Not long ago we ware able to witness the launch of the groundbreaking SmallGEO satellite Hispasat 36W-1 live and now the next milestone is at the gates: Sentinel-2B is ready for take off and will be launched tonight at around 02:49 h (CET) on board a European Vega launcher.
To all the night owls, aerospace enthusiasts and satellite lunatics: A Soyuz VS16 rocket with the OHB-built SmallGEO satellite HISPASAT 36W-1 and our telecommunication payload starts today at 02:32 pm Central European Time, or "exactly" in 14 hours and 6 minutes. Here, thanks to ESA and livestream.com, you can experience the launch up close and live.
For more than fifteen years, Tesat-Spacecom from Backnang has stood for quality and innovation in space equipment. Fifteen years full of exciting developments, innovations, great milestones and the one or other big and small revolution in space. With pride one can look back on what has been created, and with pride one can look into the future, on what is still to come to us. With the self-confidence of more than 700 realized space projects and more than 250 million in-orbit hours, we expect this future with excitement as well as with enthusiastic curiosity.
The TGO space probe was now on its way to the Red Planet for seven months, and is now on the finishing line of the ExoMars mission. Yesterday afternoon, the international team of ESA and Roskosmos researchers celebrated the first milestone: The separation of "Schiaparelli" from the research probe "TGO", which was not quite uninhibitive, was successfully mastered. Now it takes a few more days until Schiaparelli has braked to the right speed, before it lands on Mars on Wednesday.
Using an Atlas-V rocket and on board the spacecraft OSIRIS-REx amplifiers made by Tesat-Spacecom make themselves tomorrow on the way to the asteroid Bennu. After New Horizons and Juno, OSIRIS-REx is the third spacecraft of the New Frontiers Program of NASA. The aim of the OSIRIS-REx mission is to collect samples and return them to Earth. More precisely, the probe shall gather around 60 grams of regolith, "non-earthly loose material on the surface of asteroids", with its arm, store it safely and bring it back to Earth.
The optical observation satellite Sentinel-2B, which structurally identical twin-satellite Sentinel-2A has already been started on June 23, 2015, now comes into the hot phase. Yesterday the second "eye" of the European Earth monitoring program Copernicus was completed and is now ready for different space tests in the Research and Technology Centre (ESTEC) of ESA in Noordwijk.
Tesat Parts Agency was honored with the this year’s “Supplier of the Year” award in the category “Value-Add Supplier” by Rockwell Collins. The US aerospace company awards this prize annually from hundreds of suppliers to only ten chosen companies.
Update 2: Start postponed a second time. For further info, please go with the livestream player.
Update: Due to bad weather conditions the launch is postponed. New launch Date: today, 23.04.16, 22:30h (CET). Stay tuned.
Tonight at 23:02 Central European Time a Soyuz rocket with a precious cargo launches from the European spaceport near Kourou in French Guiana: Not only the satellite Sentinel-1B, the fourth "guardian" of the European Earth observation program Copernicus is on board, but also a Laser Communication Terminal (LCT) from Tesat-Spacecom, to collect and send more precise data from earth to earth. Sentinel-1B joins his twin satellites 1A, which circulates already for two years to the Earth and the other Sentinels 2A and 3A.
March 2016 – As the first company worldwide, Tesat-Spacecom, one of the largest space technology companies in Germany, has pioneered the application of additive manufacturing techniques, also known as 3D printing, for the production of microwave components. The breakthrough took place within the framework of an activity supported by ESA through the Competitiveness & Growth Element of the ARTES programme.
On 14th March 2016 the communication module (CM) of the EDRS-C payload was delivered to OHB. On the 16th March the incoming inspection in Bremen could also be completed successfully. Thereby two of the three components of the payload – CM and antenna – as also the testing system for the following satellite testing phase at OHB in Bremen respectively at IABG in Ottobrunn are ready. The last essential component for the function of the hybrid payload, the LCT, is in the final acceptance test phase at Tesat-Spacecom.