Welcome to the 1.40 Missile Report! This week there were events that rocked the Earth during a heavy lift, with the announcement of NASA that he would consider the possibility of using commercial missiles for the first launch of the Orion spacecraft. The readers also presented a number of interesting stories, such as Brazil, considering the launch site for the rival Kura in neighboring French Guiana.
As always, we welcome the reader's submission, and if you do not want to miss the problem, please sign up using the box below (the form will not be displayed on AMP supported versions of the site). Each report will include information on small, medium and heavy missiles, as well as a quick look at the next three launches on the calendar.
The Vega-C missile enters the qualification phase, but slips off . The new European satellite launch system has recently undergone a critical review of its projects and is now ready to complete its production and final testing as part of the qualification phase, according to the European Space Agency. The initial Vega-C launch vehicle, a more cost-effective version of the Vega Vega missile, is now scheduled for early 2020 (it's sliding since the end of 2019).
Around the year . The Vega-C launches a new P120C solid rocket engine in Europe, which will also provide Ariane 6. The community should help Arianespace save costs as it tries to attract a larger satellite launcher market. "We have a challenging 12 months ahead, starting with four Vega launches between March and November and ending with the first Vega-C flight," said Stefano Yankees, head of the space shuttle development department of the ESA. (presented by Ken Bean and Unrulick)
LinkSpace is preparing to land missiles . On Twitter a Chinese launch company posted a photo of a missile landing with a message "Welcome to Earth". It is expected that the company will begin suborbital landing tests in the coming months.
Did we see this before? … Founded in 2014, LinkSpace was or even was the first privately owned Chinese rocket company (more than a dozen since). She wants to create a rocket with liquid fuel with a first stage of reusable use, which can raise about 200 kg on the synchronous orbit of the Sun. The landing technology seems to have been modeled after the Falcon 9 missile.
Another new Chinese launch goes into battle . Space transport has kept a low profile since its inception in 2018, but it recently announced that it has been found by an angel funder, the China Aerospace Blog reports. The company intends to develop multiple rockets for carrying capacity from 100 kg to 1000 kg.
Reuse, with a turn … Space transport offered an ambitious navigation system for missile realization: the illustration of the Tian Song -1 missile is equipped with a pair of wing-like wings that (supposedly) provide the lift needed to ensure slip. Such a system is faced with technical challenges, but it helps the new company stand out in the crowded field of Chinese startups.
Brazil can become a hub in the aerospace field . Brazil wants to attract customers to launch, promoting itself as a cheaper alternative to Kourou, a European cosmodrome in neighboring French Guiana. Aerospace Titans Boeing and Lockheed Martin visited the Alcântara launch center in December, reports Reuters. The Brazilian space agency also seeks to attract small firms with equatorial location.
Security Agreement Required … At present, Brazil's goal of becoming a launch site may depend on the conclusion of a technical security agreement with the United States to protect sensitive US space rockets and satellite technology. (Such an agreement is necessary for the launch of American missiles). The guarantee agreement may be ready this year if the US Department of State receives permission to negotiate. (presented by Alex)
The Saber air-breathing rocket passes the PDR . The kernel of the Saber air-breathing engine reactor, which reacts to the air reaction, has successfully passed the preliminary consideration of the project, reports . The assessment reveals the way for further critical review of the project, further development and testing of the core at the newly created facility in Westcott, England, in 2020.
It would be stunning . The complete engine is ultimately built on a core for the inclusion of a precursor, a rocket motor and a direct-jet air jet engine, designed to provide airborne breathing from the runway to the Mach 5 and beyond for hypersonic planes. In rocket mode, it must also provide inexpensive access to space. Obviously, the realization of such a promising technology will be really very interesting. But there is still a long way to go.
Europe aspires to promote smaller missiles . The European Space Agency reports that it is exploring how to maximize the small satellite industry in the continent. To this end, the ESA Future Launchers preparatory program funded industry proposals for an economically viable, commercially independent micro-launch unit. The proposals came from PLD Space, Deimos and Orbex, MT Aerospace, ArianeGroup and Avio.
Providing sufficient help … At the Space 19+ conference in November, ESA will propose a program to continue to develop commercially viable ideas for European industry by supporting proposals for private and private space transport services, with a primary focus on services launch on the basis of microlighters. European officials believe that it will also help stimulate the development of successful commercial cosmodroms in Europe
Stofiel, which takes an unconventional path to outer space . With his long hair biker boyfriend and dirty basement, Brian Stoieffel often seems like a crazy rocket scientist, according to Riverfront Times . And the Stofiel Aerospace founder based in St. Louis certainly has non-standard ideas about how to get into space using a combination of the balloon and predominantly plastic missile called Hermes
. .. Stofiel is a colorful person, and new ideas are always welcome in the aerospace industry. The fact that industry has reached the level where modestly wealthy seven can self-finance rocket experiments with 3D printing technology is a good thing. But so far, Stofiel has a long way to go before its aerospace ambitions become real. (introduced by Millenix)
China launched its 300-year-old Booster "Long March" . Chinese satellite TV retreated last Saturday aboard the 3 rd Round "Long March 3B". It marks the 300th orbital launch of the rocket family of the Long March country since 1970, reports Spaceflight Now. April 24, 1970 Missile "Long March 1" passed the first satellite of China into space
The rate of launch is accelerated . It took 37 years to complete the first 100 "Long March" launches, eight years for the second 100 flights and four years for the third 100 missions. This is another sign of the increasingly diverse ambitions of the country in space. (introduced by Ken the Bin)
SpaceX completes the mission of a commercial crew . Everything went almost perfectly during the first demonstration mission of the Crew Dragon spacecraft that broke out on March 8th. However, the mission was almost not launched on time, because SpaceX engineers were busy with the valve phase one in Falcon 9 hours before launch.
Not disclosed … The valve was replaced, and SpaceX was able to determine that there should be no such problems with the startup. Falcon 9 has been cleared up to the start of the NASA broadcast, and therefore the problem was not passed on to viewers. In any case, there was no problem with the very startup or performance of the Dragon.
NASA offers the commercial mission of Orion : In an amazing turn, NASA administrator Jim Bridzhenshin said the space agency will consider launching its first Orion Mission to the Moon on commercial missiles instead of its own NASA space system. "I think that we, as an agency, must adhere to our obligations," Bridenstein said at a NASA hearing. "If we tell you and others that we will start in June 2020 around the Moon, I think we should launch around the Moon in June 2020."
Such a mission will need two missiles … So, what will they be? Bridenstine did not name missiles during the hearing, but it seems almost certain that at least one of them would be the Delta IV Heavy, built by the United Launch Alliance. NASA used this rocket to launch the version of the Orion spacecraft at 3600 km in 2014. Both the United Launch Alliance and SpaceX – with their Falcon Heavy missile – will be invited to take part in the competition for a second launch.
SLS is under siege at the beginning of the week . The budget request of President Donald Trump for 2020 requires a 17 percent reduction in the budget of NASA's rocket-propelled missile when it was considered as the basis of the Space Agency's efforts to explore deep space. The main reductions would be to work on the research upper stage, which was necessary for the transition to the second, more powerful option, known as block 1B. this upper stage means that NASA can not jointly identify the Orion spacecraft with the crew and elements of the Moon Gateway at the same launch of the SLS missile. This, in turn, means that the Gateway elements can (and will) be launched on commercial missiles. If this budget survives in Congress, it will raise serious questions about the future of the carrier rocket.
Meanwhile, Boeing clicks on SLS tests . The basic stage of the initial space launching unit, Boeing, is moving forward with missile component testing, reports NASASpaceFlight.com. One of the teams is testing a test article in a large room at the Marshall Space Flight Center. Meanwhile, another is preparing a liquid hydrogen reservoir for its test runs in another large (but open) rack down the road. the issue of the forthcoming vortex of a large rocket. Test pieces are compressed, stretched, twisted and bent after several hours of freezing to simulate forces and environments that are expected to be detected during launch and rise to space. These tests will help to qualify the structures for the first flight and confirm the authenticity of the computer models. (introduced by Ken Bin)
The Star ship approached the initial tests . Last week, the first Raptor engine was delivered to Brownsville, TX, on. And within two days after the arrival of the new conveyor, Starhopper was moved from the construction site to the test site. SpaceX acquired or leased a quartet (most likely used) scanners to transport a Star Ship between building, launch and landing sites in South Texas, according to Teslarati. It was interesting to see Starhopper on the move in South Texas even as Spacex just wrapping its first commercial brigade demonstration mission. This is a sign that the company seems to always have its eyes on the future and the ultimate reward for sending people to Mars. Another very long way, of course, but we are looking forward to Staropper suborbital tests later this year. (introduced by Ken Ben)
The next three launches
March 15 : Delta IV | Global SATCOM | Broadband Spacecraft Cape Canaveral, Florida 22:56 UTC
March 16 : Electron Mission DARPA R3D2 | Mahia Peninsula, New Zealand | 22:30 UTC
March 22 : Vega | PRISMA Earth Observation Satellite Kourou, French Guiana | 1:50 UTC