At ASRO, we integrate visionary design principles with meticulous engineering to deliver future space technology – today. For more than two decades, we have expanded the frontiers of space engineering by developing sophisticated instruments for space applications that consistently meet and surpass the exacting demands of modern scientific research and commercial ventures.
ASRO was founded in July 1999 as a spin-off from the University of Turku Space Research Laboratory, building on expertise gained during the development of the ERNE instrument for the ESA/NASA SOHO mission. The company’s initial focus was on space weather services, later expanding into innovative projects such as the Charged Particle Telescope (CPT) and optical space debris observation.
Over the years, ASRO has contributed to the development of several advanced space technologies, such as instruments for major ESA missions, including BepiColombo, Solar Orbiter, and ALTIUS. For over a decade, the company has also collaborated with the German Aerospace Centre (DLR) to advance dosimetry technologies for human spaceflight.
Today, ASRO’s activities are centred on space weather monitoring and microscopy solutions for life sciences in space, while continuing to develop radiation monitoring technologies that help safeguard astronauts.
Our space engineering work is built on the skills and dedication of our team of engineers, scientists, and technical specialists from diverse backgrounds. They bring years of experience and fresh new perspectives to developing dependable solutions for space missions and technological instruments alike.
ASRO’s main office and laboratory premises are located in the heart of Turku, Finland, in the busy Tech Campus area of Kupittaa. Turku High Tech Centre provides an inspiring environment where our engineers and researchers collaborate on advanced space engineering projects. Proximity to leading universities and research institutes supports ongoing collaboration and efficient prototyping for ASRO.
At our new dedicated facility, you’ll find precision optics and machining workshops, as well as spacious laboratory premises for material analysis, through to full subsystem integration. Adjoining open-plan offices ensure that design, testing, and quality teams can work closely together.
