MULTI-LEVEL VERTIPORT

Smart overview of the Invention

The invention pertains to an aerial vehicle designed for urban environments, where space is limited and traffic congestion is common. This vehicle features a passenger cabin, a load-bearing structure beneath it, and a propulsion system with multiple units. These units enable vertical take-off and landing (VTOL) and are positioned above the cabin on support arms. The design allows the vehicle to be reconfigured into a compact state after landing, enabling efficient use of space at a vertiport while still allowing passenger access.

Technical Features

The propulsion system includes several units, each with an effective thrust tunnel. These units can switch between a flying position with non-intersecting tunnels and a stowed position where tunnels overlap, allowing the vehicle to become more compact. This transition is facilitated by rotating the support arms around a vertical axis. The rotors within the units align parallelly in the stowed position, maintaining a streamlined form factor.

Operational Methodology

The invention also covers methods for operating passenger terminals for such vehicles. It involves transitioning vehicles between flight and compact configurations to optimize space usage. A wheeled platform aids in moving the vehicle within the terminal, ensuring seamless transitions between landing, embarkation, and maintenance areas without obstructing passenger doors. The platform can engage with the vehicle from below after landing.

Implementation and Benefits

This system facilitates efficient air transportation in urban settings by minimizing the ground footprint of VTOL vehicles. The reconfigurable design allows for easy storage and movement within passenger terminals, enhancing operational efficiency. Additionally, robotic systems may assist in reconfiguring vehicles between flight and compact states, further automating the process.

Potential Applications

The aerial vehicle system is suitable for urban air mobility solutions provided by companies like Uber, Ehang, and Airbus. Its compact design addresses current challenges associated with large footprints of existing aerial vehicles, making it feasible for mass passenger transport in densely populated areas.