A multicopter reception portion engages a mooring linear member to guide the aircraft along a fixed trajectory.
Magnetic components align drones on landing stations to resolve positioning precision versus device complexity trade-offs.
Telescopic cylinders and a bistable actuator reduce harpoon weight while maintaining reliable anchoring function on rotary-wing drones.
An autonomous ground handling apparatus lifts and moves electric vertical take-off and landing aircraft using integrated lifting and motion devices.
Integrating the landing gear module with the gondola eliminates separate unloading devices, reducing structural complexity and manufacturing costs.
Pivoting lever arms drive bridge arms to distribute pressure evenly across composite blades, preventing damage from excessive clamping force.
Automated engagement latches transition between disengaged and secured configurations to couple UAV payloads without manual intervention.