Firefly studying feasibility of launching from northern Japanese spaceport

Japan's spaceports
Japan’s spaceports indicated by red dots.

Firefly and the commercial Japanese Hokkaido spaceport in the north of Japan have begun a feasibility study for launching Firefly’s Alpha rocket there.

Establishing an memorandum of understanding with the Hokkaido Spaceport means that the two entities can flesh out a more concrete launch complex design and figure out all of the logistics to bring Alpha launch capabilities to Japan.

In the past Hokkaido has been the location for a number of suborbital launches, but no orbital launches as yet. For example, the Japanese startup Interstellar used this site for its suborbital test flights in 2018, and hopes to use it for future orbital flights.

Firefly meanwhile has launched its Alpha rocket multiple times from Vandenberg in California. The company is also building a launchpad at Wallops Island in Virginia, and has signed a deal with the Esrange spaceport in Sweden. The Swedish launch site however is questionable because any orbital launch from there would have to cross over land of other countries, and so far it appears permission for such a thing has not been arranged. Firefly might therefore be looking at Hookaiddo for precisely this reason.

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Russia launches classified military payload

Russia today successfully launched a classified military payload comprising “multiple military spacecraft”, its Angara-1 rocket lifting off from its Plesetsk spaceport in northeast Russia.

This was Russia’s second launch in two days, something it rarely does any longer. It was also the fifth launch of this version of Russia’s new family of Angara rockets, using a modular design that can be configured for different size payloads. Launched into a polar orbit, the lower stages crashed in the ocean in the Arctic and Pacific.

The leaders in the 2025 launch race:

101 SpaceX
47 China
11 Rocket Lab
11 Russia

SpaceX still leads the rest of the world in successful launches, 101 to 82.

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Russia launches returnable capsule for month-long biology research mission

Russia today successfully launched the first Bion-M returnable capsule in more than a dozen years, its Soyuz-2 rocket lifting off from the Baikonur spaceport in Kazakhstan.

The capsule will remain in orbit for about a month doing weightlessness and radiation experiments with a variety of biological samples, 1,500 fruit flies, and 75 mice. Though similar to the commercial capsules recently launched by Varda, Bion-M is different in that it appears the research has no marketability. As a government-run project by Russian Academy of Science, no effort was made to use weightlessness to produce a product for sale on Earth.

The leaders in the 2025 launch race:

101 SpaceX
47 China
11 Rocket Lab
10 Russia

SpaceX still leads the rest of the world in successful launches, 101 to 81.

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Spinlaunch raises $30 million for its Meridian broadband satellite constellation

Spinlaunch prototype launcher
The Spinlaunch prototype launcher

Spinlaunch, the startup that began by proposing launching payloads into space using a giant vertically oriented spinning centrifuge (as shown to the right), has now raised $30 million in private investment capital for its proposed Meridian broadband satellite constellation, designed to compete directly with Starlink and Kuiper.

The funding includes new investment from existing investors, including lead investor ATW Partners, as well as the previously announced strategic investment from Kongsberg Defence & Aerospace.

Kongsberg had previously invested $12 million, and is building 280 micro-satellites for this constellation.

It is very unclear from the press release when Spinlaunch will launch its first satellite, though it claims its “first customer link” will take place in second half of 2026. Considering the level of blarney the company exhibited in its initial spin-launch concept, we should remain very skeptical about its satellite constellation claims. Though the company has signed a deal to build a full scale spin launcher in Alaska, it increasingly appears it is shifting its effort from that to satellites.

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Student suborbital rocket fails in first student attempt to reach space

The first rocket launch from Quebec and the first attempt by a student-built rocket to reach suborbital space unfortunately failed soon after lift-off on August 15, 2025 when the second stage separated prematurely.

The launch was part of a program by the rocketry division of a Canadian educational organization, Space Concordia.

While the launch appeared to start smoothly, it was approximately 23 seconds into the launch that the team reported that “vehicle split apart into 2 pieces.” Space Concordia said “the nosecone (came) tumbling to the ground” and that the airframe coasted “briefly before following suit.”

After the launch, and during the webcast, a representative said the “second stage separated early” and mentioned MaxQ, which is when the rocket will be under maximum aerodynamic pressure. Space Concordia said in a press release, “The team is continuing to review data to find the root cause of the anomaly.”

This student rocketry division has had some success over the years with smaller rockets, winning first prize in 2018 in the Intercollegiate Rocket Engineering Competition. This failure simply means it must try again. Either way, it appears it is training a new cadre of Canadian rocket engineers.

Note too that a similar student educational organization in Great Britain, Surrey Space, eventually upgraded its student-built cubesats into a profitable and very successful commercial cubesat manufacturing operation. It is very possible Space Concordia could do the same in Canada with rockets.

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Psyche snaps picture of Earth-Moon system

Earth and Moon, as seen by Psyche
Click for original image.

In a successful test of its cameras and pointing capabilities, the science team operating the probe Psyche — on its way to the asteroid Psyche — were able to snap a picture of Earth-Moon system from about 180 million miles away.

On July 20 and July 23, the spacecraft’s twin cameras captured multiple long-exposure (up to 10-second) pictures of the two bodies, which appear as dots sparkling with reflected sunlight amid a starfield in the constellation Aries.

One of those pictures is shown to the right. The scientists had previously taken similar calibration images of Jupiter and Mars.

To determine whether the imager’s performance is changing, scientists also compare data from the different tests. That way, when the spacecraft slips into orbit around Psyche, scientists can be sure that the instrument behaves as expected. “After this, we may look at Saturn or Vesta to help us continue to test the imagers,” said Jim Bell, the Psyche imager instrument lead at Arizona State University in Tempe. “We’re sort of collecting solar system ‘trading cards’ from these different bodies and running them through our calibration pipeline to make sure we’re getting the right answers.”

The spacecraft is scheduled to arrive at the metal asteroid Psyche in 2029, and will then spend at least two years flying in formation with it.

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Proposed Australian commercial spaceport signs land lease

Proposed Australian spaceports
Proposed Australian spaceports.
Click for original image.

After being forced to change locations because of red tape and the refusal of the local aborigine authorities to sign an agreement, the Australian commercial spaceport startup Space Centre Australia has now obtained a land lease for its new location, dubbed Atakani, on the eastern shore of Cape York.

Space Centre Australia Pty Ltd (SCA) has secured a spaceport land lease, signing a multi-decade agreement with the local Traditional Landowners for approximately 300 km² at Billy’s Lagoon, Cape York. The agreement paves the way for the development of the Atakani Space Centre (ASC).

The Binding Term Sheet, signed with the support of Mokwiri RNTBC, marks the first time an Australian-based spaceport has secured a lease and opportunity of this scale. It ensures Traditional Owner access to country for cultural and ceremonial purposes, governance participation through the soon-to-be-established Luthiggi Corporation, and direct involvement in environmental management, cultural heritage monitoring, and operational activities. A royalty framework will deliver long-term economic benefits in addition to the spaceport’s operational revenue.

At the moment it appears the spaceport’s focus will be attracting suborbital launch companies, with the eventual goal to bring orbital rockets to the site.

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China launches seven classified satellites

China today successfully placed seven satellites into orbit, its Kinetica-1 (or Lijian-1) rocket lifting off from its Jiuquan spaceport in northwest China.

No word on where the rocket’s lower stages crashed inside China. Its state-run press provided almost no information about the launch, except for trumpeting the fact that it lifted off from the launchpad at Jiuquan that China has built for its pseudo-commercial companies. The rocket itself however is built by pseudo-company CAS Space, which is simply a division created by the government-run Chinese Academy of Sciences.

The leaders in the 2025 launch race:

101 SpaceX
47 China
11 Rocket Lab
9 Russia

SpaceX still leads the rest of the world in successful launches, 101 to 80.

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Oh by the way, the FAA has approved the August 24th launch of Starship/Superheavy

Increasingly irrelevant in the right places
Increasingly irrelevant in the right places

My headline reflects the sense of utter irrelevance of the FAA in announcing its approval of the launch licence for the tenth test launch of Starship/Superheavy (now scheduled for August 24, 2025) as well as its “closing” of its “investigation” into the failure during test flight nine.

As per the FAA in its statement, “There are no reports of public injury or damage to public property. The FAA oversaw and accepted the findings of the SpaceX-led investigation. The final mishap report cites the probable root cause for the loss of the Starship vehicle as a failure of a fuel component. SpaceX identified corrective actions to prevent a reoccurrence of the event.”

The FAA did not “oversee” SpaceX’s investigation. No one at the FAA has the slightest qualifications for doing so. All its bureaucrats did is sit in and watch, and when SpaceX’s engineers completed their work and “identified corrective actions,” the FAA paper-pushers pushed some paper to rubber stamp those conclusions.

Moreover, unlike during the Biden administration, the FAA did not waste any time or money retyping the SpaceX investigation. They simply approved it as is, and issued the launch license. And they apparently instantly agreed to the schedule proposed by SpaceX. In fact, it appears almost as if SpaceX announced the date before the FAA announced the license approval.

Elections matter. And they would matter less if we had had the sense in the past century to not cede so much power to an unelected federal bureaucracy that is really unfit to do the work we gave them. The goal now should be to take that power away from them, and to do it as quickly as it is humanely possible.

It appears at least when it comes to FAA launch licenses, Trump has made some significant progress towards this goal.

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Colorful spiral galaxy

A colorful spiral galaxy
Click for original image.

Cool image time! The picture to the right, reduced and sharpened to post here, was taken by the Hubble Space Telescope as part of a survey of nineteen nearby galaxies. The galaxy, NGC 2835 and 35 million light years away, has been imaged many times in the past, but the new image contacts new wavelength data designed to identify nebulae. From the caption:

This image differs from previously released images because it incorporates new data from Hubble that captures a specific wavelength of red light called H-alpha. The regions that are bright in H-alpha emission can be seen along NGC 2835’s spiral arms, where dozens of bright pink nebulae appear like flowers in bloom. Astronomers are interested in H-alpha light because it signals the presence of several different types of nebulae that arise during different stages of a star’s life. Newborn massive stars create nebulae called H II regions that are particularly brilliant sources of H-alpha light, while dying stars can leave behind supernova remnants or planetary nebulae that can also be identified by their H-alpha emission.

Compare this image with the 2020 photo. The spiral arms are now alive with red and blue features not seen previously.

This survey hopes to find 50,000 nebula in the galaxies being observed.

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Kazakhstan looking for commercial rocket startups outside Russia to launch from Baikonur

The Kazakhstan government is now hoping to convert portions of its Baikonur spaceport not leased by Russia so that international rocket startups, or maybe its own commercial rocket startup, could launch from there.

While much of the site is still under Russian lease, Kazakhstan acquired the 100 km² Zenit launch site and assembly centre in 2018, and earlier this year took over the former “Gagarin” launch pad, which is now a tourist attraction. This opens the door for Astana [Kazakhstan’s capital] to negotiate directly with foreign operators.

… To give itself an edge and capitalise on the site’s potential, Kazakhstan plans to set up a special economic zone for “national space projects and foreign start-ups.” Kazakhstan’s Prime Minister Olzhas Bektenov has already confirmed talks with India’s Skyroot, China’s Deep Blue Aerospace, and several European firms. “We briefly discussed options for launch pads or joint grant applications,” confirmed Christian Schiemer, CEO of Germany’s HyImpulse. Other interested parties include Germany’s OHB and Rocket Factory Augsburg, as well as Airbus Defence & Space and Luxembourg’s SES.

China has also held talks about using Baikonur.

All of this however is very speculative, with sources expressing skepticism.

Kazakhstan however increasingly needs to do something to save Baikonur. At the moment the Russians have only one active launchpad, for its Soyuz-2 rocket. Two other launchpads for its Proton rocket are listed as active, but that rocket is largely retired. A fourth launchpad for Russia’s proposed new Soyuz-5 rocket remains unfinished, its future uncertain. With Russia increasingly shifting launches to its new Vostochny spaceport in the far east, it is very possible that it will eventually abandon Baikonur.

Kazakhstan has other reasons to make deals with foreign startups. Such deals will make it more independent from its untrustworthy neighbor to the north.

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