Tag: capitalism

SpaceX launches oceanography satellite

10:26 pm

Capitalism in space: SpaceX today successfully launched an oceanography satellite using its Falcon 9 rocket from the company’s California launch site at Vandenberg Air Force Base..

The first stage, making its first flight, successfully landed back on land near the launch site.

This was also SpaceX’s 21st successful launch in 2020, tying their record from 2018 for the most launches in a single year by a private company, ever. That record should be broken tomorrow, with their next Starlink launch.

The leaders in the 2020 launch race:

30 China
21 SpaceX
12 Russia
5 ULA
5 Rocket Lab

The U.S. now leads China 34 to 30 in the national rankings.

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Successful Rocket Lab launch and descent of 1st stage

10:26 pm

Capitalism in space: Rocket Lab today successfully used its Electron rocket to 30 smallsats into orbit from its launchpad in New Zealand.

They also did their first launch test of their planned method for recovering the first stage for reuse. In their case the first stage will use parachutes to slow its descent, and will then be grabbed by a helicopter to be brought back to land. On this launch they were only testing the parachute portion of this plan, and allowed the stage to land in the water, where they then recovered it.

The leaders in the 2020 launch race:

30 China
20 SpaceX
12 Russia
5 ULA
5 Rocket Lab

The U.S. now leads China 33 to 30 in the national rankings.

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Stratolaunch begins construction of hypersonic plane

11:46 am

Capitalism in space: Stratolaunch, continuing its shift from an orbital launch company to one providing a flying hypersonic testbed, has begun construction of its first hypersonic plane, dubbed Talon-A.

Talon-A will be air-launched from the bottom of Roc, the world’s biggest airplane, that the company initially built to serve as a launch platform for an orbital rocket.

It appears they have the financing to build Talon-A, and it also appears there is ample interest in both the military, NASA, and the aviation industry for this capability. If it works it will make testing hypersonic technology far easier and more affordable, issues that have acted to slow its development.

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Relativity raising $500 million in new search for investment capital

11:38 am

Capitalism in space: The new rocket company Relativity Space is in the process of raising another $500 million in new investment capital.

The new fundraise, expected to close in the coming days, would jump Relativity’s valuation to $2.3 billion, those people said. In addition to Tiger Global, Fidelity is also joining the round as a new Relativity investor. Existing investors in Relativity are also expected to be contributing — those include Social Capital, Playground Global, Y Combinator, Bond Capital, Tribe Capital, Jared Leto and Mark Cuban.

Tiger Global, the investment firm founded by Chase Coleman, has more than $43 billion in assets under management.

This new funding will supplement the almost $200 million Relativity raised previously.

The company has successfully completed engine tests, and plans its first orbital test launch of its Terran-1 rocket next year.

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The SpaceX fleet of Dragons

11:10 am

The first manned Dragon capsule on the launchpad
The first manned Dragon capsule, on the launchpad

Capitalism in space: During the post-launch press briefing after launch of its second manned Dragon mission on November 15, SpaceX CEO Gwynne Shotwell revealed the company’s plans to build and fly a fleet of Dragon cargo and crew capsules, and reuse them repeatedly over the coming years..

Specifically, Shotwell revealed that SpaceX intends to build three reusable Cargo Dragon 2 capsules, one of which is already completed and in Florida preparing for its December 2nd CRS-21 launch debut. On the crew side of things, SpaceX will build “three more” Crew Dragon capsules on top of the flight-proven Demo-2 and currently orbital Crew-1 capsules. It’s unclear if this means that the new Crew Dragon capsule flown on SpaceX’s January 2020 In-Flight Abort (IFA) test will be refurbished for additional flights.

Excluding IFA Crew Dragon capsule C205, SpaceX thus intends to operate a fleet of at least three Cargo Dragon 2 and five Crew Dragon capsules, representing eight reusable spacecraft each capable of at least five orbital missions.

She also hinted that the company has plans to fly its own missions, using these spacecraft, in addition to its contracted flights for NASA and the private company Axiom.

This private capability, which far exceeds anything ever built by NASA or any government worldwide, is entirely because Elon Musk had the freedom and the will to push for his particular vision. He had a bold idea, and with courage he pursued it.
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Sierra Nevada delays first Dream Chaser launch to ’22

1:22 pm

Sierra Nevada officials revealed yesterday that they are delaying the first test flight of their Dream Chaser reusable cargo mini-shuttle from late 2021 to some unspecified time in 2022.

‘’COVID has definitely played a role” in that delay, said Steve Lindsey, senior vice president for strategy at SNC Space Systems. One example he gave involved structural testing of the spacecraft’s cargo module at a contractor’s facility in San Diego. COVID-related restrictions prevented SNC engineers from being on site at that facility to oversee the tests. SNC developed a workaround by using a mission control center it developed for Dream Chaser in Colorado so those engineers could remotely oversee those tests. “That worked great. Unfortunately, it took probably three or four times as long as it should have,” he said.

A related problem, he said, involves suppliers who have had to suspend operations because of COVID-19 outbreaks at their facilities. There have also been technical challenges with Dream Chaser, although he did not go into details about specific issues. [emphasis mine]

I underline the unspecified technical issues, because I suspect they might be the real issue. SpaceX has not been slowed in any significant way due to the Wuhan panic, even though it deals with NASA also. I would therefore not be surprised if they are using COVID-19 as a cover for other issues.

It is a new craft, and problems are expected. I’d just rather they didn’t hide it. It contributes to doubts about the company, which by the way has been much slower in its development than one should expect. NASA awarded this contract in January of 2016, with the first launch then planned for as early as October 2019. It is now 2020, and the launch is still now two years away.

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Arianespace: Cause of Vega launch failure “human error”

10:18 pm

According to Arianespace officials, today’s failure of their Vega rocket likely occurred because of “human error” in the installation of cables.

Engineers concluded that cables leading to thrust vector control actuators on the upper stage were inverted, apparently a mistake from the assembly of the upper stage engine, according to Roland Lagier, Arianespace’s chief technical officer. The thrust vector control system pivots the upper stage engine nozzle to direct thrust, allowing the rocket to control its orientation and steering.

The cabling problem caused the engine to move its nozzle in the wrong direction in response to commands from the rocket’s guidance system. That resulted in the rocket losing control and tumbling just after ignition of the upper stage engine around eight minutes after launch.

Lagier characterized the inverted cables as a “human error,” and not a design problem.

The next obvious question is the source of the error. The answer was not revealed, I think partly because of the number of contractors involved in building that upper stage:

The AVUM upper stage’s structure is produced by Airbus, and the Ukrainian rocket contractors Yuzhnoye and Yuzhmash supply the AVUM stage’s main engine, which consumes hydrazine and nitrogen tetroxide propellants. Avio, the Vega rocket’s Italian prime contractor, oversees final integration of the AVUM upper stage.

The goal of the investigation that will now follow will be to point that source among these contracts, and how their interaction might have contributed to it.

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Virgin Galactic cancels its announced November suborbital flight

9:38 am

Capitalism in space: Virgin Galactic announced yesterday that it has canceled its announced November suborbital flight, claiming the cause were new COVID-19 guidelines imposed by the New Mexico Department of Health.

The flight had been scheduled for the November 19-23 time period. It had been announced with the typical hype that comes from Richard Branson.

Personally, I don’t believe Branson or Virgin Galactic as to the cause of this flight cancellation. I think they either never intended to fly, or have known for some time that new technical problems would prevent its launch as scheduled. I think they hyped the launch despite this, which conveniently pumped up the stock price at a time Branson was selling stock. They now announce the cancellation, the stock drops, but Branson has already pocketed his profits.

The timing of this announcement is also most ironic, as it occurred on the same day SpaceX docked four astronauts on ISS. Branson’s company began building its suborbital spacecraft in 2004, promising that it would soon fly hundreds, even thousands of private passengers into space. Sixteen years later it has never flown one passenger, and very few manned test flights. In the interim SpaceX built its Falcon 9 rocket and Dragon capsule, and is now launching passengers to orbit, with its first entirely private launch scheduled less than a year from now.

The comparison is quite stark. Why anyone would invest real money in this fake company at this point baffles me.

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Israeli fighter pilot to fly on Axiom’s first private Dragon launch in ’21

9:24 am

Capitalism in space: Axiom has revealed that an Israeli fighter pilot, Eytan Stibbe, will be the second passenger on on its first private Dragon launch to ISS in the fall of 2021.

Stibbe will be the second Israeli to fly in space, following Ilan Ramon, who died when the space shuttle Columbia broke up in 2003 during its return to Earth.

The Axiom AX-1 mission is scheduled to launch in the second half of 2021, which the company unveiled in a deal with SpaceX earlier this year. Astronaut Michael Lopez-Alegria, who previously worked for NASA and flew to space four times, will be the AX-1 mission commander, with Stibbe set to serve as a mission specialist.

AX-1 would be the first fully private mission to the International Space Station, with Lopez-Alegria and Stibbe flying with two other yet-to-be-named people.

The consistent rumors are that actor Tom Cruise and a movie director will be those other two passengers, but this is not confirmed.

It is important to emphasize that this space mission will be entirely private, with almost no involvement of the U.S. government other than providing coordination, the training of the astronauts, and the use of ISS. The rocket and spacecraft are SpaceX’s, purchased by the customer Axiom. Moreover, Axiom has plans to add its own private modules to ISS where future private space passengers will be housed, which will then reduce the government’s role and contribution even more.

And since this will be a private mission, it means the funds to fly it will come from its passengers, not the government. This also means that as long as there are customers, there will be no slow-down in future flights.

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Resilience has docked with ISS

9:52 pm

SpaceX’s Resilience Dragon capsule successfully docked with ISS tonight.

They are in the process of checking the seal of the docking, and the opening of the hatch.

As much as I have been critical of Boeing in recent years, I truly hope they can get their management and engineering problems worked out so they can accomplish the same thing with their Starliner capsule. The competition with SpaceX will be healthy for both companies, the nation, and the future of the human race.

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SpaceX successfully launches four astronauts to ISS

5:41 pm

Falcon 9 launch on November 15, 2020 with four astronauts

Capitalism in space: SpaceX tonight successfully launched four astronauts to ISS on its Dragon capsule Resilience, using its Falcon 9 rocket.

They also recovered the first stage, landing it on its drone ship in the Atlantic. The routine manner in which SpaceX ran this launch is truly admirable. They make landing and reuse of the first stage so expected it is hard to believe that for fifty years rocket managers and engineers insisted it wasn’t doable.

They had one issue today, a failure of the capsule hatch to hold air pressure after closure. They calmly reopened the hatch, cleared the issue, added some lubricant, and closed the hatch, all in less than ten minutes.

Resilience will dock with ISS tomorrow evening.

The leaders in the 2020 launch race:

30 China
20 SpaceX
5 ULA
4 Europe (Arianespace)
4 Rocket Lab

The U.S. now leads China 32 to 30 in the national rankings.

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Watch today’s launch of SpaceX’s Resilience manned capsule

10:06 am

According to a NASA report yesterday, the weather then stood at 50% for allowing a launch of four astronauts to ISS on SpaceX’s Resilience capsule tonight at 7:27 pm (Eastern).

That percentage was still reported this morning. Part of the issue is that SpaceX wants to recover the first stage, and the weather therefore not only has to be good in Florida, it has to be good in the Atlantic where the stage will come down.

NASA’s live coverage begins at 3:15 pm (Eastern). The link to that live stream is below the fold. As I write this at around noon (Eastern) it is simply NASA TV’s normal feed, which is essentially full time propaganda for NASA. After 3:15 pm it will switch to live coverage, which unfortunately will still be packed with pro-NASA propaganda, even though this launch is entirely being run by the private company SpaceX. NASA’s only part is that of a customer, with the ability to say “no” at any point. The rocket, the capsule, the launchpad, and the countdown, is operated completely by SpaceX and its employees.

I have also added the clean feed from NASA, which appears to carry little commentary or narration.

» Read more

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First US Rocket Lab launch delayed until ’21

9:46 am

Because of issues in Rocket Lab’s flight termination system (used to destroy the rocket should it go out of control during launch), the company has announced that its first U.S. launch will be delayed until 2021.

One reason for the delay, Rocket Lab said, was that it was waiting on NASA to certify the autonomous flight termination system (AFTS) that will be used on the rocket to provide range safety. NASA controls the launch range at the Wallops Flight Facility, where LC-2 is located. “There’s a very long certification process that, quite frankly, we probably underestimated how long it would take,” Peter Beck, chief executive of Rocket Lab, said in an interview in August.

That certification process is ongoing. In a Nov. 10 talk at a Maryland Space Business Roundtable webinar, David Pierce, director of NASA Wallops, mentioned preparations for Rocket Lab’s first launch as part of an overview of the facility’s activities. “We’re really proud of our work with Rocket Lab,” he said. “We’re working really hard to support Rocket Lab with a launch in ’21.”

Asked later about the certification of the AFTS, Pierce said that engineers had kept on schedule with the development of the system into the summer despite the pandemic. “When they sent the unit out for review of the software, we found some errors,” he said. That review involved teams at NASA’s Katherine Johnson Independent Verification and Validation Facility, the Federal Aviation Administration, Vandenberg Air Force Base and Cape Canaveral Air Force Station.

While I have no evidence of this, I cannot help being suspicious of these various government agencies. For years numerous people in the government put fake roadblocks up to slow or stop SpaceX’s first manned launch, merely because it threatened their turfs. This autonomous termination system will make the ground crews at Vandenberg and at Cape Canaveral irrelevant, and I would not be surprised if some of these issues were drummed up to delay or block this system because of that.

I know I am being cynical, but based on history it is not unreasonable to be so.

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Most recent engine test on eighth Starship prototype had issues

8:52 am

Capitalism in space: The most recent engine test on November 12th of SpaceX’s eighth Starship prototype had a problem that will delay its planned 50,000 foot test hop.

The Starship SN8 vehicle performed its third brief “static fire” — a test in which engines are ignited while a rocket remains tethered to the ground — at SpaceX’s South Texas facility on Thursday, near the village of Boca Chica.

Shortly after the test, which several outside organizations webcast live, material could be seen apparently dripping from SN8’s base. This looked odd, and SpaceX founder and CEO Elon Musk soon confirmed that something off-nominal had happened. “We lost vehicle pneumatics. Reason unknown at present. Liquid oxygen header tank pressure is rising. Hopefully triggers burst disk to relieve pressure, otherwise it’s going to pop the cork,” Musk said via Twitter on Thursday night. (Burst disks are single-use devices that, like valves, seal off different sections or systems of a vehicle. They relieve pressure when they open, as Musk noted.)

The cause of the problem is unknown at the moment, Musk said in another Thursday tweet: “Maybe melted an engine preburner or fuel hot gas manifold. Whatever it is caused pneumatics loss. We need to design out this problem.”

The decision to pin down the cause and redesign things so it won’t happen again makes perfect sense, but it also means that the hop will not occur in the next week or so, as hoped for by the company. Expect a delay. Based on the pace that SpaceX works, that delay however should not be longer than one or two months.

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Weather forces one day delay in launch of Resilience with four astronauts

9:26 pm

Because of high winds and ocean weather interfering with the recovery of the first stage, NASA and SpaceX today decided to delay the launch of SpaceX’s second manned Dragon mission, the capsule Resilience carrying four astronauts, to Sunday, November 15.

NASA and SpaceX are now targeting 7:27 p.m. EST Sunday, Nov. 15, for liftoff of the agency’s SpaceX Crew-1 mission to fly astronauts from Launch Complex 39A at NASA’s Kennedy Space Center in Florida to the International Space Station.

Teams moved the launch by one day because of onshore winds and to enable recovery of the first stage booster, which is planned to be reused to launch the Crew-2 mission next year. The booster is expected to land on the recovery ship about nine minutes after launch.

They now plan to dock with ISS at 11 am (eastern) on November 16th.

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ULA successfully launches reconnaissance satellite with Atlas 5

3:42 pm

Capitalism in space: ULA today successfully launched a military reconnaissance satellite using its Atlas 5 rocket.

This launch was the first Atlas 5 using these particular Northrop Grumman solid rocket boosters.

Because this was a military launch, the live broadcast ended at the moment the fairings were released, exposing the satellite. Final announcement of the satellite’s successful deployment will come later, assuming all goes well.

The leaders in the 2020 launch race:

30 China
19 SpaceX
5 ULA
4 Russia
4 Europe (Arianespace)
4 Rocket Lab

The U.S. now leads China 31 to 30 in the national rankings, with two more launches scheduled for the next two day. SpaceX is first with its second manned Dragon mission tomorrow, followed by Rocket Lab’s next launch from New Zealand on November 15.

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Private space company announces new upgraded tug for moving satellites in orbit

12:37 pm

Capitalism in space: The private space company Spaceflight yesterday announced the development of a new upgraded tug for moving small satellites from their launched orbit to their operational locations, including locations in orbit around the Moon.

Spaceflight announced the first flight of its Sherpa-LTE orbital transfer vehicle (OTV) will take place in mid-2021. The vehicle is based on the next-generation Sherpa-FX tug announced in the summer, but equipped with the Apollo Constellation Engine, a Hall effect thruster provided by Apollo Fusion.

With that propulsion system, Sherpa-LTE will be able to generate a change in velocity, or delta-V, of more than 6 kilometers per second. That will allow the vehicle to deliver smallsats to geostationary Earth orbit, cislunar space, or Earth-escape trajectories after a launch into low Earth orbit.

Spaceflight is a direct competitor with Momentus, which already has contracts with several satellite companies for its in-space tug services. Nor is this competition bad. This new cottage industry of tugs helps focus innovation. Satellite companies can focus on improving their satellites, while buying the propulsion from tug companies who can provide that technology best.

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Update on continuing engine testing of Starship prototype #8

8:45 am

Link here. The article provides details on the on-going engine tests of SpaceX’s eighth prototype of its Starship reusuable upper stage.

As should be expected, the testing has not gone exactly as planned, though clear progress is being made, especially in the testing of the header tanks in the nosecone..

After several days of test windows come and gone and an aborted attempt on November 9th, Starship SN8 finally ignited one of its three Raptor engines, feeding the engine with liquid methane and oxygen stored in two separate header tanks. Oddly, a second or two after startup and ignition, Raptor’s usual exhaust plume was joined by a burst of shiny firework-like debris. A relatively normal five seconds later, the Raptor cut off, though the engine appeared to remain partially on fire for another ten or so seconds – also somewhat unusual.

It appears that fire was from nearby debris, not the engine itself.

Another engine test is likely later this week. The actual 50,000 foot hop will not happen until they have completed all these engine tests.

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NASA officially approves operational Dragon manned missions

7:03 am

Capitalism in space: NASA yesterday officially certified SpaceX’s Dragon capsule for future operational manned missions to ISS.

NASA officials gave approval Tuesday for SpaceX to begin regular crew rotation flights to the International Space Station with the launch of four astronauts set for Saturday from the Kennedy Space Center in Florida, signaling a transition from development to operations for the human-rated Dragon spacecraft.

Mission managers completed a two-day Flight Readiness Review Tuesday and issued a preliminary go-ahead for the launch of SpaceX’s Crew Dragon “Resilience” spacecraft Saturday at 7:49 p.m. EST (0049 GMT Sunday) with NASA commander Mike Hopkins, pilot Victor Glover, and mission specialists Shannon Walker and Soichi Noguchi, a veteran Japanese space flier.

The decision means that SpaceX will now be rotating crews for NASA at ISS every six months. It will also be reusing both the first stages and the capsules. Endeavour, the capsule used on the demo flight earlier this year, will be reused in the spring. Resilience, the capsule scheduled for launch on November 14th, will be reused next fall.

Since SpaceX also has a commercial manned flight planned for next fall, that will probably require a third capsule. With those three capsules they will have at least for the next few years a fleet will cover all their initial needs. Don’t be surprised if however the introduce an upgraded capsule or two along the way, based on what they learn on these initial flights.

The article had one other piece of new news concerning Boeing’s Starliner capsule. The second unmanned demo flight has now officially been delayed into the first quarter of next year, rather than late this year.

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Relativity completes testing of rocket engine

9:37 am

Capitalism in space: The smallsate rocket company Relativity has successfully completed, ahead of schedule, the testing of its Aeon-1 rocket engine, and is now moving to completing design and construction of its Terran-1 rocket, tentatively scheduled for its first test flight in 2021.

The successful tests augur well for the ongoing development of the Terran 1 rocket, which represents a challenge as this rocket will now be larger than originally anticipated. In 2019, due to customer requests, Relativity resized its rocket to nearly double the available volume for payloads. It expanded the diameter of the fairing at the top of the rocket to 3 meters and height to 7 meters. While this is smaller than the fairing used in big rockets like the Falcon 9, in the class of “small satellite” launch vehicles it is quite large.

Relativity’s move to a larger fairing necessitated a more powerful engine with a gas generator cycle. The original Aeon engine had a thrust of 17,000 pounds at sea level, and the new version boosts the power considerably to 23,000 pounds. And now the company has been able to validate this larger, more powerful engine design.

The Terran 1 rocket, with a lift capacity of 1.25 tons to low Earth orbit, is powered by a first stage with nine Aeon engines. Success with the engine testing gives the company confidence that it can hit its target of launching the first Terran 1 rocket in 2021, said Zach Dunn, vice president of factory development. The next step is integrated stage testing, which will happen next year, followed by a launch from Space Launch Complex-16 at Cape Canaveral Air Force Station in Florida.

Right now it appears to me that in the race by American companies to join Rocket Lab in providing launch services for smaller satellites, Virgin Orbit and Astra are in the lead, having completed their first test flights, with Firefly and Relativity close behind.

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Boeing hires former SpaceX software engineer

9:52 am

Capitalism in space: Boeing has hired a former SpaceX software engineer to head software development for the company.

Boeing on Friday announced it hired Jinnah Hosein as vice president of software engineering, a new role at the aerospace giant. The job will lead a centralized organization of engineers developing software across Boeing’s portfolio of products. Hosein will report to Greg Hyslop, Boeing chief engineer and senior vice president of engineering, test and technology.

…Hosein’s resume reads like a defense industry wish list of Silicon Valley stops. He worked as Google’s director of software engineering for cloud networking, helped design Tesla’s autopilot software and most recently worked as software lead for self-driving startup Aurora.

But it’s his experiences at SpaceX — where he was key to software development for the Falcon, Falcon Heavy, Dragon and Crew Dragon vehicles — that Boeing may look to draw from the most. Boeing and SpaceX have fiercely competed over NASA’s manned space programs, and SpaceX is a competitor for military space launches against the United Launch Alliance, which is co-owned by Boeing and Lockheed Martin.

Since software was the main issue that grounded Boeing’s 737-Max airplane as well as caused the serious problems on the first unmanned demo flight of the company’s Starliner capsule, this hire appears to be aimed at fixing these software issues. In both cases the management philosophy behind developing and testing software was very flawed, leaving the product saddled with software that either didn’t work properly or was not tested properly in development.

I imagine Boeing’s top management is hoping Hosein can bring to Boeing some of the agile, focused, and very successful management style found at SpaceX.

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Canada’s government approves Starlink service

9:41 am

Capitalism in space: Canada’s government yesterday announced that it has given final approval to SpaceX’s Starlink internet service to offer those services in that country.

More here.

This final approval came from the Innovation, Science and Economic Development Canada (ISED) agency, which appears designed to protect Canadian businesses from foreign competition. It had appeared initially that they had been stalling giving their approval (maybe for political reasons). The delay however could simply have been the slowness of operation which is typical of such government bureaucracies. As noted at the first link above, however “Clearly, the government heard the demand from consumers to get this service approved.” And since there are no Canadian companies that can offer this service, it was absurd not to okay SpaceX’s operation.

This approval means that Starlink is now posed to begin commercial operations, actually selling its internet service to the public, and doing it ahead of its primary competitor, OneWeb. Considering that OneWeb had started development and satellite launching first, this achievement illustrates again SpaceX’s nimble and fast approach to business. The company does not waste time in anything it does. It might not meet all of its scheduling goals, but not for want of trying.

SpaceX has already been offering the service in its test market in the northern U.S. for the price of $99 per month plus an initial fee of $499 for equipment, with the initial user reports very positive.

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Company defends its satellite constellation from NASA criticism

9:21 am

The founder of AST & Science, the company that wishes to launch a constellation of 243 communications satellites, has defended its effort from criticisms expressed by NASA in a comment to the FCC.

“We’re not a bunch of cowboys launching satellites,” said Abel Avellan, founder of AST & Science, in an interview. “This is a serious, well-funded project.” … Avellan said the “SpaceMobile” satellites do indeed have a very large cross-sectional area perpendicular to the ground, as this is the only way to deliver direct satellite-to-broadband signals. “There is no magic,” he said. “If you want something to connect directly to a handset, it’s not going to be a CubeSat.”

Each of the satellites will include a large antenna, comprising an area as large as 900 meters squared. However, Avellan said the satellites will fly edge-on, “like a frisbee, but without the spinning.” He said the satellites’ cross-section along the direction of motion is only about 3 meters squared. The company has calculated that the probability of a collision occurring at random—assuming no avoidance maneuver—to be only about 1-in-5,000 over its lifetime, or 1-in-20 across the entire constellation.

It appears that neither the company nor NASA has as yet begun direct discussions about these issues. NASA’s concerns however could seriously hamper the company’s future.

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United Arab Emirates announce plans for lunar rover mission

7:59 am

The new colonial movement: The United Arab Emirates (UAE) has announced plans to launch its first unmanned probe to the Moon, a small rover dubbed Rashid with a target launch date in 2024.

The Mohammed Bin Rashid Space Centre (MBRSC) in Dubai says its in-house teams will develop, build and operate the 10-kilogram rover, which is named after the late Sheikh Rashid bin Saeed Al Maktoum, who ruled Dubai at the UAE’s creation in 1971.

The team will hire an as-yet unannounced space agency or commercial partner to carry out the launch and landing, the riskiest part of the mission. If successful Rashid would be one of several rovers made by private firms and space agencies that are set to populate the Moon by 2024.

This project is a great opportunity for the various new private aerospace companies in the U.S. developing interplanetary capabilities for sale to others.

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SpaceX launches Space Force GPS satellite

4:37 pm

Capitalism in space: SpaceX tonight successfully launched the GPS satellite that on a previous launch had experienced a launch abort at T-2.

This was a completely new Falcon 9 rocket, with two of its original engines replaced after the company had traced the issue that caused the launch abort. The first stage successfully landed on the drone ship in the Atlantic Ocean, and will fly again on the next GPS launch by SpaceX for the Space Force.

The satellite has been deployed successfully, completing the launch.

The leaders in the 2020 launch race:

27 China
19 SpaceX
12 Russia
4 ULA
4 Europe (Arianespace)
4 Rocket Lab

The U.S. now leads China 30 to 27 in the national rankings.

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Rocket Lab will try to recover 1st stage on next launch

3:04 pm

Capitalism in space: Rocket Lab announced today that it will attempt to recover the 1st stage of its Electron rocket on its next launch, using parachutes to slow its descent into the ocean and then fishing from the sea.

On its next mission set for liftoff later this month, Rocket Lab will try to recover the first stage of its Electron small satellite launcher after parachuting into the Pacific Ocean downrange from the company’s privately-run spaceport in New Zealand, officials announced Thursday.

The attempt to retrieve the Electron rocket’s first stage moves Rocket Lab closer to eventually capturing falling boosters in mid-air with a helicopter, then reusing the hardware. The reuse initiative is aimed at increasing Rocket Lab’s flight rate, and could result in cost savings, according to Peter Beck, the company’s founder and CEO.

The flight is presently scheduled for November 15 from New Zealand. It appears the goal with this recovery is not to reuse the 1st stage, but to recover it so they can determine how it fared during re-entry. For re-use they will capture the first stage using a helicopter, before splashdown and is exposed to saltwater.

When they attempt the helicopter capture on an actual launch remains unclear.

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Bezos sells another $3 billion of Amazon shares

8:54 am

Jeff Bezos continues to accelerate his sale of his Amazon stock, selling another $3 billion this week.

In August, Bezos offloaded more than $3.1 billion of Amazon shares, after selling more than $4.1 billion worth of shares in February. The sales this week bring his total cash out in 2020 to more than $10.2 billion so far, which is a notable jump from 2019, when Bezos sold $2.8 billion worth of shares.

While Bezos had originally said these sales were for financing his space company, Blue Origin, it now appears that the bulk of this new money is aimed at funding environmental political organizations such as the Environmental Defense Fund, the Natural Resources Defense Council and the World Wildlife Fund.

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New owners for Vector to revive company

8:30 am

Capitalism in space: The new owners for bankrupt smallsat rocket company Vector have announced that they plan to revive the company.

In their announcement they confirmed that the key problem that killed the original company were engineering issues with its chosen engine design.

One thing they did wrong was the technology the used for their engines. “They had some Achilles’ heels associated with their technical approach. They were trying to use a propellant combination that was untested in the industry,” said Chris Barker, who serves as Vector’s chief rocket scientist. “They were struggling with trying to get performance that they knew they needed for a small launcher to be successful, and ultimately their test program was unsuccessful.”

Vector had been developing engines that used propylene and liquid oxygen propellants. The new Vector plans to instead use engines powered by a more conventional combination of liquid oxygen and refined kerosene, or RP-1, propellants. Barker has been developing such engines since the 1990s for companies such as Space America and Earth to Sky.

The new owners also stated that initially they plan to target the suborbital business field. Their main focus right now is redesigning the Vector-R rocket in conjunction with their engines.

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