SpaceX is scheduled to resume launches at Kennedy, after a month of range upgrades by the Air Force. You can watch it live here, or here.
Launch is presently scheduled for 12:31 Eastern time to send a Dragon capsule to ISS. At the moment all looks good for an on-time launch.
The launch was a complete success, including a picture-perfect first stage landing at Kennedy.
Capitalism in space: A Japanese private joint venture has formed with the intent to compete in the new smallsat rocket industry.
The new company is led by President Shinichiro Ota, a former industry ministry bureaucrat and once the head of the Japan Patent Office. NGSRDP will initially be based at Canon Electronics’ headquarters, studying technologies and costs with the hope of starting commercial operations as early as this year.
The joint venture has set a price point of 1 billion yen ($9.1 million) or less per launch — an amount seen as competitive against overseas rivals. At present, plans call for a rocket smaller than the Epsilon rocket currently under development by the Japan Aerospace Exploration Agency, or JAXA, but larger than JAXA’s SS-520 minirocket.
The four companies had been discussing formation of a small rocket company for about three years. President Ota has said that the “time is ripe” for the joint venture. IHI Aerospace has played a key role in the development of Epsilon, while Canon Electronics has been involved in the SS-520 project.
I would say that this is a clear sign that the competition in the smallsat rocket industry is definitely heating up.
Note that the name of this new joint venture, New Generation Small Rocket Development Planning (NGSRDP), is quite horrible. I hope they come up with something better soon for marketing purposes.
Japan’s space agency JAXA scrubbed a Saturday launch of a GPS satellite because of a possible leak in the H2-A rocket’s helium pressurization system.
The Japanese have not released much information. However, the problem might be more serious than normal, because the rocket was still on the launchpad on Sunday, almost a day after the launch itself was scrubbed. Normally when a launch is scrubbed they move quickly to safe the rocket and get it back into the assembly building to assess the issue. That the rocket was not moved suggests they might be having a problem doing this.
Capitalism in space: Virgin Orbit’s LauncherOne rocket has gained another launch contract, this time from an Italian smallsat company.
Italian small satellite builder Sitael has signed Virgin Orbit to send a technology demonstration satellite into low-Earth orbit next year. Sitael’s µHETsat, a demonstrator for a new electric propulsion system built with the European and Italian space agencies, will fly on LauncherOne “mid-next year,” Dan Hart, Virgin Orbit Chief Executive, told SpaceNews Aug. 11.
Virgin Orbit is preparing to begin commercial services with LauncherOne, its air-launched small satellite orbital vehicle, in 2018. Other customers for the launch system, which can carry 500 kilograms to LEO, include NASA, OneWeb, and Sky and Space Global.
This story further strengthens my prediction that LauncherOne (in development for 5 years) will fly in space long before SpaceShipTwo (in development for 13 years).
Capitalism in space: A startup that intends to land two privately built rovers near the Apollo 17 landing site in 2018 also plans to use basic cell tower technology to relay what the rovers find back to Earth.
Part Time Scientists has a launch contract for late 2018 with Space X as a secondary payload on the Falcon 9 rocket. Becker said the company believes it will be the first private entity to reach the surface of the moon, suggesting that none of the Google Lunar X Prize participants are likely to meet the December 2017 deadline for the competition. (Part Time Scientists itself withdrew from the Google Lunar X Prize earlier this year due to the time constraints of the competition.)
The Falcon 9 will carry the team’s spacecraft, Alina, to the geostationary transfer orbit, a highly elliptical Earth orbit whose highest point is 26,000 miles (42,000 kilometers). From there, Alina will continue on its own to the moon. “We will soft-land on the moon and disembark our two rovers, the Audi Lunar Quatro rovers, with which we are going to drive up to Apollo 17,” Becker said. “The two rovers are essentially mobile phones that will communicate our video stream to Alina, which serves as an LTE base station, and Alina will communicate the data to us,” he said.
What is most significant about this is that even if no one wins the Google Lunar X-Prize this year, it appears that the contest succeeded nonetheless. At least two if not five different companies appear funded and about to launch private rovers to the Moon. Once they demonstrate this capability, they will certainly be positioned to make money offering it to nations and scientists worldwide. For example, NASA and China both want to place probes in remote places on the Moon, near the poles or on the Moon’s far side. If this mission by Part Time Scientists is a success, they will then be able to offer a cheap method for relaying communications from those locations.
Capitalism in space: Cubesat builder Clyde Space has commissioned its first satellite communications ground station, with three more planned.
Essentially, the company appears to be moving to fill a need expressed by its satellite customers. After building their satellite for them, their customers still need someone to run it for them, and the satellite maker is ideally positioned to win that role.
This story also illustrates the continuing simplification of the technology of the satellite industry. Ground stations used to be big complicated facilities, requiring big dishes and lots of land. Now they can simply install an antenna on the roof of a building.
Despite years of construction and more than a billion dollars spent, Russia still needs to spend about $630 million more to build the Angara launchpad at its new Vostochny spaceport.
The specified sum does not include the development, manufacture and assembly of technological equipment at the launch compound, the materials say. According to the Roscosmos document, the construction completion and the commissioning of this infrastructure are scheduled for 2022.
Russian Deputy Defense Minister Timur Ivanov who visited the Vostochny spaceport in the Russian Far East in late May was informed that the construction of the launch pad for the Angara carrier rocket at this cosmodrome would cost 58 billion rubles ($968 million) and would be completed in 2023.
It appears that the Russia government is trying to reduce the overall cost and time needed to build this launchpad. I am willing to bet that this effort will fail, and the cost will raise and time to build will lengthen. And even if they meet these new targets, it is still going to take an awful lot of money and time to do it. Construction on Vostochny began in 2010. Angara’s construction began near the end of the 20th century. Overall, they are going to take decades to get this rocket off the ground. Meanwhile, SpaceX should have four launchpads in regular operation, all built for relatively little money in less than five years overall.
I don’t see anyway Russia is going to be able to compete in the global launch market, based on this information.
Capitalism in space: The argon-fueled plasma rocket engine being developed by the Ad Astra Rocket Company has advanced its test engine firings from 30 seconds long to five minutes long.
Their $9 million contract with NASA calls for a 100-hour-long engine firing by 2018. At the moment the company says they are on schedule to meet that goal.
Capitalism in space: SpaceX today successfully completed its routine dress rehearsal static fire in preparation for a Monday launch of a Dragon cargo capsule to ISS.
Two items of note regarding this launch. First, it will be the last cargo capsule launched by SpaceX that has not been used before. From now on they plan on recycling all cargo ships, and have actually shut down the production line building new cargo capsules. Instead, they want to focus on building new upgraded manned Dragon capsules.
Second, even as this launch goes forward, with the first stage expected to land at Kennedy on their landing pad there, they are building the second landing pad at this same site to accommodate the planned November first launch of Falcon Heavy. For that launch, the two side mounted first stages will return to Kennedy, while the core stage will land on a barge in the ocean.
Link here. Considering the increasingly fascist attitude of Google towards its employees and its users, I thought it worthwhile to provide this list of alternatives. I use Startpage, which isn’t listed because it is actually a slightly different version of Ixquick.
There is no reason to blindly and mindlessly depend on Google. There are many choices out there. Use your freedom and choose. It is our own personal responsibility to do so.
Because of a scheduling conflict with a European mission to Mercury Arianespace might delay its launch of the American James Webb Space Telescope to 2019.
A time-sensitive mission to explore the planet Mercury, already delayed several times, may force the European Space Agency (ESA) and Arianespace to push back the launch of NASA’s multi-billion dollar James Webb Space Telescope (JWST) into early 2019. The mission, named BepiColombo, is currently scheduled to launch on the same rocket, the Ariane 5, from the same spaceport in French Guiana, during the same timeframe that the JWST is scheduled to launch (October 2018).
A launch delay to BepiColumbo won’t impact the science of the ESA/Japan Aerospace Exploration Agency (JAXA) mission, but it would translate to a longer journey to Mercury. The last launch delay, which pushed it from April 2018 to October 2018, also translated to a year longer voyage to reach Mercury, now expected to arrive in 2025 instead of 2024.
This is a perfect illustration of the difference between governments and private enterprise. Government-owned Arianespace has been flying its Ariane 5 rockets now for almost two decades, but they have not yet learned how to launch two rockets in one month, and don’t appear interested in trying. Meanwhile, private companies like SpaceX and ULA are both working to achieve a normal twice-a-month launch rate, with SpaceX likely to beat that in the next few years.
Capitalism in space: Rocket Lab’s first test flight of its Electron rocket in May was terminated early because of a loss of communications due to an “misconfiguration” of ground telemetry equipment.
The company said the fix for the issue was “simple” and that “corrective procedures” were put into place to prevent it from happening in the future. Rocket Lab said it did not make any major changes to the Electron hardware.
No word on when their second test launch will take place. For their Moon Express customer, the clock is ticking, as that company is a Google Lunar X-prize contestant that needs to launch its lunar rover before the end of this year to have a chance at winning the prize.
