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CUA polymer-fibre satellite micropropulsion systems readying for launch

CU Aerospace is preparing to launch a series of innovative micropropulsion systems for flight on satellites in the near future. Champaign-Urbana Aerospace (CUA) has developed...

Using software technologies to enable spacecraft trajectory optimisation

Dr Ryne Beeson, Senior Scientist at CU Aerospace, shares new and enabling capabilities optimising the design of spacecraft trajectories to achieve mission objectives. The advent...

New small satellite propulsion technologies for evolving industry needs

Dr David Carroll, President of CU Aerospace, introduces the organisation’s latest small satellite innovations, developed in accordance with changing industry requirements. To provide a ‘responsible...

Potential applications for low-temperature plasmas

Dr Joseph Zimmerman, a Senior Scientist at CU Aerospace, discusses recent experimental investigations of applications for low-temperature plasmas. Solids, liquids, gases, and plasmas. As the...

CU Aerospace: reducing space debris with micropropulsion systems

CU Aerospace is working to reduce dangerous space debris with the development of its responsible space micropropulsion systems. Spun out of the University of Illinois...

VascTech materials – the possibilities are endless

Dr Chris Mangun, Director of Advanced Materials at CU Aerospace, explains the benefits and applications of VascTech (Vapourisation of sacrificial components Technology), a unique...

Five new innovative micropropulsion systems for nanosatellites

The Innovation Platform speaks to Dr David Carroll, President of Champaign-Urbana Aerospace, about the latest innovations in micropropulsion systems for nanosatellites. Founded in 1998, Champaign-Urbana...

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