Drone Traffic Control System With Charging Base

Problem - The future of delivery is autonomous vehicles & drones. One of the biggest limiting factors for drone delivery is the small delivery radius as each drone needs to have enough charge to complete a round trip [Warehouse <-> Customer].

Goal - To build a network of a drone landing pads which charge incoming drones and hopefully are capable of performing a package swap.

A Hub is located on a rooftop with multiple landing pads. Each Hub updates the server with available charging spots on landing pads.

A Hub is located on a rooftop with multiple landing pads. Each Hub updates the server with available charging spots on landing pads.

Using interleaved copper plates of +5V &amp; GND, the probes on the drone will charge the drone once they touch the copper plates on the landing pad. This design is more efficient than wireless charging &amp; works well with drones carrying a packag…

Using interleaved copper plates of +5V & GND, the probes on the drone will charge the drone once they touch the copper plates on the landing pad. This design is more efficient than wireless charging & works well with drones carrying a package beneath them.

First prototype is ready. Modelled landing base on Fusion 360. 3D printed base. Cut copper into thin strips using a Waterjet cutting machine.

First prototype is ready. Modelled landing base on Fusion 360. 3D printed base. Cut copper into thin strips using a Waterjet cutting machine.

Drone Traffic Control System in Action

This is a video going over different aspects of our capstone project design

 

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