UWB drone station

TEAM: SOLO THESIS PROJECT

DURATION: 9 MONTHS

SKILLS: UX, INDUSTRIAL DESIGN, ELECTRONICS, 3D PRINTING, PROTOTYPING

TEAM: SOLO THESIS PROJECT

DURATION: 9 MONTHS

SKILLS: UX, INDUSTRIAL DESIGN, ELECTRONICS, 3D PRINTING, PROTOTYPING

TEAM: SOLO THESIS PROJECT

DURATION: 9 MONTHS

SKILLS: UX, INDUSTRIAL DESIGN, ELECTRONICS, 3D PRINTING, PROTOTYPING

Exploring the future of drone services in urban areas through a cutting-edge navigation system, for life in smart cities

Exploring the future of drone services in urban areas through a cutting-edge navigation system, for life in smart cities

Exploring the future of drone services in urban areas through a cutting-edge navigation system, for life in smart cities

BRIEF

A paradigm shift of ever-increasing automation is pushing for the development of smart Unmanned Aerial Vehicle (UAV) applications to achieve efficiencies in urban environments. However, their implementation has proved challenging due to several risks associated with dense living areas, including (i) a lack of precision and reliability, (ii) privacy concerns, and (iii) short battery life. Classic methods of GPS/GNSS and vision-based navigation both present major shortcomings to address these issues, which highlights the need to develop a novel framework in support of smart UAV systems for cities.

SOLUTION

This article presents an innovative hardware platform featuring a scalable and efficient UAV charging solution based on battery-swapping, combined with a high accuracy positioning hotspot system, relying exclusively on data fusion of Ultra wideband (UWB) and IMU.

In-depth study of concept development

Designing exceptional human
centered solutions that exceed
expectations since 2020.

Made with <3

Designing exceptional human
centered solutions that exceed
expectations since 2020.

Made with <3

Designing exceptional human
centered solutions that exceed
expectations since 2020.

Made with <3