![]() The ATV is not only the space vehicle itself, but a vast interconnected system: there are ground control centers in Toulouse (ATV mission control), Moscow (supervision of docking with the Russian Zvezda module on the ISS), and Houston (ISS mission control) the ISS astronaut crew also have an ATV control panel a satellite network relays commands and data between the ATV, the ISS and the three control centers. It is the biggest, most complex spacecraft ever developed and built in Europe – an unmanned 20-tonne space freighter that once launched makes its own way up to the ISS where it performs a completely autonomous rendezvous and docking maneuver with a remarkable accuracy of only a few centimeters!Īnd there’s more. Take the example of the ATV (Automated Transfer Vehicle), the Astrium-built cargo supply craft for the International Space Station (ISS). The ATV (Automated Transfer Vehicle), the Astrium-built cargo supply craft for the International Space Station (ISS), heading for rendezvous The answer is simulation-effectively executing an entire mission without leaving the cleanroom. You can’t take a spacecraft that needs to perform a docking maneuver while traveling at a speed of 28,000 km/hr for a test run, so how can you make sure that once it gets aloft it performs exactly as it needs to?
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