Tag: commercial

First test flight of Momentus’s orbital tug has issues

8:49 am

Capitalism in space: According to a short press release from the company, tirst test flight of Momentus’s orbital tug — launched on a Falcon 9 on May 25th, has communications issues.

We have established two-way contact with the Vigoride Orbital Transfer Vehicle, and as is often the case with a new spacecraft, have had some initial anomalies. We are using an unplanned frequency as we work through this and are applying for a Special Temporary Authority (STA) with the FCC to address that in order to help command the vehicle back to nominal configuration. Our engineering and operations team is working to address the anomalies.

No further details have so far been released.

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Part 2 of Elon Musk’s most recent tour of Starbase

10:37 am

Looking up from the bottom of the tower
Looking up from the bottom of the tower

Looking down from the top of the tower
Looking down from the top of the tower

Tim Dodd of Everyday Astronaut has now posted part two of his long and most recent tour of Starbase at Boca Chica with Elon Musk. This section is 33 minutes long, and takes us to the top of the new orbital launch tower that SpaceX will use to launch Starship and Superheavy, as well as eventually catch Superheavy upon its return.

Part 1 can be viewed here.

The two images to the right are screen captures from today’s tour.

I have embedded Part 2 below. It has the following interesting take-aways:

  • Musk: “At SpaceX, we specialize in converting the impossible into late.”
  • Musk and his engineers spent several minutes describing in detail how the tower’s chopsticks will work in conjunction with Superheavy as it comes down and the chopsticks grab it.
  • Musk also provided some details about the Starlink-2 satellites, explaining that it is impractical to launch them on Falcon 9, and thus Starship must become operational to fly them.
  • The tour not only stopped near the top of the tower to get a close look at the attachment points for the chopsticks, it went to the tower’s top, at 469 feet in the air, 106 feet taller than the Saturn-5 rocket.
  • In discussing how the economy is not zero sum, Musk revealed why he is at heart a conservative, and is slowly finding this out. That he still leaves out that forgotten word that makes this all possible, freedom, shows his journey is not quite complete.
  • Musk also added his thoughts on the importance of making human civilization multi-planetary. For him, it is really a question of survival.

» Read more

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Spaceflight’s Sherpa-AC tug successfully deploys satellites

9:49 am

Sherpa-AC

Capitalism in space: Spaceflight’s first orbital tug, dubbed Sherpa-AC and launched on SpaceX’s May 25th smallsat Falcon 9 mission, has successfully deployed its satellites as planned.

Spaceflight successfully delivered all five customer payloads, including two hosted payloads on the Sherpa OTV [Orbital Transfer Vehicle, or tug], to their desired orbital destinations.

The Transporter 5 mission marks Spaceflight’s 51st launch, its sixth in 2022, and the first launch of the Sherpa-AC OTV model. Sherpa-AC, named for its “Attitude Control” capabilities, augments Spaceflight’s base free-flying Sherpa with key functionality including a flight computer, attitude knowledge and control, and more, making it ideal for servicing hosted payloads on orbit.

Organizations on Spaceflight’s Transporter 5 mission include Xona Space’s Huginn mission, NearSpace Launch Inc.’s TROOP-3, MIT Lincoln Laboratory’s Agile Micro Sat, and Missile Defense Agency’s CNCE Block 2.

The picture above, reduced to post here, shows Sherpa-AC as launched. According to Spaceflight’s webpage, Sherpa-AC can act either as the service module for a smallsat, providing power, attitude control, and communications, or as a tug, bringing the cubesat to its desired orbit and then deploying it. On this flight three cubesats were deployed, and two remain attached, using Sherpa-AC as their service module.

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Update on Relativity’s operations and first launch attempt

9:31 am

Link here. The article provides a nice overview of the company, its rocket, and the status of both. Key quote:

Terran 1, much like SpaceX’s Falcon family, is designed around affordability. The company says a dedicated mission on Terran 1 should cost around $12 million and is capable of taking 2,750 pounds of payload to low-Earth orbit. That number drops to about 2,000 pounds when going to sun-synchronous orbit.

Though the 110-foot Terran 1 won’t be reusable and will be expended into the Atlantic Ocean, it should inform the company’s future development of the much larger, 216-foot Terran R rocket. That vehicle will be reusable and is expected to directly compete with SpaceX’s Falcon 9 rocket.

Terran 1’s demonstration mission, appropriately labeled “Good Luck, Have Fun,” is slated to carry no customer payload. The company appears to be on track for its goal of flying before the year is out.

Terran-1 will thus be limited to the smallsat market that is presently held by Rocket Lab, Virgin Orbit, and Astra. It is bigger, however, and if successful will be able to put more or larger smallsats into orbit, and do so at a cheaper price.

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Stratolaunch unveils first Talon-A test vehicle

9:24 am

The pylon and Talon test vehicle attached to Roc
Click for original image.

Capitalism in space: Stratolaunch yesterday released the first pictures of its first Talon-A test vehicle, dubbed TA-0, to be used to test in-flight the pylon on the company’s giant Roc airplane that the Talon-A will be attached to.

The photo to the right, reduced, enhanced, and annotated to post here, shows the test vehicle attached to the pylon which hangs from the bottom of Roc’s wing. From the press release:

The pylon, which was introduced during Roc’s fifth test flight on May 4, will be used to carry and release Talon-A hypersonic vehicles. The hardware is comprised of a mini-wing and adapter that is constructed with aluminum and carbon fiber skins. It weighs approximately 8,000 pounds and occupies 14 feet of Roc’s 95-foot center wingspan, allowing for adequate space between the aircraft’s dual fuselages for safe vehicle release and launch. The custom structure also features a winch system that will load Talon-A vehicles onto the platform from the ground, expediting launch preparation and reducing the need for ground support.

Although this first version of Talon-A will not be powered in flight, its future iterations will be rocket-powered, autonomous, reusable testbeds carrying customizable payloads at speeds above Mach 5. TA-0 will continue functional and integration testing in the coming months, culminating in a captive carry and vehicle flight later this year. After completing TA-0 separation testing, the company will transition to flying its first hypersonic test vehicle, TA-1. The team has also started fabrication of a third vehicle, TA-2, the first fully reusable hypersonic test vehicle.

The development and initial testing of Talon-A is partly funded from a contract with the Air Force. If successful, the Air Force will likely move on to purchasing actual hypersonic test flights.

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NASA blesses Starliner as ready for manned missions

9:04 am

Capitalism in space: In the post flight press conference on May 25th, NASA officials gave their official endorsement of Boeing’s manned capsule Starliner, making it clear they are ready to approve it for manned missions.

Steve Stich, manager of NASA’s Commercial Crew Program, was to the point:

“Putting the vehicle through its paces on this flight is really the only way to prepare us for the crewed flight test,” Stich said. “Once we work through all the data, we’ll be ready to fly crew on this vehicle.”

The “data” however includes two failed orbital thrusters on the capsule’s service module, and two failed attitude control thrusters on the capsule itself. While the capsule’s thrusters can be taken apart for analysis, because the service module is not recovered, burning up over the ocean, Boeing will have to try to figure out the cause of its thruster failures from the data and experimentation with a not-yet flown service module.

Even so, it appears NASA will not require Boeing to do another unmanned test flight. The capsule proved during the unmanned demo flight that it has more than ample redundancy in these thrusters, should some fail on a manned flight.

The plan right now is to get that next manned flight off by the end of the year, though it could slip into ’23 should it become difficult to pin down and fix the thruster issues.

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Starliner successfully lands in New Mexico

3:58 pm

Starliner on its way down

Capitalism in space: Boeing today successfully completed the safe landing of Starliner from an unmanned demo mission to ISS, making it the only American capsule to touchdown on the ground using parachutes. This was the second Starliner to do so, though the first demo mission was cut short just after reaching orbit.

The screen capture to the right comes from the live stream, about two minutes before touchdown. You can see the airbags deployed under the capsule, which inflated just after the heat shield was jettisoned.

The capsule landed only 0.3 miles from its target, an excellent result. Crews are now heading to the capsule at White Sands to carefully check it out, to make sure no hazardous fuel leaks pose a threat to those ground crews.

I must complement Boeing (and NASA) on providing very professional coverage. It has often been painful in recent years to watch any NASA broadcast because of the breathless propaganda the agency has somehow thought it needed to do. In this case however the announcers and the broadcast were calm, thoughtful, and very informative, focused not on emotion but on reporting what was actually happening. Kudos to Boeing!
» Read more

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SpaceX launches 59 smallsats and tugs into orbit

11:49 am

Capitalism in space: SpaceX today successfully launched 59 smallsats and orbital tugs using its Falcon 9 rocket.

The first stage successfully completed its eighth flight, landing at Cape Canaveral. As I write this the upper stage is in the several hour-plus process of deploying the payloads.

The leaders in the 2022 launch race:

22 SpaceX
16 China
7 Russia
3 Rocket Lab
3 ULA

American private enterprise now leads China 31 to 16 in the national rankings, and the entire rest of the world combined 31 to 26.

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Axiom signs deal with Italy to add an Italian module to its commercial space station

9:05 am

Capitalism in space: The commercial company Axiom today announced an agreement with the Italian government to begin design work on an Italian module that will eventually be added to its commercial space station, set to launch in ’24 as an addition to ISS that will eventually separate and fly independently.

The language of the press release is couched in a lot of vague statements, but this paragraph is the most revealing:

While the [agreement] is exploratory in nature, areas of cooperation outlined in the agreement include mutual definition of potential user requirements as well as technological solutions and operational concepts for an Italian module that could later be developed and integrated into the Axiom Space Station. The project could take the form of a public-private framework with the governance and business models developed over time. Other areas of cooperation include collaborative development and implementation of research supporting space exploration and technology, including advanced materials, pharmaceuticals, on-orbit manufacturing, space security, aerospace medicine, simulation and robotics, and other areas of mutual interest as determined by the two parties, as well as training and mission operations.

The deal will likely lead to Italy paying Axiom to build the module as well as provide that country support when it begins using that module for research and commercial development.

Nor is this Axiom’s only deal with other countries. Both Hungary and the UAE have signed agreements to fly in some manner with Axiom.

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NRO awards major satellite contracts to BlackSky, Maxar, and Planet

8:54 am

Capitalism in space: The National Reconnaissance Office (NRO) today announced major satellite contracts worth billions of dollars with three different commercial satellite constellations, BlackSky, Maxar, and Planet, to provide it high resolution reconnaissance imagery over the next decade.

You can also read BlackSky’s press release of the contract award here.

The contracts are part of an NRO’s program, dubbed Electro-Optical Commercial Layer (EOCL), to shift from building its own reconnaissance satellites to buying the services from the private sector.

EOCL will support the mission needs of NRO’s half-million intelligence, defense, and federal civil agency users over the next decade. It will also help ensure long-term, continued support for the U.S. commercial remote sensing industry. EOCL is effective as of of May 22, 2022 with a five-year base and multiple one-year options with additional growth through 2032.

The five year contract with one year options through 2032 applies to all three satellite companies, and guarantees that all three will require extensive launch capabilities to keep their satellite constellations operating. The rising demand for rockets, both large and small, will thus continue.

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Watch Starliner’s return to Earth

8:32 am

The astronauts on ISS closed the hatch yesterday on Boeing’s Starliner manned capsule in preparation for its return to Earth today, with a planned landing at White Sands, New Mexico, at 6:49 pm (Eastern).

I have embedded NASA’s live stream below. The undocking at 2:36 pm (Eastern), with the live stream beginning at 2:30 pm (Eastern). After the capsule separates and ends joint operations with ISS the live stream will break off until 5:45 pm (Eastern), when it will resume to cover the landing.
» Read more

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Software issues delay Psyche launch seven weeks

9:05 am

Engineers preparing to stack the Psyche probe on top of its Falcon Heavy rocket for an August 1, 2022 launch have been forced to delay that launch at least seven weeks until September 20th at the earliest because of a software issue.

Technicians unboxed the Psyche spacecraft and moved it to a handling fixture for a series of hardware and software tests to make sure the probe survived the cross-country trip from California.

But a technical issue interrupted the test campaign, and will delay the launch of the Psyche mission at least seven weeks.

“An issue is preventing confirmation that the software controlling the spacecraft is functioning as planned,” NASA said in a written statement, responding to questions from Spaceflight Now. “The team is working to identify and correct the issue.”

Assuming no further delays, the spacecraft will still reach Psyche in January 2026.

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SpaceX seeking another $1.725 billion in investment capital

9:07 am

Capitalism in space: SpaceX has begun another private funding round, now asking for $1.725 billion in new investment capital.

The space venture is looking to bring in up to $1.725 billion in new capital, at a price of $70 per share, according to a company-wide email on Friday obtained by CNBC. Notably, SpaceX split its stock price 10-for-1 in February, which reduced the common stock to $56 a share – with the new valuation representing a 25% increase.

When added to past funding rounds — and including the $2.9 billion provided by NASA for turning Starship into a manned lunar lander — SpaceX will have raised approximately $12 billion total for building Starship.

Sounds like a lot, doesn’t it? Well, compared to what NASA has spent for its expendable SLS rocket (about $60 billion), $12 billion is chicken feed, especially because Starship will not be expendable, but entirely reusable.

If this contrast doesn’t illustrate the strength of freedom, competition, and private enterprise over government, I don’t know what does. Government, not caring about making a profit, produces a disposable rocket costing many billions, and takes two decades to do it. Private enterprise in comparison also wants a big rocket, but it also doesn’t look kindly on throwing away its investment with each launch. It instead insists the cost to build it be constrained, as well as the time to do it.

The result: Government accomplishes little and wastes a lot. Private enterprise makes it happen, and quickly for a reasonable cost.

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Boeing uninterested in finding customers for Starliner outside of NASA?

8:54 am

Capitalism in space: According to a story yesterday, Boeing, ULA, and NASA plan on launching Starliner through the end of the decade on the last few Atlas-5 rockets in existence, which in turn suggests that Boeing is either not looking for any Starliner customers outside of NASA or has none.

With NASA planning to alternate between Boeing’s Starliner and SpaceX’s Crew Dragon for International Space Station crew rotation missions once Starliner is certified, each flying once a year, it implies that Atlas 5 launches of Starliner could continue well into the latter half of the decade. ULA, which has stopped selling Atlas 5 launches, has previously discussed phasing out Atlas 5 in favor of Vulcan Centaur around the middle of the decade.

…Even at a pace of one mission a year, though, and with no other customers for Starliner, the supply of Atlas vehicles would be exhausted before the projected retirement of the ISS in 2030. “We would look, toward the end of the decade, to award other flights, or have other flights potentially for Boeing,” said Steve Stich, NASA commercial crew program manager. “We would look for a new system.” He added NASA would support human-rating a new system “when Boeing and ULA are ready.” [emphasis mine]

The implications of the story is that Boeing is simply not interested in finding other customers for Starliner, nor is it trying to find alternative launch vehicles to replace the Atlas-5. Instead, the company has simply calculated that there are enough Atlas-5s left to complete its obligations to NASA, and that is all it needs. Competing for additional commercial manned space flights does not interest it.

It also appears that only when NASA demands or needs another launch vehicle will Boeing and ULA make an effort to replace Atlas-5.

All in all, this does not speak well for the future of either Boeing or ULA. A lack of competitive spirit will quickly leave you in the dust, especially if a host of new startups exist to grab your market share. Either both companies change their attitudes, or both will die.

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Mitsubishi develops technology to 3D print cubesat antennas in space using sunlight

9:22 pm

Capitalism in space: Mitsubishi this week announced a new technology it had developed that will allow small cubesats to 3D print antennas in space much larger than the satellite itself, using the sun’s ultraviolet radiation to harden the resin.

The full press release can be read here [pdf].

– On-orbit manufacturing eliminates the need for an antenna structure that can withstand vibrations and shocks during launch, which is required for conventional antenna reflectors, making it possible to reduce the weight and thickness of antenna reflectors, thereby contributing to the reduction of satellite weight and launch costs.

– Assuming the use of a 3U CubeSat (100 x 100 x 300 mm) specification, an antenna reflector with a diameter of 165 mm, which is larger than the size of the CubeSat bus, was fabricated in air, and a gain of 23.5 dB was confirmed in the Ku band (13.5 GHz).

Obviously this is still in development, but once viable commercially it will expand the capabilities of cubesats enormously, especially for interplanetary missions which need larger antennas for communications.

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