University of Oulu
Demonstrator 2 and 8
About University of Oulu

The University of Oulu in Finland is an international science university that creates innovation for the future, well-being, and knowledge through research and education. Founded in 1958, their community comprises 13.000 students and 2.900 employees and has established itself as one of the biggest and the most multidisciplinary universities in the country The university consists of eight faculties and many specialised research units. They are responsible for demonstrators 2 and 8.

Demonstrator 2: 5G/6G Networks Infrastructure Adaptation

Big public events expose high demand in terrestrial mobile communications. During such events as Race of Drones Oulu or Oulu Days, the load of the teleoperator's networks multiplies. The higher load of the mobile networks brings to the teleoperators additional challenges to ensure the quality of 5G communications required for many UAS missions associated with public safety, monitoring and observation, journalism, and missions of the hobbyists.

Demonstrator 2 will show how existing 5G infrastructure can be improved to support UAS operations in an urban environment.

USE CASE

1
Measuring the quality of 5G communications
2
5G heat map for drone navigation

RESULTS

The results of this demonstrator are available in Deliverable 6.5: Evaluation and Regulatory Assessment Results.

The results of demonstrator 2 are described from page 25 to 34 (chapter Annexes).

Demonstrator 8: Multi-purpose and Specific Service Drones

In the future, service UAS will provide services to city inhabitants, public organisations, and businesses. Multi-purpose heliports will be deployed to serve as UAS docking and charging stations. This demonstrator is to deploy one or two prototypes of those heliports, which may yet have limited functionality. The future heliports, though, will be equipped with a variety of modules that service drones can swap to achieve the best match for the requested mission. Furthermore, future heliports will be equipped with cargo bays or lockers able to fit cargo containers. A broad range of possible use-cases for services that might be made available through the service UAS were discussed with UAM Oulu stakeholders. Two those that are among the most demanding, are selected as use-cases for this demonstrator.

USE CASES

1
Parking area monitoring
2
Winter road inspection
3
Car-mounted drone heliport

RESULTS

The results of this demonstrator are available in Deliverable 6.5: Evaluation and Regulatory Assessment Results.

The results of demonstrator 8 are described from page 52 to 63 (chapter Annexes).

Living Lab Highlights

Ff2020 OULU white paper  thumbnail

WHITE PAPER: THE UNMANNED AIRCRAFT SYSTEM'S EMPHASIS ON SAFETY

Learn about the evolving landscape of unmanned aircraft systems with a focus on safety and legal compliance. This white paper, written by our partner University of Oulu, explores the challenges and solutions for integrating drone operations within regulated airspace, emphasising the critical role of air traffic management, communication standards, and collision avoidance technologies. It proposes a collaborative approach, involving a living lab for testing and innovation, to enhance situational awareness and operational safety. A must-read for stakeholders in the drone services industry seeking to navigate the complexities of safety regulations and technological advancements.