by Staff Writers
Uppsala, Sweden (SPX) May 18, 2016
The European Space Agency ESA has awarded Uppsala-based AAC Microtec the contract to develop an advanced miniaturized motion controller for future robotic exploration missions to Mars. The contract for the Miniaturized Motion Controller for Robotic Exploration (MCC-X) is worth EUR 1,950,000. The project will be started immediately and run to the end of 2019.
The environments at Mars and the moon are extreme. The fact that temperatures constantly shift between very hot and extremely cold pose special problems related to the expansion and contraction of materials. Different materials expand at different rates, which causes wear at the joints between them.
To avoid this you may have to use energy to warm the components in order to maintain a steady temperature, which poses problems especially during long and cold Mars and lunar nights. As AAC Microtec has expertise and experience of miniature electronic components and systems for spacecraft operating in the most extreme environments, the company is well positioned to meet these challenges.
"AAC Microtec's technology makes it possible to construct very homogeneous circuits using only a few materials with similar characteristics, thereby minimizing the need for spending energy on temperature control. AAC Microtec's miniaturization technique is another key factor in developing a motion controller suitable for our future Mars and lunar missions," says Gianfranco Visentin, Head of ESA's Automation and Robotics Section.
"AAC Microtec is a leading supplier of miniature electronic components and systems for spacecraft operating in the most extreme environments and this project adds further to the impressive list of solutions that we develop for our global customers." says Mikael Andersson, CEO at AAC Microtec.
The MCC-X project will also involve the Swiss Center for Electronics and Microtechnology (CSEM) and Maxon Motor, which have both been subcontracted by AAC Microtec.
The goal is to develop a miniaturized motion controller with a modular approach in terms of the subsystems, e.g. power electronics subsystem for driving the motors, on-board computing system for implementing the control algorithms, etc. This will allow the customization of the design according to various application needs.
"We are very happy to get this contract from ESA. This once again shows the confidence that ESA has in our miniaturization technology and we are confident that future interplanetary missions will benefit from the results of the MCC-X project", says Johan Backstrom, Vice President Sales and Marketing at AAC Microtec.
Mars News and Information at MarsDaily.com
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