maxon is flying to the sun

In February, Solar Orbiter will launch its mission to collect new data about the Sun.

Swiss research and industry have played a substantial role in the construction of the space probe – with drives from maxon Group among the contributions.

The European Space Agency (ESA) wants to study the Sun up close. Next month the agency will launch the Solar Orbiter space probe, equipped with ten measuring instruments. Scientists hope that the mission, which will last several years, will provide them with new insights into phenomena such as the solar wind, as well as the complex dynamics that are responsible for solar eruptions. Solar Orbiter will fly to within 45 million kilometres of the Sun – closer than Mercury, its nearest planet. At this distance, the side of the probe facing the Sun will be exposed to intense heat: more than 500°C. A heat shield will protect the important instruments on board the probe, equipped with shutters to provide a view of the Sun only when measurements are being taken.

Studying solar eruptions

The same applies to the spectrometer-telescope for imaging X-rays (STIX), whose purpose is to study solar eruptions more closely, possibly enabling large-scale eruptions to be predicted in future. STIX was developed at the University of Applied Sciences and Arts Northwestern Switzerland (FHNW) in collaboration with several industrial partners from Switzerland, including Almatech. Swiss drives made by maxon are among the components used in the X-ray telescope. Two specially modified DC motors with diameters of 13 mm move an aluminium attenuator, which slides in front of STIX's 30 detectors as required. The micro drives are wired in parallel and can be used together or individually. Thus ensuring that they'll run smoothly for the entire five years planned for the mission. The design is based on micromotors that will soon be used in ESA's ExoMars Rover. Key factors when selecting the drives were their low weight, energy efficiency, and resistance to vibration.

Solar Orbiter is one of ESA's flagship projects and has cost more than 1.5 billion Australian dollars (AUD). After its planned launch in February, the probe will journey for almost two years before it can start taking measurements. The mission is scheduled to end in 2025.

From the Sun to Mars

While Solar Orbiter approaches its launch date, preparations are underway for the next two major Mars projects, which are scheduled to start in the (European) summer of 2020: NASA's Mars2020 Rover and ESA's ExoMars Rover. The aim of both missions is to provide new information about the Red Planet, answering questions such as whether there has ever been life on Mars. Mars2020 also carries a small helicopter to deliver a proof of concept that flights are possible on Mars despite the very thin atmosphere.

maxon drives are used for mission-critical tasks in both projects, including wheel drives, handling soil samples, and steering the Mars helicopter.

Please contact maxon media office for more information: maxon motor Australia tel. +61 2 9457 7477 | maxon Group Headquarters Tel. +41 41 662 43 81

Back to the news overview

Product navigator

Do you know our Product Navigator?

 

The Shop lets you place a direct order quickly.

 

Our highlight: the Configurator. Discover all the configuration options with our special X-drives series. Try it out!

 

The Selection Program.

Haven't heard about it? You've got special environmental requirements? Enter the parameters here to find the best drive for your needs.

 

maxon Application areas. Read our interesting stories about industries that use our products.

CONTACT

maxon motor Australia Pty Ltd

Unit 1, 12-14 Beaumont RoadMt Kuring-Gai NSW 2080Australia
+61 2 9457 7477 +61 2 9457 8366
Contact