A compactable aerial vehicle features selectively collapsible arms for rotor repositioning.

Aerial vehicles, such as drones, have become increasingly prevalent for myriad applications, including surveillance, delivery, and photography. However, their design often poses challenges in storage and transport because of fixed, protruding components. There exists a need for aerial vehicles that can maintain functionality while offering a more compact, convenient design. Most current drone designs have fixed arms, which can result in logistical issues, including difficulty in transporting multiple units simultaneously and increased risk of damage during transit. These drawbacks necessitate an approach that maintains the integrity and performance of the aerial vehicle without compromising on portability and ease of handling.

Technology Description

The technology presents an innovative aerial vehicle designed with multiple arms that can transition between an extended state and a contracted state. In its extended state, this vehicle's architecture allows the rotors to maximize their distance from the core body, enabling optimal flight capabilities. The contracted state brings each rotor closer to the body of the vehicle, which streamlines the drone for storage or transport. This collapsibility is facilitated through the integration of tape springsā€”a noteworthy feature that differentiates the technology. The springs are biased to help move rotors between the two states seamlessly, suggesting a potential for enhanced usability and efficiency. The potential for a more compact form when not in flight positions this invention as distinct from traditional fixed-arm aerial vehicles in terms of portability and space efficiency.

Benefits

  • Enhanced portability and storage convenience
  • Reduced risk of rotor damage during transport
  • Greater operational flexibility in varied environments
  • Streamlined design optimizing space efficiency
  • Potential for quick deployment and retraction in the field

Potential Use Cases

  • Surveillance in areas requiring compact deployment systems
  • Commercial drone delivery services with improved storage capabilities
  • Professional photography and videography in remote locations
  • Search and rescue operations in dense terrains
  • Agricultural monitoring and data collection