Space

Welcome to Edition 7.46 of the Rocket Report! As I write this, the date is May 29. From a meteorological standpoint, “spring” ends in fewer than three days. Summer lasts from June 1 through August 31. Consider this a public service announcement for launch companies targeting “spring” and “summer” launches for various missions.

As always, we welcome reader submissions, and if you don’t want to miss an issue, please subscribe using the box below (the form will not appear on AMP-enabled versions of the site). Each report will include information on small-, medium-, and heavy-lift rockets as well as a quick look ahead at the next three launches on the calendar.

Xodiac rocket makes its final flight. Originally built by Masten Space Systems, the suborbital Xodiac rocket had flown 175 successful missions before a flight from Mojave, California, on Wednesday. But now, it will fly no more. “While the vehicle remained within its planned flight envelope, it detected an anomalous condition and commanded a flight termination,” said Astrobotic, which acquired Masten a couple of years ago. “This resulted in a rapid descent and caused a loss of the vehicle upon impact with its launch pad.”

Now entering the Xogdor waiting room … There were no injuries or significant damage to the company’s infrastructure in Mojave. The vehicle is essentially a hopper and has been used in recent years by various customers, including companies building commercial lunar landers, to test their hazard-detection systems. Astrobotic has been working on a larger version of Xodiac, which it is calling Xogdor.

Chinese firm tests Grasshopper-like rocket. Chinese private rocket firm Space Epoch said Thursday it had successfully run a flight recovery test, Reuters reports. Beijing-based Space Epoch, or SEPOCH, said its Yuanxingzhe-1 verification rocket was launched at 4: 40 am from a sea-based platform off the waters of the eastern province of Shandong. The rocket soared upward, its engines briefly shutting down after the peak of its trajectory, then reigniting as it began its vertical descent to enter the Yellow Sea in a circle of fire, a video posted on Space Epoch’s WeChat account showed.

Chasing the Falcon 9 … The flight lasted 125 seconds, reaching a height of about 2.5 km (1.6 miles), the company said. Last year, another Chinese launch company, LandSpace, completed a 10-km (6.2-mile) VTVL test, marking China’s first in-flight engine reignition in descent. Both companies are pushing to make debut tests of their reusable rockets later this year.

Florida company aims to acquire F-4 Phantoms for launch. Starfighters International, a company best known for doing air shows, is now seeking to move into air launch. Based at Kennedy Space Center, the company is in the process of acquiring a dozen F-4 Phantoms, a Cold War-era fighter jet, TWZ reports. Starfighters International is seeking to acquire the F-4 aircraft from South Korea.

Press F-4 to doubt? … Based upon the information in a filing with the Securities and Exchange Commission, the company is considering both a suborbital and orbital launch capability for small satellites, which would fly to space on a small rocket deployed from the F-4 Phantom. In my experience, air-based launch systems always seem like a better idea on paper than in reality. Perhaps there is some potential for hypersonics here, but I would be shocked to ever see a satellite launched into orbit from a fighter jet. (submitted by Biokleen)

Rocket Lab acquires Geost. Rocket Lab is expanding deeper into the defense sector with the acquisition of Geost, a supplier of electro-optical and infrared sensor payloads used in US military satellites, Space News reports. In a deal announced Tuesday, Rocket Lab will acquire Geost from the private equity firm ATL Partners for $125 million in cash and $150 million in stock, with an additional $50 million in potential cash payments tied to revenue targets in 2026 and 2027.

Seeking mil money … The acquisition gives Rocket Lab access to satellite sensor technology used by the US Department of Defense for missile-warning systems and space surveillance—capabilities that could help it win lucrative Pentagon contracts. “The acquisition of Geost will bring on board critical technology and payloads that are relied upon by the Department of Defense,” said Rocket Lab’s chief executive, Peter Beck. Rocket Lab has been seeking to expand its military contracts in recent years, and this move is consistent with that.

Northrop names rocket, invests in Firefly. Northrop Grumman announced Thursday that it is investing $50 million into Firefly Aerospace to further development of a medium-lift rocket. The company also revealed that the rocket will be named “Eclipse.” The rocket will be capable of launching up to 16,300 kg of cargo to low-Earth orbit or 3,200 kg of cargo to geosynchronous transfer orbit, and initially it will likely be used for Cygnus cargo missions to the International Space Station.

A match made in heaven? … Eclipse will use the same first stage Firefly is developing for the Northrop Grumman Antares 330 rocket. Both launch vehicles will use seven of Firefly’s Miranda engines. The new rocket is expected to make its debut no earlier than 2026 (and, if history is any guide, probably later). “Eclipse gives customers the right balance of payload capacity and affordability,” Northrop Vice President Wendy Williams said in a statement. “Our partnership with Firefly builds on our capacity to provide crucial space-based communication, observation, and exploration for civil and national security customers.”

China launches asteroid mission. A Chinese spacecraft built to collect specimens from an unexplored asteroid and return them to Earth launched Wednesday from a military-run spaceport in the country’s mountainous interior, Ars reports. The liftoff aboard a Long March 3B rocket from the Xichang launch base kicked off the second mission in a series of Chinese probes to explore the Solar System. This mission, designated Tianwen-2, follows the Tianwen-1 mission, which became the first Chinese spacecraft to land on Mars in 2021.

Sending samples home … China has two objectives for Tianwen-2. First, Tianwen-2 will fly to a near-Earth asteroid designated 469219 Kamoʻoalewa, or 2016 HO3. Once there, the spacecraft will retrieve a rocky sample from the asteroid’s surface and bring the material back to Earth in late 2027 for analysis in labs. After the spacecraft releases its sample carrier to land on Earth, Tianwen-2 will change course and head to a mysterious comet-like object found between the orbits of Mars and Jupiter.

Next Kuiper launch gets a June date. United Launch Alliance said Thursday that an Atlas V rocket will launch its second batch of Amazon’s Project Kuiper satellites next month. The Atlas V 551 rocket launch is planned for 2: 29 pm ET on June 13 from Space Launch Complex-41, pending range approval.

A speedy turnaround … Amazon also confirmed that it has finished processing the Kuiper satellites for the launch, saying all 27 spacecraft have been integrated onto the rocket. Getting to space in June with this mission will mark an impressive turnaround from Amazon, given that its KA-01 mission, also with 27 Internet satellites, launched on April 28.

SpaceX set to launch another GPS satellite. SpaceX is gearing up to launch a Global Positioning System satellite for the US military on Friday from Cape Canaveral Space Force Station, Florida, marking another high-profile national security mission that shifted from United Launch Alliance’s Vulcan to the Falcon 9 rocket, Space News reports. The launch of GPS III SV-08—the eighth satellite in the GPS III constellation—was originally assigned to United Launch Alliance but was switched to SpaceX as the military prioritizes getting advanced anti-jamming capabilities into orbit as quickly as possible.

Gotta go fast … This marks the second consecutive GPS III satellite to be switched from ULA to SpaceX, following December’s launch of GPS III SV-07. ULA’s Vulcan, which received certification to launch national security missions, continues to face delays and has accumulated a backlog of military launches. In a press call this week, Space Force officials said the mission was executed on an unusually accelerated timeline. Launch planning for GPS III SV-08 kicked off in February, with Lockheed Martin receiving a formal request on February 21 and SpaceX following on March 7, just under three months ahead of liftoff. That’s an extraordinary pace for a national security launch, they said, which typically takes 18 to 24 months from contract award.

Another Starship launch, another second-stage issue. SpaceX made some progress on another test flight of the world’s most powerful rocket Tuesday, finally overcoming technical problems that plagued the program’s two previous launches, Ars reports. But minutes into the mission, SpaceX’s Starship lost control as it cruised through space, then tumbled back into the atmosphere somewhere over the Indian Ocean nearly an hour after taking off from Starbase, Texas, the company’s privately owned spaceport near the US-Mexico border. During the rocket’s two previous test flights—each using an upgraded “Block 2” Starship design—problems in the ship’s propulsion system led to leaks during launch, eventually triggering an early shutdown of the rocket’s main engines.

Not great, not terrible … On both flights, the vehicle spun out of control and broke apart, spreading debris over an area near the Bahamas and the Turks and Caicos Islands. The good news is that that didn’t happen on Tuesday. The ship’s main engines fired for their full duration, putting the vehicle on its expected trajectory toward a splashdown in the Indian Ocean. For a short time, it appeared the ship was on track for a successful flight. The bad news is that Tuesday’s test flight revealed more problems, preventing SpaceX from achieving the most important goals Musk outlined going into the launch, including testing Starship’s reentry tiles.

Elon Musk talks Starship version 3. In an interview with Ars Technica, SpaceX founder Elon Musk said he expects that an upgraded version of Starship—essentially Block 3 of the vehicle with upgraded Raptor engines—should fly before the end of the year. The business end of the rocket will have a sleek look: “The upgraded Raptors have a complete redesign of the aft end of the booster and the ship,” Musk said. “So, because we don’t need the heat shield around the upper portion of the engine, it greatly simplifies the base of the booster and the ship. It’ll look a little, frankly, naked, especially on the booster side, because the engines will just be there, like, not with stuff around them.”

A difficult upgrade to work through … “This is a design change that I really had to push the team very hard to do, to get rid of any secondary structure, and any parts that could get burned off because there will be no heat shield,” Musk added. “So it’ll be very clear when we have a Raptor 3. Version 3 of the Ship and Booster has quite a radical redesign.” Given the challenges that version 2 of Starship has faced with its recent flights, an upgrade in the overall design appears to be much-needed.

Next three launches

May 30: Falcon 9 | GPS III SV-08 | Cape Canaveral Space Force Station, Florida | 17: 23 UTC

May 31: New Shepard | NS-32 | Launch Site One, West Texas | 13: 30 UTC

May 31: Falcon 9 | Starlink 11-18 | Vandenberg Space Force Base, California | 20: 01 UTC

Welcome to Edition 7.44 of the Rocket Report! We had some interesting news on Thursday afternoon from Down Under. As Gilmour Space was preparing for the second launch attempt of its Eris vehicle, as part of the pre-launch preparations, something triggered the payload fairing to deploy. We would love to see some video of that. Please.

As always, we welcome reader submissions, and if you don’t want to miss an issue, please subscribe using the box below (the form will not appear on AMP-enabled versions of the site). Each report will include information on small-, medium-, and heavy-lift rockets, as well as a quick look ahead at the next three launches on the calendar.

Rotating detonation rocket engine takes flight. On Wednesday, US-based propulsion company Venus Aerospace completed a short flight test of its rotating detonation rocket engine at Spaceport America in New Mexico, Ars reports. It is believed to be the first US-based flight test of an idea that has been discussed academically for decades. The concept has previously been tested in a handful of other countries, but never with a high-thrust engine.

Hypersonics on the horizon… The company has only released limited information about the test. The small rocket, powered by the company’s 2,000-pound-thrust engine, launched from a rail in New Mexico. The vehicle flew for about half a minute and, as planned, did not break the sound barrier. Governments around the world have been interested in rotating detonation engine technology for a long time because it has the potential to significantly increase fuel efficiency in a variety of applications, from Navy carriers to rocket engines. In the near term, Venus’ engine could be used for hypersonic missions.

Gilmour Space has a payload fairing mishap. Gilmour Space, a venture-backed startup based in Australia, said this week it was ready to launch a small rocket from its privately owned spaceport on a remote stretch of the country’s northeastern coastline, Ars reports. Gilmour’s three-stage rocket, named Eris, was prepped for a launch as early as Wednesday, but a ground systems issue delayed an attempt until Thursday US time. And then on Thursday, something odd happened: “Last night, during final checks, an unexpected issue triggered the rocket’s payload fairing,” the company said Thursday afternoon, US time.

Always more problems to solve… Gilmour, based in Gold Coast, Australia, was founded in 2012 by two brothers, Adam and James Gilmour, who came to the space industry after careers in banking and marketing. Today, Gilmour employs more than 200 people, mostly engineers and technicians. The debut launch of Gilmour’s Eris rocket is purely a test flight. Gilmour has tested the rocket’s engines and rehearsed the countdown last year, loading propellant and getting within 10 seconds of launch. But Gilmour cautioned in a post on LinkedIn early Wednesday that “test launches are complex.” And it confirmed that on Thursday. Now the company will need to source a replacement fairing, which will probably take a while.

Is an orbital launch from Argentina imminent? We don’t know much about the Argentinian launch company TLON Space, which is developing a (very) small-lift orbital rocket called Aventura 1. According to the company’s website, this launch vehicle will be capable of lofting 25 kg to low-Earth orbit. Some sort of flight test took place two years ago, but the video cuts off after a minute, suggesting that the end of the flight was less than nominal.

Maybe, maybe not… Now, a publication called Urgente24 reports that an orbital launch attempt is underway. It is not clear exactly what this means, and details about what is actually happening at the Malacara Spaceport in Argentina are unclear. I could find no other outlets reporting on an imminent launch attempt. So my guess is that nothing will happen soon, but it is something we’ll keep an eye on regardless. (Submitted by fedeng.)

Poland launches suborbital rocket. Poland has successfully launched a single-stage rocket demonstrator at the Central Air Force Training Ground in Ustka, European Spaceflight reports. The flight was part of a project to develop a three-stage solid-fuel rocket for research payloads. In 2020, the Polish government selected Wojskowe Zakłady Lotnicze No. 1 to lead a consortium developing a three-stage suborbital launch system.

Military uses eyed… The Trójstopniowa Rakieta Suborbitalna (TRS) project involves the Military Institute of Armament Technology and Zakład Produkcji Specjalnej Gamrat and is co-financed by the National Center for Research and Development. The goal of the TRS project is to develop a three-stage rocket capable of carrying a 40-kilogram payload to an altitude exceeding 100 kilometres. While the rocket will initially be used to carry research payloads into space, Poland’s Military Institute of Armament Technology has stated that the technology could also be used for the development of anti-aircraft and tactical missiles.

Latitude signs MoU to launch microsats. On Wednesday, the French launch firm Latitude announced the signing of a memorandum of understanding for the launch of a microsatellite constellation dedicated to storing and processing data directly in orbit. In an emailed news release, Latitude said the “strategic partnership” represents a major step forward in strengthening collaborations between UAE and French space companies.

That’s a lot of launches… Madari Space is developing a constellation of microsatellites (50 to 100 kg), designed as true orbital data centers. Their mission is to store and process data generated on Earth or by other satellites. Latitude plans its first commercial launch with its small-lift Zephyr rocket as early as 2026, with the ambition of reaching a rate of 50 launches per year from 2030. An MoU represents an agreement but not a firm launch contract.

China begins launching AI constellation. China launched 12 satellites early Wednesday for an on-orbit computing project led by startup ADA Space and Zhejiang Lab, Space News reports. A Long March 2D rocket lifted off at 12: 12 am Eastern on Wednesday from Jiuquan Satellite Launch Center in northwest China. Commercial company ADA Space released further details, stating that the 12 satellites form the “Three-Body Computing Constellation,” which will directly process data in space rather than on the ground, reducing reliance on ground-based computing infrastructure.

Putting the intelligence in space… ADA Space claims the 12 satellites represent the world’s first dedicated orbital computing constellation. This marks a shift from satellites focused solely on sensing or communication to ones that also serve as data processors and AI platforms. The constellation is part of a wider “Star-Compute Program,” a collaboration between ADA Space and Zhejiang Lab, which aims to build a huge on-orbit network of 2,800 satellites. (Submitted by EllPeaTea.)

SpaceX pushes booster reuse record further. SpaceX succeeded with launching 28 more Starlink satellites from Florida early Tuesday morning following an overnight scrub the previous night. The Falcon 9 booster, 1067, made a record-breaking 28th flight, Spaceflight Now reports.

Booster landings have truly become routine… A little more than eight minutes after liftoff, SpaceX landed B1067 on its drone ship, Just Read the Instructions, which was positioned in the Atlantic Ocean to the east of the Bahamas. This marked the 120th successful landing for this drone ship and the 446th booster landing to date for SpaceX. (Submitted by EllPeaTea.)

What happens if Congress actually cancels the SLS rocket? The White House Office of Management and Budget dropped its “skinny” budget proposal for the federal government earlier this month, and the headline news for the US space program was the cancellation of three major programs: the Space Launch System rocket, the Orion spacecraft, and the Lunar Gateway. In a report, Ars answers the question of what happens to Artemis and NASA’s deep space exploration plans if that happens. The most likely answer is that NASA turns to an old but successful playbook: COTS.

A market price for the Moon… This stands for Commercial Orbital Transportation System and was created by NASA two decades ago to develop cargo transport systems (eventually, this became SpaceX’s Dragon and Northrop’s Cygnus spacecraft) for the International Space Station. Since then, NASA has adopted this same model for crew services as well as other commercial programs. Under the COTS model, NASA provides funding and guidance to private companies to develop their own spacecraft, rockets, and services and then buys those at a “market” rate. Sources indicate that NASA would go to industry and seek an “end-to-end” solution for lunar missions—that is, an integrated plan to launch astronauts from Earth, land them on the Moon, and return them to Earth.

Starship nearing its next test flight. SpaceX fired six Raptor engines on the company’s next Starship rocket Monday, clearing a major hurdle on the path to launch later this month on a high-stakes test flight to get the private rocket program back on track. SpaceX hasn’t officially announced a target launch date, but sources indicate a launch could take place toward the end of next week, prior to Memorial Day weekend, Ars reports. The launch window would open at 6: 30 pm local time (7: 30 pm EDT; 23: 30 UTC).

Getting back on track… If everything goes according to plan, Starship is expected to soar into space and fly halfway around the world, targeting a reentry and controlled splashdown into the Indian Ocean. While reusing the first stage is a noteworthy milestone, the next flight is important for another reason. SpaceX’s last two Starship test flights ended prematurely when the rocket’s upper stage lost power and spun out of control, dropping debris into the sea near the Bahamas and the Turks and Caicos Islands.

Next three launches

May 16: Falcon 9 | Starlink 15-5 | Vandenberg Space Force Base, California | 13: 43 UTC

May 17: Electron | The Sea God Sees | Māhia Peninsula, New Zealand | 08: 15 UTC

May 18: PSLV-XL | RISAT-1B | Satish Dhawan Space Centre, India | 00: 29 UTC