A Testbed for the Future of Autonomous Systems – Bridging Research and Industrial Innovation 

Lund University, Annehem, Open Tech, and Ideon Science Park are collaborating to develop a testbed for Unmanned Aerial Systems (UAS) at Campus Ljungbyhed. The testbed already has a strong foundation as an academic environment for research and development, and the ambition is to expand it into a more commercially focused testbed that meets industry needs for testing, verification, and innovation. 

Unmanned Aerial Systems (UAS), or drone systems, are more than just flying devices – they are part of a larger platform for autonomous systems that can interact with ground-based vehicles, infrastructure, and other technologies. 

Think of UAS as a platform – in the same way that mobile phones became the foundation for an entire market of digital services. Similarly, UAS can be integrated with autonomous ground vehicles, robotics, and sensor networks to create new business opportunities and technological advancements. 

Together with our partners, there are great opportunities to create a comprehensive test and innovation environment for the future of integrated transport systems, where both aerial and ground-based units work together safely and efficiently. 

Examples of potential UAS applications and how they can interact with ground-based systems: 

• Autonomous systems for industrial inspection: Drones that independently inspect industrial facilities to identify maintenance needs. 

• Sensor integration for environmental monitoring: Equipping drones with sensors to collect data on air quality, water pollution, or deforestation – where UAS can be integrated with sensors and ground units to monitor environmental changes, power grids, or energy facilities. 

• Autonomous deliveries and logistics: Drones working in coordination with self-driving vehicles and robots to streamline transportation. 

• Security and surveillance: Drones used for surveillance, disaster response, or search and rescue operations that share real-time information with ground-based systems to enhance safety solutions in industries, ports, or critical infrastructure. 

• Smart cities and infrastructure: Use of drones for traffic monitoring, delivery of medical supplies, or infrastructure inspection, where UAS and ground vehicles collaborate to inspect, monitor, and analyze traffic flows, buildings, and road maintenance. 

• Indoor applications in factories and warehouses: Drones navigating indoors to transport materials or perform inventory tasks. 

Invitation to answer a survey:
We want to inspire you to think creatively about how UAS can be integrated into your operations while also mapping your needs. Your insights will help us identify which challenges can be addressed with the UAS platform and where there is interest in collaboration or real-world testing. 

Even if you haven’t used a testbed before, these offer unique opportunities to safely and rapidly test new products, services, or processes. Ljungbyhed combines the advantages of a large airfield with multiple runways, controlled airspace, and close ties to research and technical expertise. 

LINK TO SURVEY [In Swedish]

Featured Picture: LUSA – Lund University School of Aviation