Satellite testing takes off at ANU
Can-sats and cube-sats, the size of a loaf of bread, represent a disruptive evolution to satellites being bigger and better.
A loud group of ANU students are hurling plastic bottles from the Heavy Ion Accelerator Facility on campus. As each bottle plummets from the 40 metre-high tower, the students erupt into triumphant cheers.
You would be forgiven for calling ANU Security, but far from being mischief-makers, these students are actually just doing what their prof told them.
These bottles are in fact fully-functioning satellites - can-sats, the size of a can - and the students are learning skills that could propel them into the space industry.
"Can-sats and cube-sats, the size of a loaf of bread, represent a disruptive evolution to satellites being bigger and better. With micro-propulsion systems they can form organised clusters that can deliver more powerful data than a single large satellite," says Professor Christine Charles, head of the Space Plasma Power and Propulsion Laboratory.
Professor Charles' group are part of a global project to launch a network of 50 cubesats from the International Space Station.
Australia is contributing three cubesats to the European Union project, through a collaboration of five universities.
