Rocket Lab gets two-launch deal with Japanese satellite company

Rocket Lab today announced that it has signed a two-launch deal with the Japanese satellite company Synspective, bringing to six total the number of Synspective satellites its Electron rocket will place in orbit.

Rocket Lab has been launching for Synspective since 2020 when the Company deployed the first satellite in Synspective’s synthetic aperture radar (SAR) constellation, which is designed to deliver imagery that can detect millimetre-level changes to the Earth’s surface from space. Since that first mission, Rocket Lab has been the sole launch provider for Synspective’s StriX constellation to date, successfully deploying three StriX satellites across three dedicated Electron launches. Including the two new missions, Rocket Lab is now scheduled to launch three missions for Synspective beginning in late 2023 from Launch Complex 1 in New Zealand.

This deal illustrates Rocket Lab’s continuing strong position in the launch market, while simultaneously illustrating the lack of any Japanese presence. Japanese Synspective might prefer to work with a Japanese rocket, but none exists that can compete with Rocket Lab.

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ULA officially admits first Vulcan launch is delayed to end of year

Though the announcement was not news or unexpected, ULA’s CEO Tory Bruno yesterday officially confirmed that the first Vulcan launch will not occur before the fourth quarter of this year, not this summer as hoped.

In a call with reporters July 13, Tory Bruno, president and chief executive of ULA, said the changes to the Centaur upper stage stemmed from an investigation into a test mishap in March, where hydrogen leaked from a Centaur test article and ignited, damaging both the stage and the test rig. The company announced June 24 that it would delay the launch to make “minor reinforcements” to the Centaur.

Bruno also poo-pooed the significance of a failure of a Blue Origin BE-4 engine during a static fire test in mid-June, a failure that had been kept secret until this week.

“This doesn’t indict the qualification at all,” he said, noting that BE-4 engines have more than 26,000 seconds of cumulative runtime. “We’re very confident in the design and the workmanship of the assets that have passed acceptance. This is not unexpected.”

Forgive me if I don’t take him entirely at his word. I guarantee his engineers are looking at that failure very closely to make absolutely sure it doesn’t indicate issues with the two engines on that first Vulcan rocket. It is very likely this is part of the reason that first launch is now delayed until the end of the year.

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Solid-fueled second-stage motor for Japan’s new Epsilon-S rocket explodes during static fire test

A solid-fueled second stage of Japan’s upgraded Epsilon-S four-stage rocket exploded 57 seconds into a two minute static fire test today, likely preventing that rocket’s planned first launch this year.

Police received an emergency call shortly after 9 a.m. from a nearby resident reporting that she heard “a loud noise and saw smoke” rising from the Noshiro Rocket Testing Center.

JAXA said that an explosion occurred during a combustion test of the second-stage engine of the Epsilon S rocket, which is an improved model of the small solid-fuel Epsilon rocket, at the facility in the prefecture in the northeastern Tohoku region.

While explosions during static fire tests of liquid-fueled rockets occur periodically, for a solid-fueled motor to explode seems much rarer, and suggests the mix and placement of the solid-fuel within the stage did not occur properly.

This failure continues a string of failures within Japan’s government-run space program, including a failure during the first launch of its new large H3 liquid-fueled rocket earlier this year. At present Japan’s space agency JAXA has set August 26th for one of the last launches of the rocket the H3 is replacing, the H2A, carrying an X-ray space telescope and a small lunar lander. Though today’s failure involves very different technologies and should therefore not impact that launch, it is possible JAXA will stand down entirely to see if there was some systematic issue throughout its management. It sure appears there is.

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India successfully launches Chandrayaan-3


Click for interactive map.

India today successfully launched its Chandrayaan-3 lunar lander/rover probe toward the Moon, carried aloft by its LV-M3 rocket (a variation of its GSLV) from its coastal spaceport in Sriharikota.

Chandrayaan-3 carries the Vikram lander, which will bring the Pragyan rover to the surface. Pragyan will spend about two weeks operating on the lunar surface. The location is indicated by the red dot on the map to the right, in the high southern latitudes. The white cross marks the lunar south pole. Russia’s Luna-25 is scheduled to launch sometime in mid-August.

It will take time to get Chandrayaan-3 into the right lunar orbit for landing, which is presently scheduled for August 13, 2023.

For India this was its fifth successful launch for the year, the most since 2019, before it panicked over COVID. The leaders in the 2023 launch race:

46 SpaceX
26 China
9 Russia
5 Rocket Lab
5 India

American private enterprise still leads China in successful launches 52 to 26, and the entire world combined 52 to 45, while SpaceX by itself still leads the rest of the world (excluding other American companies) 46 to 45.

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July 13, 2023 Quick space links

Courtesy of BtB’s stringer Jay.

  • ULA’s CEO says Blue Origin is manufacturing two BE-4 engines per quarter
  • 8 engines a year, eh? New Glenn requires seven to launch. ULA will need two for each Vulcan launch. I don’t see this working as planned. If true ULA has a serious problem, and New Glenn will not fly for years.

    Jay adds this link for comparison: SpaceX produces one Raptor-2 engine every two days, and was previously manufacturing 400 Merlin engines per year (before the reuse of the Falcon 9 first stage reduced the need for so many engines).

 

 

 

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Enthusiastic censorship and blacklisting at St. Philip’s College in Texas

St. Philip's College, home to blacklisting and censorship
St. Philip’s College, the poster child of academic
blacklisting and censorship

They’re coming for you next: The university was conceived as a place of where young minds would be exposed to new ideas in order to challenge their youthful assumptions and unbridled certainty, with the determined goal to teach critical thinking. (For those who no longer know what critical thinking is, it is the concept that you question everything rigorously, including most importantly your own assumptions.)

It seems most American colleges no longer practice this. In fact, many now teach the exact opposite. Faced with ideas you don’t like, students are encouraged to complain, and hide in “safe spaces” so they don’t have to question anything.

It also appears that St. Philip’s College in Texas is the poster child of this new “teaching” concept. This semester it fired two different teachers when several anonymous students complained because those professors expressed some basic facts in their classrooms that conflict with the modern queer agenda and the leftist hostility to open debate.

First, Dr. Johnson Varkey was fired in January 2023 because he had the audacity during a November 2022 human anatomy and physiology class to state that human sex is determined by the X and Y chromosomes, a basic fact of biology.

Four students walked out of that class in protest, and then complained to the administration. Within weeks it terminated Varkey, with no due process. In its termination letter [pdf] (part of the response by Varkey’s attorney’s at the non-profit legal firm First Liberty), it claimed
» Read more

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A Martian gully formed by disappearing glacial ice?

Puzzling Martian gully
Click for original image.

Cool image time! The picture to the right, cropped and reduced to post here, was taken on April 30, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows the rim of a seventeen-mile wide crater, and was the scientists label a “gully without apron,” meaning that though something has caused material to disappear within that gully, beginning high on the rim wall, there does not appear to be any piled up apron or debris at the gully’s base.

The blue colors imply the possibility of frost within the gully, while the orange suggests dust or coarse surface material.

The cracks emanating away at right angles from the gully’s base suggest glacial ice, which makes sense based on the location.
» Read more

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Senate committee approves Biden’s FCC nominees

Despite apparent opposition to the Biden nominees by Republicans, the Senate committee involved has approved the three FCC nominees and moved that the process proceed to a vote in the full Senate.

The article also includes these paragraphs, describing absurdities that could only occur in Congress:

[Ted] Cruz [R-Texas] moved that all the nominations, including Damelin and a nominee for the National Transportation Safety Board plus a list of Coast Guard promotions, be favorably reported. There were no objections and the motion was agreed to.

Immediately thereafter, however, Cruz and other Republicans asked to be recorded as no on Gomez and/or Starks and two Democrats as no on Carr. It’s not possible to discern from the webcast who was speaking in all instances, but the bottom line is that all the nominations were approved and now can go to the floor for a vote by the full Senate. The requests to be recorded as no are a signal that the rest of the confirmation process will not be easy.

Cruz moves the nominees should be “favorably” reported, but then announces he and others are against some.

All in all, this appears to be another example of Republican failure theater. Make it sound like you are trying to block Biden’s policies, but then do whatever is necessary to let them to go into effect. Considering that the Democratic Party appointees at the FCC have been pushing for regulatory power beyond the commission’s statutory authority, it seems absurd for any Republican senator (or Democrat senator for that matter) to okay any Biden nominees who would continue that power grab. And yet, the Republicans appear willing to go along.

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Australian industrial space park threatened with shut down

With the loss of government funds caused by decisions of the new Labor government in Australia, a space-centered industrial park proposed for Adelaide Airport is threatened with shut down.

The previous government was going to contribute about $20 million to build a shared facility, and this had encouraged a number of space manufacturers to add their own $26 million. With the loss of that $20 million from the government two of those companies have now backed out.

The article also notes a number of other space-related areas where government funding is being cut off. All this appears to be the result of the change in government, and the decision of the new Labor government to end such subsidies.

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Extremely Large Telescope in Chile marks halfway point in construction

The Extremely Large Telescope (ELT) has now celebrated the halfway point in its construction, with completion targeting 2028 when its 39-meter mirror will make it by far the largest telescope in the world.

The 39-meter diameter, or 127 feet or 1,535 inches, is about four times larger than the largest telescope that presently exists, the 10-meter telescope in the Canary Islands. By the time ELT begins operations however the 21-meter Giant Magellan Telescope (GMT) in Chile should also be in operation.

Sadly, the Thirty Meter Telescope (TMT) in Hawaii will likely not exist, even though it had intended to begin construction before ELT and GMT and be operational now. Leftist opponents in Hawaii have shut construction down now for almost eight years, with little signs of it ever proceeding.

Not that any of this really matters. In the near term, ground-based astronomy on Earth is going to become increasingly impractical and insufficient, first because of the difficulties of making good observations though the atmosphere and the tens of thousands of satellites expected in the coming decades, and second because new space-based astronomy is going to make it all obsolete. All it will take will be to launch one 8-meter telescope on Starship and ELT will become the equivalent of a buggy whip.

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Final close-out of all science research at Arecibo

The National Science Foundation (NSF) is proceeding with the final close-out of all science research at the now shuttered Arecibo radio telescope, ending all funding for the remaining science instruments that still function and letting go all scientists on staff as of August 14th.

In October 2022, NSF announced it would not rebuild the giant telescope, saying it was following community recommendations for the best use of scarce research dollars. It is now shutting down most of the smaller instruments as well. As scientists depart, “all the expertise associated with instruments is leaving,” Brisset says. Olga Figueroa-Miranda, director of the observatory, says people from UCF, Puerto Rico’s Metropolitan University, and Yang Enterprises, an engineering firm, will be let go, including herself. She has yet to find a new position.

The NSF has budgeted money to turn the telescope’s visitor center into a science education facility, but this is not likely to be very successful, as there will be no scientists at this somewhat remote location, which will in itself discourage any traffic.

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New Viasat geosynchronous communications satellite in trouble

Launched in April, a new geosynchronous communications satellite for the company Viasat is in trouble, with “an unexpected event” occurring during the deployment of its antenna reflector.

Shares of Viasat fell as much as 36% in early trading Thursday, putting it on track for its biggest one-day loss since going public in December 1996. Viasat did not disclose the identity of the reflector’s manufacturer in its release. Dankberg said his company is “working closely” with the manufacturer to resolve the problem. A Viasat spokesperson confirmed to CNBC that the manufacturer is a top aerospace and defense company – but noted that it is not Boeing, which built the 702MP+ bus that is the spacecraft’s structure and power.

The company is under severe competitive pressure from the Starlink and OneWeb satellite constellations. This loss could be crippling, even if it obtains a full insurance payment of $420 million.

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