房地用车的Harpoons和一系列其他系统也配备了Faulhaber驱动器。
At the end of May 2014, the Rosetta space probe moved into an orbit around the comet 67P/Churyumov-Gerasimenko to map its surface and prepare for the landing of Philae. This ballistic lander, weighing 100 kg, landed successfully on the comet on Nov. 12, 2014.
Landing on a comet—a maneuver that has never been performed before—is in many ways beset with difficulties. There is little known about the exact composition of the surface of the comet. Ice and dust, fissures and craggy structures are factors in the landing. Accordingly, the Philae lander unit was conceived to handle many challenges. Faulhaber dc motors help firmly anchor Philae on the comet.
One of the greatest challenges is the minimum gravity affecting 67P. There is indeed no risk that the probe could break apart upon landing, as it only weighs a few grams on the comet. Rather, the aim was to prevent Philae from bouncing off the planet again. To find firm footing on the surface and ensure this footing throughout the entire duration of the mission, a special anchor system was developed.
After traveling for ten years in the harsh environment of space, Faulhaber dc motors had to function properly to ensure the Philae’s safe landing.
在着陆后接触地面后，立即通过推进剂电荷射入彗星表面的两个木包。为了保护着陆器，然后通过两根电缆绞车绘制绷紧，每个电缆绞车由FAulhaber电机驱动。
该公司的直流电机也在菲利莱的仪器和实验设施工作。这些设施将用于研究彗星表面的结构和组成。因此，将通过任务实现对太阳系的起源和演化的有价值的见解。
micromo.
www.micromo.com.
提起：技术+产品那电机•DC.
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