Tag: competition

More evidence Iran is about to launch a satellite

11:41 am

Images from space of Iran’s rocket launch site appear to confirm their recent claims that they are about to launch a satellite, showing the kind of activity that usually presages a launch.

Satellite photos taken on January 26 by the San Francisco-based commercial company Planet Labs Inc. and shared via the Middlebury Institute of International Studies at Monterey show work at a launchpad at the Imam Khomeini Space Center.

The images also show more cars and activity at a facility at the space center, located about 230 kilometers southeast of Tehran. “It looks pretty clearly to us like Iran is going to try and put a satellite into space,” Jeffrey Lewis, a professor at the Middlebury Institute who tracks Iran’s space program.

If they do launch and successfully get their satellite into orbit, it will be their first such success since 2015.

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NASA picks Axiom to build three private commercial modules on ISS

10:05 am

Capitalism in space: NASA today picked the new space station company Axiom to build three modules to ISS, designed to operate as a private commercial operation.

The first segment launch is targeted for 2024. The three segments will include a node with multi-ports, a crew module, and a research module, and will be the “hotel” for private tourists that Axiom hopes to send to ISS two or three times per year. The entire section will also be designed to eventually separate from ISS when that station is retired and operate, with more additions, as an independent station.

This decision did not include the actual contract, only the choice of company to build this new section of ISS. Later negotiations will determine the fixed price amount that NASA will pay.

Why did NASA pick Axiom, which has not yet launched anything, and bypass Bigelow, which has launched two independent test modules and one that has been attached to ISS and working successfully now for several years? This quote explains:

Although Axiom is a relatively young company, having been formed only four years ago in 2016, there is no lack of experience within the company’s ranks.

Axiom’s Co-founder and CEO is Micheal Suffredini, who formerly worked at the Johnson Space Centre (JSC) as the program manager for the International Space Station project.

The Axiom team also includes Michael Lopez-Alegria, a former NASA astronaut who flew on the space shuttle three times and commanded the 14th Expedition to the ISS, as well as former shuttle commanders Brent Jett and Charles Bolden, the latter of whom served as NASA’s 12th administrator from 2009 to 2017.

Axiom is also working alongside several companies with extensive experience with the ISS program, this includes Boeing, who has made several of the modules that make up the US Segment, including Node 1 and the US Laboratory Module. Axiom is also working alongside Thales Alenia Space, Maxar Technologies and Intuitive Machines to get this project off the ground. [emphasis mine]

In other words, it appears it’s not what you know, it’s who you know. This is not to say that the individuals and companies listed above do not know much, but that the company’s real experience with building private modules is lacking. Boeing has built NASA’s modules, but those were for the government and were therefore costly. I have grave doubts they could do this inexpensively, though I could be wrong.

The key will be whether they aim to make their profits from their commercial customers, or use NASA (and the federal government) as their cash cow. The track record of most of Axiom’s partners suggests the latter. For example, Bigelow built and launched its BEAM module to ISS for $17 million, and got it done in three years. We don’t yet know the cost of Axiom’s modules, but their target build-time is already longer, at four to five years

Don’t get me wrong. I applaud NASA’s approach here. They are ceding ownership and construction to a private company, and allowing its work to be commercialized for profit, something that NASA routinely opposed for decades. I just worry that the company it has chosen will be not up to the task, and is not focused on making those profits.

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Iran to launch two satellites soon?

8:55 am

According to one Iranian official’s twitter feed, Iran has completed construction on two new satellites, both of which will launch “soon.”

The article also suggests that four more satellites are is being developed.

Such announcements from Iran must be treated with great skepticism, as they have been making them for years with little actual follow-up. In fact, the last time Iran launched a satellite into orbit successfully was 2015.

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Boeing flies 777X for the first time

8:46 am

On January 25 Boeing successfully flew its new giant 777X commercial airplane for the first time.

Originally unveiled at the 2013 Dubai Airshow, the 777X is an advance on the engineering and interior innovations of the 777 and 787 Dreamliner. The twin-engine jetliner is available in the 777-8 and 777-9 variants with ranges of up to 8,700 nm (10,012 mi/16,110 km) and seating between 350 and 425 passengers.

The key innovation of the 777X is its lightweight wing design based on a composite spar made from over 400 miles (644 km) of carbon tape cured in a specially-built autoclave. This allows the aircraft to have a wingspan of 235 ft (72 m) – a span so long that the wings have folding sections at their tips so the plane can fit in conventional boarding gates.

The test flight lasted just under four hours. The pictures at the link illustrate clearly emphasize the lightweight wings, which look tiny compared to the two engines.

Boeing desperately needs a success, considering the string of problems almost all of its major projects have been having recently.

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Airbus gets ESA as customer for its ISS commercial platform

9:15 am

Capitalism in space: Airbus has signed up the European Space Agency (ESA) to use its as-yet unlaunched ISS Bartolomeo module as an experimental platform.

The Bartolomeo platform – named after Christopher Columbus’ younger brother – is currently in the final stage of launch preparation at Airbus in Bremen and is scheduled for launch to the ISS in March 2020. Bartolomeo is developed on a commercial basis by Airbus using its own investment funds and will be operated in cooperation with ESA.

The platform can accommodate up to 12 different experiment modules, supplying them with power and providing data transmission to Earth. Bartolomeo is suitable for many different experiments. Due to the unique position of the platform with a direct view of Earth from 400 kilometres, Earth observation including trace gas measurements or CO2 monitoring of the atmosphere are possible, with data useful for climate protection or for use by private data service providers.

This is the European effort to duplicate the slow commercialization of ISS that is also taking place in the U.S., with more and more of the payloads and operating platforms on the station being developed, owned, and operated not by NASA but by private companies.

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NASA picks science payloads for 1st two unmanned private lunar landers

8:43 am

Capitalism in space: NASA has chosen the science instruments that will be put on the 1st two unmanned privately built lunar landers aimed at arriving on the Moon in 2021.

Two experiments will be flown on both landers. The Astrobotic lander gets an additional nine instruments, while Intuitive Machines gets three.

The most interesting tidbit from the press release is that NASA hopes to make “about two deliveries of scientific and research payloads to the Moon per year starting in 2021.” Seems overly optimistic to me, though in the long run the approach makes sense for NASA. These landers are relatively small and cheap, so the cost to fly a lot of them is not exorbitant. Under this arrangement, if one fails you simply figure out why and quickly fly another.

For this new American industry the approach also works. The companies will own the designs, so soon they will be able to market this technology to other customers, at what is historically record low prices for such a mission. The result is likely going to be the arrival of a swarm of new customers.

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SpaceX wins first new launch contract in 2020

8:31 am

Capitalism in space:The Egyptian communcications satellite company Nilsat this week announced that it has awarded SpaceX the launch contract for its next satellite.

This was SpaceX’s first contract award in 2020.

The article goes into great detail about SpaceX’s present launch manifest, which according to the company has contracts for future launches equaling $12 billion.

Based on public info, SpaceX has roughly 55 customer launches on its manifest. The company also intends to launch as many as 24 dedicated Starlink missions this year and will need at least another 40-50 on top of that to complete the first phase of the broadband internet satellite constellation (~4400 spacecraft). Meanwhile, SpaceX has won at least nine separate launch contracts – two Falcon Heavy missions and seven Falcon 9s – in the last 18 months, but has launched 22 customer payloads in the same period.

In fewer words, SpaceX is effectively launching its existing commercial missions much faster than it’s receiving new contracts. In 2019, for example, the company launched only 11 commercial missions – 13 total including two internal 60-satellite Starlink launches. SpaceX launched 21 times in 2018, a record the company initially hoped to equal or even beat last year, but – for the first time ever – the launch company was consistently ready before its customers were.

It appears SpaceX intends to pick up any slack in launch contracts with Starlink satellite launches, which once in orbit are another major income source for the company.

Overall, it seems to me that SpaceX is quite awash with capital, which reinforces their decision to not take government money to develop Starship. Using their own capital they are free to build as they see fit, with no one from the government who knows less than they do looking over their shoulder and kibitzing.

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Launch abort data suggests Dragon performed “flawlessly”

9:56 pm

A preliminary review of the data gathered during SpaceX’s launch abort test on January 19, 2020 suggests the system performed “flawlessly”.

The Crew Dragon began its launch escape maneuver at 10:31:25 a.m. EST (1531:25 GMT) — initiated by a low setting of an on-board acceleration trigger — when the Falcon 9 was traveling at a velocity around 1,200 mph (536 meters per second), according to SpaceX.

Eight SuperDraco thrusters immediately pressurized and ignited as the Falcon 9 rocket’s first stage engines were commanded to shut down as part of the abort sequence. The escape engines on the Crew Dragon produced nearly 130,000 pounds of thrust at full power. The SuperDracos performed flawlessly, SpaceX said, accelerating the capsule away from the top of the Falcon 9 at a peak acceleration of 3.3Gs. The SuperDracos accelerated the spacecraft from about 1,200 mph up to more than 1,500 mph (about 675 meters per second) in approximately seven seconds, according to SpaceX.

At this point it appears the only reason the first manned launch might be delayed a bit is if NASA decides to turn it into a long duration mission, requiring new training for the crew.

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Russia again delays launch of Nauka module for ISS

9:45 am

Russia yesterday announced that it will once again delay the launch of its Nauka module for ISS due to “additional adjustments that should be carried out due to the use of original propellant tanks.”

The TASS article did not explain what those adjustments will be, though it did outline some of the sad history of Nauka, which Russia had begun construction in 1995, a quarter of a century ago.

Earlier, Roscosmos Director General Dmitry Rogozi said the research module’s original propellant tanks, manufactured about 18 years ago, could be replaced with those from the Fregat booster. However, later it was decided to send the module to the ISS with its original tanks.

The construction of the Nauka module began in 1995. Russia initially planned to launch the Nauka lab to the ISS as a back-up of the Zarya compartment (the station’s first module that continues its flight as part of the orbital outpost) but the launch was numerously delayed. In 2013, the Nauka module was sent to the Khrunichev Space Center after metal chips were found in its fuel system.

Right now they are saying it will probably launch early in 2021, not late in 2020 as previously announced.

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Fire during Firefly rocket engine test forces evacuations

9:32 am

A fire during an engine test of Firefly Aerospace’s Alpha rocket yesterday has forced local officials to evacuate nearby residents for a short time.

Earlier Wednesday, Firefly Aerospace tweeted an image of a first stage for the company’s Alpha rocket on a vertical test stand at the Briggs facility. In the tweet, Firefly wrote that teams were loading liquid oxygen into a test version of the company’s Alpha booster in preparation for the first hotfire qualification test of the rocket’s first stage.

Firefly later deleted the tweet after local authorities responded to reports of an “explosion” at the test facility in Central Texas, and ordered the closure of roads in the area and the evacuation of nearby residents.

Officials later clarified that no explosion occurred. Tom Markusic, Firefly’s CEO, told KXAN — the NBC television affiliate in Austin — that a fuel leak resulted in a small fire on the test stand. [emphasis mine]

This is not good for the company’s planned launch schedule, which presently calls for the first operational flight in 2020.

At the same time, the company announced the signing of a contract today with a company that will act as a coordinator scheduling multiple smallsat customers on the rocket.

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Boeing abruptly exits DARPA’s experimental spaceplane project

5:37 pm

Boeing today announced it is pulling out of DARPA’s Experimental Spaceplane Program, cancelling development of its Phantom Express-1 hyposonic plane.

The Pentagon’s Defense Advanced Research Projects Agency says Boeing is dropping out of its Experimental Spaceplane Program immediately, grounding the XS-1 Phantom Express, even though technical tests had shown the hypersonic space plane concept was feasible. “The detailed engineering activities conducted under the Experimental Spaceplane Program affirmed that no technical showstoppers stand in the way of achieving DARPA’s objectives, and that a system such as XSP would bolster national security,” DARPA said in a statement issued today.

Boeing has provided no clear explanation for this exit. I suspect it might have to do with their other problems related to the 737-Max airplane and the costs it is imposing on the company. Also, the program called for the first test flights in 2020, and it might also be that Boeing had doubts about meeting that goal.

Right now I wonder if Boeing will have to return any of the cash DARPA provided it for the work done so far, out of the total $146 million award. Moreover, at least two other companies had bid for this contract, Masten and Northrop Grumman. Will Boeing’s exit now allow them to pick up the pieces? Or has Boeing’s contract win and sudden exit mainly achieved the goal of stymieing their compeition?

Overall, this decision by Boeing is just another black mark on the company, just one of many that has occurred in the past few years.

UPDATE: It appears that Doug Messier at Parabolic Arc suspects the same Machiavellian maneuvers from Boeing as I.

A couple of years ago, a friend made the surprising predication that DARPA’s Experimental Spaceplane Program (XSP) — a R&D effort designed to produce a rocket capable of being launched 10 times in 10 days — would never see any hardware built.

The reasoning went like this: the winning bidder, Boeing, really wasn’t interested in the technology. The company was actually interested in government funding and keeping other companies from developing the system.

Messier isn’t sure either, noting that the pull out might also have occurred due to the arrival of Boeing’s new CEO, only a week earlier.

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Trunk from Dragon recovered intact

10:03 am

Capitalism in space: In recovering various pieces, including the capsule, dropped in the Atlantic during its January 19 launch abort test, SpaceX (and Elon Musk) were surprised to retrieve the capsule’s trunk section, normally attached below the capsule, largely intact and undamaged.

The recovery does not mean SpaceX will recapture and reuse this component in the future, since on an orbital flight the trunk would go into orbit. What it does suggest strongly is that SpaceX’s engineering is remarkably robust. To quote the old Timex commercial, “Takes a licking, keeps on ticking!” Kudos to them.

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Boeing looking to borrow up to $10 billion because of 737-Max problems

9:20 am

Boeing apparently is in discussions with several banks in an effort to secure a $10 billion loan to help it deal with the costs related to the suspension of production of the 737-Max airplane after two fatal crashes.

Boeing is in talks with banks to secure a loan of $10 billion or more, according to people familiar with the matter, as the company faces rising costs stemming from two fatal crashes of its 737 Max planes. The company has secured at least $6 billion from banks so far, the people said, and is talking to other lenders for more contributions. The total amount could rise if there is additional demand from banks, one person familiar with the matter said.

Liquidity isn’t an immediate concern, analysts have said, but the new debt shows Boeing is shoring up its finances amid the cash-sapping fallout of the two crashes — one in Indonesia in October 2018 and another in Ethiopia in March last year — that killed all 346 people aboard the two flights.

The amount Boeing is seeking to borrow is more than what some analysts were expecting. For example, Jefferies earlier this month forecast Boeing would issue $5 billion in debt this quarter.

I must emphasize that this story relies on anonymous sources, and is reported by CNBC, a division of NBC, one of today’s least reliable news sources.

More trustworthy information should become available on January 29, when Boeing makes its next earnings report.

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Prototypes of China’s core space station module and new manned spacecraft arrive at launch site

9:06 am

The new colonial movement: Prototypes of China’s core space station module and its new upgraded manned capsule have been delivered to the Long March 5B launch site.

The space station module will be used to test the installation and launch procedures for launching the actual module on the Long March 5B rocket. The manned capsule will be sent into orbit unmanned this spring on the Long March 5B to test both the rocket and the capsule, prior to human operations. This detail from the short article however is worth noting:

The new-generation manned spacecraft is 8.8 meters long and has a takeoff weight of 21.6 tonnes. It will be used for transporting crew to the space station and to conduct China’s future manned lunar missions.

Apparently in upgrading its Shenzhou manned spacecraft China has made it 0.3 meters longer and about four tons heavier. In fact, this manned ferry for getting to and from its space station is as heavy as a standard module used on both Mir and ISS. I could be wrong, but if this is the case they will require the Long March 5 or 5B for every manned flight. Since this rocket is large and expensive, it will be difficult to use it for maintaining a frequent launch pace, thus limiting the number of manned missions.

As I said, I could be wrong. Up until now I had assumed that a variant of the Long March 5 would be used to launch the station modules, and the smaller Long March 2F rocket used to ferry astronauts to it (as was done on all previous Chinese manned missions). This could still be the case.

If not, however, China’s space engineers have either put a limit on what they can achieve by overbuilding that manned capsule, or their government has made a major commitment to put a lot of tonnage into orbit. If the latter China’s space program is going to be quite competitive indeed.

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The long term ramifications of SpaceX’s crew Dragon on the future of the human race

12:13 pm

Crew Dragon's parachutes deployed
Crew Dragon soon after its parachutes had deployed
during the launch abort test.

The successful unmanned launch abort test by SpaceX of its crew Dragon capsule today means that the first manned flight of American astronauts on an American rocket in an American spacecraft from American soil in almost a decade will happen in the very near future. According to Elon Musk during the press conference following the test, that manned mission should occur sometime in the second quarter of 2020.

The ramifications of this manned mission however far exceed its success in returning Americans to space on our own spacecraft. NASA administrator Jim Bridenstine touched upon this larger context with his own remarks during the press conference:

We are doing this differently. NASA is going to be customer, one of many customers. I want SpaceX to have lots of customers.

Bridenstine is underlining the real significance of the entire commercial program at NASA. Unlike every previous manned space project at the space agency, NASA is not doing the building. Instead, as Bridenstine notes (and I recommended in my 2017 policy paper Capitalism in Space), it is merely a customer, buying a product built entirely by a private company. And while NASA is involving itself very closely with that construction, it is doing so only as a customer, making sure it is satisfied with the product before putting its own astronauts on it.

NASA also does not own this product. As Bridenstine also notes (and I also recommended in Capitalism in Space), SpaceX owns the product, and once operational will be free to sell seats on crew Dragon to private citizens or other nations.

This different approach also means that NASA is not dependent on one product. From the beginning its commercial crew program has insisted on having at least two companies building capsules — Dragon by SpaceX and Starliner by Boeing — so that if there is a launch failure with one, the second will provide the agency with redundancy.

Bridenstine was very clear about these points. He wants multiple manned spacecraft built by competing American capsules, both to provide the government with redundancy but also to drive innovation and lower costs.

SpaceX of course is the quintessential example of how to lower costs.
» Read more

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Crew Dragon unmanned launch abort a success

8:45 am

Crew Dragon's parachutes deployed

Capitalism in space: SpaceX has successfully completed an unmanned launch abort test of its crew Dragon spacecraft.

Everything took place exactly as planned. The image to the right is a screen capture shortly after the main chutes had become fully deployed. The recovery of the capsule is still ongoing, and will take a bit more than an hour. A press conference has been scheduled at 11:30 eastern, viewable on NASA-TV.

Based on what was seen, it appears that SpaceX is ready to put astronauts on this capsule. It is time to do so.

I have embedded a replay of the entire test, below the fold.
» Read more

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NASA: first manned Dragon flight could occur in March 2020

3:35 pm

A NASA official today finally admitted that, assuming the launch abort test tomorrow goes well, that first manned Dragon flight to ISS could occur as early as March 2020.

Kathy Lueders, head of NASA’s commercial crew program, told reporters Friday that the Crew Dragon capsule slated to carry Hurley and Behnken into orbit on the so-called “Demo-2” mission could be ready for for flight within a couple of months. “The vehicle will be all ready at the end of February,” Lueders said. “We’re kind of shooting for early March, right now, from a planning perspective. That would be the earliest.”

For years NASA has been reluctant to allow SpaceX to fly at the pace it wishes. Instead, NASA has consistently called for delays and further testing, almost ad infinitum. This admission by Lueders is the first by anyone at NASA that this launch can occur quickly, should tomorrow’s test flight succeed.

There are of course other considerations, such as scheduling the mission at ISS. Regardless, if tomorrow’s flight is a success there will be no justification for any long delays before the manned mission. It will be time to light that candle!

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Arianespace and China complete launches

4:40 pm

Arianespace’s Ariane 5 rocket today successfully placed two communications satellites into orbit, one for the commercial company Eutelsat and the second for India.

This was Arianespace’s first launch in 2020.

UPDATE: China’s smallsat solid rocket, Kuaizhou 1A, operated by a Chinese company dubbed GalaxySpace, also launched a commercial communications satellite today.

The leaders in the 2020 launch race:

3 China
1 SpaceX
1 Arianespace (Europe)

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A detailed look at Boeing’s recent aircraft problems

2:33 pm

Link here. The article is entirely focused at reviewing only Boeing’s recent aircraft projects (Boeing 787, Boeing 747-8, Boeing KC-46A, Boeing 777X and Boeing 737 MAX), all of which appear to have had a lot of development issues.

The worst of the lot was the KC-46A, with many of the problems shared by our incompetent federal government. Initially proposed in 2001 (that is not a typo), the contract award did not occur until 2010, with delivery of the first 18 planes set for August 2017. The GAO predicted this delivery would be late, and the GAO was right.

Worse, Boeing has had cost overruns on the tanker totaling $3.4 billion above the initial fixed cost development contract of $4.9 billion (that is also not a typo).

The article also cites far too many examples of where Boeing requested waivers in order to meet schedule, even though the waiver allowed serious safety issues to linger, a behavior that reminded me strongly of NASA’s management during the shuttle program, resulting in the loss of two shuttles because the agency preferred to push its schedule rather than deal with serious engineering problems.

When you add the delays, cost overruns, and sometimes absurd mistakes that have occurred during Boeing’s development of SLS, this article is far more disturbing. It gets worse when you consider the issues that have delayed the launch of Starliner, some of which (the parachutes) should not have been an issue considering Boeing’s half century of experience.

All told, these problems portray a company that is akin to our federal government, badly managed and ripe for disaster. While the U.S. aerospace industry would take a deep hit if Boeing went under, that hit however would likely be temporary, especially considering the problems Boeing is having.

Freedom must allow bad businesses to fail so that fresh faces not bogged down by old problems can come to the fore and replace them. If Boeing collapsed I suspect a host of new companies would quickly appear, all likely more capable of producing what the nation’s aerospace industry needs. Because right now, Boeing is certainly not doing the job.

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Watching SpaceX’s Crew Dragon launch abort

10:05 am

The launch abort test flight of SpaceX’s crew Dragon capsule remains on schedule for launch at 8 am (eastern) on Saturday, January 18, 2020.

NASA has announced that it will provide live coverage. I would assume SpaceX will as well, but there is no indication of that at the NASA announcement or at SpaceX’s website.

I will admit that though I very much would like to watch this live, it will go off at 6 am in Tucson, a bit early for this night owl writer.

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Boeing releases video of Starliner’s first orbital demo flight

9:25 am

Capitalism in space: Boeing has released a video showing what it was like to be on its Starliner capsule during its first orbital demo flight on December 20, 2019.

Flying alongside the uncrewed Starliner’s only official passenger — a spacesuit-clad, instrumented dummy (or anthropometric test device) named “Rosie” (after the World War II icon Rosie the Riveter), Snoopy, in plush doll form, served as the vehicle’s “zero-g indicator.” The video shows the doll floating weightless at the end of its “leash” after the Starliner entered Earth orbit.

The video is embedded below the fold. It is relatively boring, which actually is a good thing. The interior of the capsule does not seem much disturbed during each phase of the flight, from launch, separation from launch vehicle, and touchdown.
» Read more

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SpaceIL gets $1 million grant for building Beresheet-2

4:36 pm

The Israeli non-profit that built Beresheet-1 has received a $1 million grant in order to pursue building Beresheet-2.

The Blavatnik Family Foundation has provided a one million dollar grant to SpaceIL to support the “Beresheet 2” spacecraft program and advance the goal of landing an unmanned Israeli spacecraft on the Moon. “Beresheet 1”, launched on February 22, 2019, made Israel the 7th country in the world to reach the Moon’s orbit. The new Blavatnik grant will enable SpaceIL to recruit a new CEO to drive plans for “Beresheet 2” forward.

It remains unknown whether Beresheet-2 will ever get built. The money is insufficient to build a new lunar lander. Moreover, several of SpaceIL engineers have left the company and formed their own private space business, partnering with Firefly Aerospace to build their own lunar lander.

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Farmers swarming to buy used 40-year-old tractors

10:50 am

Buy dumb! The market for used 40-year-old tractors is booming, due to the “smart” but expensive-to-repair designs of modern computer-based tractors.

Tractors manufactured in the late 1970s and 1980s are some of the hottest items in farm auctions across the Midwest these days — and it’s not because they’re antiques. Cost-conscious farmers are looking for bargains, and tractors from that era are well-built and totally functional, and aren’t as complicated or expensive to repair as more recent models that run on sophisticated software.

“It’s a trend that’s been building. It’s been interesting in the last couple years, which have been difficult for ag, to see the trend accelerate,” said Greg Peterson, the founder of Machinery Pete, a farm equipment data company in Rochester with a website and TV show. “There’s an affinity factor if you grew up around these tractors, but it goes way beyond that,” Peterson said. “These things, they’re basically bulletproof. You can put 15,000 hours on it and if something breaks you can just replace it.”

Because of the computer software built into the new machines, a farmer can no longer fix it himself. He must call in a service truck, at high cost with long wait times. This extra cost is on top of the high cost to buy the new tractor, which cost a lot more than the used machines.

I predict that the cost for used tractors is going to continue to rise, until some smart entrepreneur realizes the market possibilities, and begins making new tractors without the bells and whistles.

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More problems at Boeing, this time with military aircraft

10:11 am

In this article about Israel’s desire to obtain the new KC-46A airplane tankers being built by Boeing for the Air Force, it is revealed that Boeing has had numerous disturbing manufacturing problems on this particular plane.

Earlier in 2019 the U.S. air force resumed, after a two-month delay, accepting new KC-46As. That two-month delay was because of FOD (Foreign Object Debris), including tools and other metal objects, still showing up in various parts of the aircraft. This indicated a serious lapse in the management of assembly and quality control while producing these aircraft. By March, after nearly a month of effort to check out aircraft nearly ready for delivery as well as factory inspection procedures, the air force agreed to begin accepting KC-46s once more. Deliveries continued despite the recently discovered cargo lock (unreliable cargo tie down latches) problem. The Americans are now concerned about Boeing, the manufacturer while also needing the KC-46As as soon as possible. This is the same firm that is having worse problems with its new 737 Max commercial airliner.

In mid-2019 Boeing planned to deliver 36 KC-46As by the end of 2019 and later expected to meet that goal even though only 19 had been delivered by early September. At the end of the year the goal of 36 was missed but Boeing did fix the cargo lock problem and this allowed cargo to again be carried. There is one problem left with the accuracy of the remote viewing system used by the 46A boom operator. That does not prevent operation of the aircraft, just slows down refueling in some cases.

Boeing has had problems with its 737-Max commercial jet (now grounded), with the construction of the Space Launch System (SLS) for NASA (a decade behind schedule and billions over budget), and with its manned Starliner space capsule. The list of issues above for the KC-46A is equally troubling, and indicates that the management and quality control problems indicated by the other projects might very well be systemic to the entire company. Not good, not good at all.

Hat tip to reader Norm Donovan.

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Update on Dream Chaser

9:54 am

Link here. According to Sierra Nevada, the company that is building this mini-shuttle cargo ship, they are on track to launch next year. They are also aggressively working on a Dream Chaser version that would be able to transport humans to space.

SNC has “never stopped working” on the crewed version of Dream Chaser, Lindsey said. While the company’s focus right now is getting the cargo version ready for its first flight on a United Launch Alliance (ULA) Vulcan-Centaur rocket next year, the first crewed flight “absolutely” will take place within 5 years.

“There’s interest, not necessarily from NASA, but other customers” that Lindsey expects to grow once the cargo version is flying. SNC will offer either a “taxi model” where it supplies the crew to fly it, or a “rental car model” where the customer provides the crew. It will be up to the customer to decide.

If they can get this spacecraft operational, they will join SpaceX as a leader in the reusability market, having built a ship that can be flown repeatedly on profit-making missions. In fact, it appears that the entire private American effort to get humans into space is aggressively shifting towards full reusability. SpaceX has got the first stage solved, and is also now routinely reusing its cargo Dragon capsules. It is also working to make both the upper stage (Starship) and manned capsules (crew Dragon) reusable. Sierra Nevada is in turn working on the manned spacecraft with Dream Chaser. Similarly, Blue Origin says the first stage of its New Glenn rocket will be reusable.

Those companies and nations that ignore this development (such as the Europeans Space Agency and Russia) will find themselves left far behind. Reusablity of rockets has been proven, and it lowers the cost to get to space so radically that without it you cannot compete.

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House committee approves bill coordinating the government’s space weather work

9:38 am

The House science, space, and technology committee has approved a new bill that establishes a coordinating structure for the many government agencies involved in observing and research space weather, the material that the Sun throws at us that can affect electrical grids and communications.

A similar bill has been approved by the Senate commerce committee, but with several important differences, the most important of which is likely this provision in the House bill:

The provision requires NOAA to establish a commercial space weather data pilot program within one year of the bill’s enactment. Through that program, NOAA is to offer to enter into contracts with “one or more entities in the commercial space weather sector” to provide data that meets standards and specifications that NOAA, in consultation with the Secretary of Defense, must publish within 18 months of enactment. The data may be ground-based, ocean-based, air-based, or space-based. NOAA “may offer” to award “at least one” competitively-bid contract within 12 months of when the Integrated Strategy required in the bill, as reviewed by the National Academies, is transmitted to Congress. “If” one or more contract is awarded, NOAA is to assess the value of the pilot program and report to Congress within 4 years of enactment.

The goal of this provision is to shift construction of new space weather facilities, including satellites, from the government to private industry. Like NASA and the Defense Department, NOAA in recent decades has generally done a poor job of building satellites cheaply and quickly to maintain its in-space monitoring network. The hope is that by depending on the growing private sector, the agency can get its satellites replaced more effectively, while also energizing the space private sector.

The Senate and House bills both have only passed through committee. We shall see if the Senate agrees to add this provision to its version of the bill.

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