Customized PackDrone

Development of vision based algorithms to a window/balcony drone delivery

Customized PackDrone

Development of vision based algorithms to a window/balcony drone delivery

Semester Research Student at Laboratory of Intelligent Systems (LIS), EPFL since Feb. 2021 Supervisor: Valentin Wüest (PhD student), Dr. Przemyslaw Mariusz Kornatowski, and Prof. Dario Floreano

Table of Contents

Background

At the Laboratory of Intelligent Systems (LIS), passionate researchers are developing a human-friendly drone delivery system for last-cm delivery - Dronistics. The system is composed of a safe drone called PackDrone and software to control and monitor drones in real-time.

PackDrone_deployed PackDrone can eliminate the damage from propellers or rotor blades with a foldable protective cage [Source: Dronistics]

  • What is the goal of this semester project?

Our goal is to deliver to a balcony/window which is tagged with a special symbol/pattern. Moreover, the drone should be equipped with a system of collision avoidance to prevent hitting a building.

  • Why motivates us to work on this project?

One vivid example is that in this special period of Covid-19, people are required to keep social distance while delivery work keeps operating. In contrast to large aircraft, window/balcony delivery with lightweight drone is a reasonable and effective solution to send valuable parcels such as medical supplies rapidly and safely.

System architecture

Illustration
Hardware experimental_drone
Software system_arch

System architecture of the proposed drone delivery system

Experiments

  • Visual fiducial marker evaluation tag_evaluation

  • Onboard test

tag_drone_real

Final presentation