The Innovation Booster Robotics was active from 2021 to 2025 as a Swiss initiative supported by Innosuisse. This website is its legacy page. Throughout its duration, the Booster created and strengthened a national community fostering an open innovation culture in robotics. It brought together key players across academia, industry, startups, and public stakeholders to explore new ideas, catalyze collaborations, and accelerate technology transfer and innovation.
Although the Innovation Booster Robotics program has concluded, our mission continues through the Swiss Robotics Association (SRA), a standalone initiative dedicated to serving as a national networking hub for robotics stakeholders across Switzerland and fostering long-term collaboration, visibility, and impact. Visit the Swiss Robotics Association.
Participants:
Materials and Technology Centre of Robotics
The general guiding theme and vision of the new Empa Laboratory of Sustainability Robotics is to develop novel soft robotic systems for infrastructure maintenance and environmental monitoring. The main research method of the Centre is Physical Artificial Intelligence (PAI). The work uses a bio-inspired robot development methodology and focuses on integrating advanced materials with machine-learning-based controllers and multi-sensor perception. The centre is based on an institutional partnership between Imperial College London and the Swiss Federal Laboratories for Materials Science and Technology. Research thrusts include aerial robotics platform development, soft robotics, material science and digital infrastructure systems. The initiative benefits from advanced facilities in robot manufacturing and testing, including the NEST experimental robot testing space at Empa and a Vicon equipped flight arena at Imperial College London.
RR Engineering SA is an SME in the field of aerospace and safety based in the Swiss Drone Base Camp in Lodrino, Ticino. RR Engineering has access to airport environment and will support in validation of the FireDrone at later stage of the project
Environmental factors such as extreme temperatures limit the operation window of drones. The FireDrone project will develop miniature drones for extreme environment applications, utilizing high performance functional materials and system designs.

