DroneHub in NEST
The opening of the "DroneHub" in Empa's NEST research building marks the start of a new era for autonomous robotics. Next-generation drones and robots are being developed here to repair damage to buildings, monitor ecosystems and advance sustainable technologies.
The “DroneHub” at Empa’s NEST provides a platform for the development of pioneering technologies that revolutionise the interaction of drones and robots with the natural and built environment. The focus is on drones that can perform autonomous tasks such as inspections, repairs and data collection. The aim is to reduce environmental pollution and promote climate protection.
Research at the cutting edge
The “DroneHub” has three central test environments that simulate real-life conditions. Additive manufacturing from the air enables drones to carry out infrastructure repairs in a vertical area with 3D printing from the air, defying wind and weather. In the biosphere, researchers are testing robots that move around in nature, collect data and use biodegradable materials that decompose after use. In building façades, a modular façade serves as a testing ground to explore how drones can be integrated into buildings to ensure maintenance and safety.
Autonomous systems as an environmental immune system
“Our vision is to establish drones as a kind of immune system for the environment,” explains Mirko Kovac, head of the project. These robots are designed to perform precise tasks, such as repairing buildings or monitoring ecosystems, while minimising both costs and risks.
Collaboration for sustainable solutions
The development of the “DroneHub” was initiated by Empa in collaboration with Imperial College London. This collaboration enables the exchange of knowledge and technologies to effectively tackle global environmental challenges.
Sustainable technologies for global goals
The “DroneHub” plays a key role in the development of autonomous, sustainable technologies that can contribute to global climate goals. Practical tests and interdisciplinary approaches create an interface between technology, the environment and everyday life.