitting the incline, and during the landing, it requires the fast regulation of the MAV attitude parallel to the slope to avoid rollover. To meet both the above requirements, we attempt an inner-outer-loop-based robust control strategy for the safe slop takeoff and landing. We show simulation and experiment to validate the proposed design.
Takeoff and Landing of Multirotor Aerial Vehicles on Slopes: Design and Experiment
2019-05-01
736722 byte
Conference paper
Electronic Resource
English
Multirotor Vertical Takeoff And Landing Aircraft With Cyclorotor For Lateral Control
European Patent Office | 2022
|