On Monday, a rocket took off from the Baikonur cosmodrome in Kazakhstan in the direction of Mars. One of the instruments on board is the CaSSIS (Colour and Stereo Surface Imaging System) – a Swiss-made device for taking high-resolution, 3D colour photos of the Red Planet’s surface.This content was published on March 13, 2016 - 17:00
- Deutsch Ein kleines Stück Schweiz im Weltraum
- Español Una cámara suiza para escanear el planeta rojo
- Português Uma câmera suíça vai escanear o planeta vermelho
- 中文 太空里的一点瑞士
- عربي قطعة صغيرة من صنع سويسري في رحلة إلى الفضاء
- Français Une caméra suisse pour scanner la planète rouge
- Pусский Швейцарская фотокамера изучит Марс
- 日本語 宇宙に放たれたスイス技術の一片
- Italiano Una "macchina fotografica" svizzera per esplorare il pianeta rosso
What is CaSSIS?
CaSSIS is, essentially, a camera. It is also a powerful telescope, which will allow researchers to take high-resolution, colour pictures of the surface and topography of Mars in 3D.
CaSSIS is attached to the European Space Agency’s ExoMars Trace Gas Orbiter (TGO), and launched using a PROTON rocket from the Baikonur cosmodrome in Kazakhstan at 10:31 CET on Monday, March 14, 2016.
Who made CaSSIS?
CaSSIS was designed and built in just 23 months by a team of scientists and engineers from all over the world, led by Dr. Nicolas Thomas of the University of Bern Space Research and Planetary Sciences Division. Switzerland’s contribution includes engineering expertise from the Swiss Federal Institutes of Technology in Zurich and Lausanne, and key construction elements from Swiss industry.
How much did CaSSIS cost to build?
Approximately EUR 18 million (equivalent to about $20 million or CHF 19.7 million).
How does CaSSIS work?
CaSSIS will take a picture of the Martian surface, and then rotate its camera 180 degrees to take a second image. This dual-image system will capture stereoscopic, or 3D pictures in a manner similar to human eyes. The images will be taken from 400 km away at a high resolution of 5 metres per pixel.
Why was CaSSIS developed?
In addition to shedding light on the topography of Mars, CaSSIS’s high-resolution images will complement data on the Martian atmosphere gathered by the TGO and by other Mars orbiters. CaSSIS’s pictures will also help the ESA Mars rover, scheduled to land in 2018, to chart its journey across the planet’s surface.
How long will the trip to Mars take?
After the launch on March 14, the journey is expected to take seven months, with the TGO arriving in Mars’s orbit in October 2016. On April 7, the CaSSIS team will turn the camera on for the first time to ensure all systems are working properly.
This article was automatically imported from our old content management system. If you see any display errors, please let us know: firstname.lastname@example.org