Dragon flies to feed "freshly" the 20 astronaut mice of the ISS
The little mice wait. – Photo: NASA
[Cape Canaveral, December 5, 2018, rke] - Under an almost clear sky, SpaceX Falcon 9 rocket flew on December 5 at 1:16 (East) to ISS international space station to supply the 6 astronauts currently in orbit, including a German ( Sergey Prokopyev, Serena Auñón-Chancellor, Commander Alexander Gerst, Anne McClain, Oleg Kononenko, David Saint-Jacques), at 435 km high. The Dragon capsule brought fresh food (no mold like the day before) to 20 little astronaut mice in space since July 4, 2018. Here are my first images on the spot, NASA Causeway, 6 miles away, the closest. Sensations, emotions and delight in a next news.
Astrocast embarque donc 3 cubes-satellites, mais L’EPFZ a aussi une charge utile pour l'orbitographie low-cost GNSS (u-blox) qui provient du laboratoire du professeur Markus Rothacher.
So, but it’s a little creasy. NASA has announced a one-day delay in SpaceX’s next cargo launch until Wednesday to allow time for ground teams to replace moldy food bars meant for 40 mice heading for the International Space Station as part of a biological research experiment, denying the launch company a chance at two Falcon 9 missions on back-to-back days.
Fresh food bars were to be delivered to Cape Canaveral from NASA’s Ames Research Center in California late Tuesday for loading into the Dragon capsule, but officials were racing a clock to seal the spacecraft’s hatch and raise the Falcon 9 rocket vertical for final countdown preparations in advance of a Tuesday afternoon liftoff.
Finally, this adventure suits me. Since I have got my badge, the green, I can prepare my photo-equipment to put at the foot of the rocket Falcon 9. I will be able to control the cereals.
Space-sharing: Swiss satellites on board
So, and so, SSO-A is a cluster of 64 satellites placed around a ring with 6 branches in which are inset mini satellites (1 dm3, the smallest, 264 lb largest) which will be catapulted into orbit. Eh, well, a good idea comes from an ingenious engineer, Curt Blake, who proposed to store these machines in a compact way and to offer its services of space-sharing to companies or others. As a result, the business appealed to the Swiss Astrocast company (Vaud State, Lausanne, Ouest of Switzerland).
These 64 microsatellites in low orbit (eight per orbital plane) will cover uninhabited areas where Internet of Things (IoT) objects will not be connected to new dedicated LoRa or Sigfox terrestrial networks. Hence the interest of Astrocast because this deployment positions it as a satellite operator dedicated to the Internet of Things with the deployment of a ground structure and its own software.
Astrocast therefore 3 satellite cubes, but the Swiss Federal Institute of Technology (ETHZ) also has a payload for the GNSS low-cost orbitography (u-blox), which comes from the laboratory of Professor Markus Rothacher.
Old photo, nice mouth ?
Ah, it says, NASA took a long time to redo my new badge because my photo in their database dated back to 2002. So, as they (the administrators) noticed that I have aged (a little) they wanted to control. Ironically, my new photo (taken ten days ago in their offices) was so ugly that they reprinted the same as the old one, on the new badge. Hey, it makes me look younger!
I Dared to Put my Butt on the Flame Trench of the Launch Pad B
Explanations in an SLS assembly hall.
[Cape Canaveral, November 30, 2018, rke] Really, these launches follow each other and are similar. After the Falcon 9 / Es'hail 2 (SpaceX) launch of Cape Canaveral on November 15, 2018; Antares (Northrop Grumman, Cygnus) from Virginia on November 17, 2018, here comes December 2. SSO-A express satellites Smallsat Express (SpaceX) launch with Swiss experience on board. I will come back to this topic. These takeoffs are similar because they come from private launchers. That is so! America's next moon landing will be made by private companies — not NASA. So, NASA Administrator Jim Bridenstine announced Thursday Nov. 30 that nine U.S. companies (see below) will compete to deliver experiments to the lunar surface. The space agency will buy the service and let private industry work out the details on getting there, he said. It's not surprising if we have to wait so long to finally see NASA's rocket, the SLS, still in production. Okay, this happens normally, but the money is not enough to speed up production. However, Donald Trump decided to put the turbo… to back on the moon as soon as possible, as a producer and not an explorer and so before conquering deep space, including Mars. This gives a little lash but not a big whip. Because it is necessary to find these famous pennies, hence the contribution of the private sector.
Always is it, since July 8, 2011, the last launch of a manned flight, Space Shuttle, the PAD B launch is always in adaptation to receive the new rocket SLS, the one that will have to send men in deep space. It is a mixture of modernized elements between a Saturn rocket and the thrusters of the American shuttle.
Oh, it's not bad. I have the opportunity to visit the hall where we could see some pieces of rockets (See photos). As I also had the chance to tread four times the PAD (since July 9, 2011), I was finally able to set foot in the new Launch Pad Flame Trench 39B Nears Completion which finally arrives at termination.
The main new flame deflector is critical to safely deflecting the plume exhaust from the massive rocket during launch. Measuring approximately 57 feet wide, 43 feet high and 70 feet long, the deflector's north is slanted at about a 58-degree angle and will divert the rocket's exhaust, pressure and intense heat to the north at liftoff. Two side deflectors soon will be installed. They will help to contain and protect the vehicle and surrounding pad structures from the solid rocket boosters during liftoff.
I dared to put my butt on these cast-iron flames, but I was scolded. Why? These are not strong enough to support me?
Nine U.S. companies will compete to deliver experiments to the lunar surface
Johann-Dietrich Wörner ESA Director general during the official day. – Photo: rke
NASA/ESA – Orion. The ball joints of the solar panels are Swiss made
David Parker, Director of Human and Robotic Exploration (ESA) and Johann-Dietrich Wörner ESA Director general. – Photo : rke
[Cape Canaveral, November 27, 2018, rke] – I come back to you, like hail after the harvest, as they say in Switzerland. And in France, I suppose. NASA and the European Space Agency (ESA), unveiled Friday, November 16, 2018, in the Kennedy Space Operations Center(O & C High Bay Available SMEs), in other words, the Apollo hangar capsules refitted in assembly room of the ends of modern rockets, the Orion module. Many high personalities for this official inauguration of the Service Module (SM) were present. We did not have the opportunity to interview some leaders at that time, but later to the press conference held at the KSC Press Center.
Johann-Dietrich Wörner
ESA Director general.
– Photo : rke
Orion is NASA's new vehicle for exploring the universe. First the Moon, then Mars, then the very far away space. The spacecraft consists of two parts: one livable and the other consumable. So, it is this piece which was inaugurated and I am not very proud since it comes a little from Switzerland. This service module serves to ... serve, which means that without it, nothing can work in the livable vehicle. It's like driving a car without fuel, electricity, heat, etc.
The SM thus serves, as the image indicates it opposite, to provide the propulsion (helium) of the vehicle, of the water to the crew and the current thanks to the solar panels (62,3 feet).
And Switzerland, precisely contributed to the realization of this module… with other European countries (see map). RUAG in Zurich (Center) has developed the rotation mechanism of these panels. "This is one of the essential parts of the module," Philippe Deloo, project manager and Philippe Berthe, module program manager at ESA, told me on site. Indeed, it corresponds a little to the function of the patella of our knee or our elbow. Without this element, solar panels can no longer orient themselves properly towards the sun. Without power, no movement.
The completion of the service module in Europe signifies a major milestone in the journey toward human exploration missions to the Moon, Mars and beyond.
The Instrument Deployment Camera (IDC), located on the robotic arm of NASA's InSight lander, took this picture of the Martian surface on Nov. 26, 2018. - Photo : NASA / JPL-Caltech
NASA InSight : electronics by the Swiss institute ETHZ
[Cape Canaveral, November 26, 2018, rke] – Chance is finally doing the right thing. Taking advantage of my long-American journey (since November 13 to December 18, 35 days), I did not miss the opportunity to live the successful landing (once again by the Americans), the probe InSight, this Monday, November 26, 2018, at 3pm East. This is not the big rover Curiosity (1982 lb), launched on November 26, 2011, which landed on the red planet August 6, 2012 - and which still rolls, 12,3 miles traveled - but a 1’530 lb fixed-gear machine designed to capture seismic activity in the bowels of Mars. So, I took the opportunity to visit the KSC, specifically the "Journey to Mars" lobby. While this is not the control center of JPL in California, but the vibe was there. It reminded me a bit of the tension that occurred when the man landed on the moon in 1969. Time is running, but people do not get bored, such events. Other visitors took advantage of the screen installed outside to follow the landing lives. In stormy weather and heavy at almost 82 degrees F., I preferred to follow the event inside.
The rover Spirit in Lego.
- Photo : rke
The rover Spirit in Lego.
- Photo : rke
A number of European partners, including France's Centre National d'Études Spatiales (CNES) and the German Aerospace Center (DLR), are supporting the InSight mission. CNES, and the Institut de Physique du Globe de Paris (IPGP), provided the SEIS instrument, with significant contributions from the Max Planck Institute for Solar System Research (MPS) in Germany, the Swiss Institute of Technology (ETH) in Switzerland, Imperial College and Oxford University in the United Kingdom, and JPL. DLR provided the HP3 instrument, with significant contributions from the Space Research Center (CBK) of the Polish Academy of Sciences and Astronika in Poland. Spain's Centro de AstrobiologĂa (CAB) supplied the wind sensors.
In the KSC. - Photo : rke
Several groups at ETH Zurich are responsible for the sensor's data acquisition and control electronics and will evaluate and interpret the acquired data from NASA's Deep Space Network (DSN). The DSN transmits the signals via the French space agency, CNES, to the data center of the Swiss Seismological Service at ETH Zurich, where they are analyzed.
Currently, AEIL is involved in the Phase B, which will end with an Engineering Model (EM) in 2013. The Swiss industry will develop the flight hardware by the end of 2014. This is an extremely challenging schedule for ESA, NASA and all institutes involved.
[Cape Canaveral, November 24, 2018, rke] – Ten days after the launch of Falcon 9 / Es'hail 2, November 15, 2018, at 3:46 pm, from Cape Canaveral, I’m back. Yes, I'm still in Cape Canaveral! After a very intense week to finish Swiss Engineering RTSmagazine in December, I can finally get interested in these rockets. After six months, this takeoff finally took place on time. By chance, this happens often when I'm there. And it is rather rare, SpaceX asked NASA to block all roads leading to the shooting range, including that of the visitor center. So I was escorted on site with a bus specially designed for foreigners. As a result, I found myself alone with the Qatar TV team. At first, I was a little suspicious of seeing a journalist in a white turban, but after a long wait where it took a lot of patience to wait for the takeoff, I had time to realize that these Qataris are very open and friendly, contrary to the idea we have of them.
Brigadier Abdulaziz Falah al-Dosari (left)
at the launch site. - Photo : rke
Always guarded to the toilet
As usual, I was watched for my every move, even to go to the bathroom (the SpaceX policy), and I had to wait until the end of direct transmissions Qatari TV (around two hours after takeoff), to leave again. Oh, miracles, the SpaceX guy thanked me for my patience. Fortunately for me, because I got to know the Brigadier Abdulaziz Falah al-Dosari, Assistant for Technology to the Minister of State for Defence Affairs. The same personality that signed in 2016 a contract for the purchase of 114 Airbus A340, then in December 2017 of 50 Airbus A321 and 12 Rafale.
Photo : rke
Es'hail-1 was launched by Ariane in 2013 already
For info, the Japanese-built Es’hail-2 satellite is operated by the state-owned Qatar Satellite Company, also known as Es’hailSat. So, Falcon 9 placed the Es’hail-2 into a geosynchronous transfer orbit, with the satellite expected to then reach its final slot in geostationary orbit under its own power. But the Middle-Eastern state’s existing Es’hail-1 satellite was launched as a joint venture between Es’hailSat and French telecommunications operator Eutelsat. Es’hail-1, which was formerly also known as Eutelsat 25B, was deployed by a European Ariane 5ECA rocket in August 2013. Stationed at 25 degrees East, the Es’hail-1 satellite was expected to operate for at least fifteen years from launch.
Then, Falcon 9 boarded the first charge of a radio amateur satellite to fly in geostationary orbit (to say fixed above our heads). Its transponders have broad beam antennas to provide full coverage over about 1/3rd of the earth’s surface. A team of amateurs, led by Peter Guelzow DB2OS (President of AMSAT-DL) are providing technical support to this groundbreaking project which is expected to provide an exciting new phase of activity for radio amateurs for the 21st century.
Ah, finally, after the purchase of Airbus, will Qatar offer rockets? It would have the financial means…