Surprise! Activist objections force delay in land swap at Boca Chica

Due to objections by activist organizations opposed to SpaceX’s entire operation at Boca Chica, the Texas Parks and Wildlife Department has delayed the vote on the land swap with SpaceX where the company hands over 447 acres nearby and gets 47 acres of state parkland adjacent to the company’s Starship launch site.

Parks and wildlife commissioners were set to vote on the plan Thursday morning but the item was withdrawn from the agenda after they were hit with criticism from concerned residents, county officials and environmental groups including the Sierra Club Lone Star Chapter and SaveRGV. Many called on the state to table the proposal to allow more time for public disclosure and discussion.

Parks and Wildlife received 1,039 comments opposing the the proposal and 263 in support.

Both Save RGV and the Sierra Club have participated in lawsuits against SpaceX and the FAA, attempting to shut down all commercial space operations at Boca Chica. Officials from local Cameron County also had objections to the swap, apparently because it had plans to buy the land SpaceX was giving to the federal government as a wildlife refuge.

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Space Force issues contract to assess New Glenn rocket for military launches

The Space Force has awarded Blue Origin an $18 million contract to assess that company’s new New Glenn rocket in order to certify it eventually for military launches.

The Space Force awarded Blue Origin nearly $18 million for “National Security Space Launch Phase 3 Lane 2 early integration studies to assess launch vehicle trajectory and mission design, coupled launch loads, and integrated thermal environments to inform compatibility between launch vehicles and space vehicles for missions planned in fiscal years 2025 and 2026.”

The NSSL Phase 3 procurement is divided into two lanes: Lane 1 caters to lower-risk missions to lower orbits, while Lane 2 focuses on demanding missions to higher orbits, requiring certified launch vehicles and full mission assurance. The latter is where Blue Origin, with its New Glenn heavy-lift rocket, could aim to challenge incumbents SpaceX and United Launch Alliance.

Bids for NSSL Phase 3 were submitted in December. Launch services contracts are expected to be awarded later this year for missions to be flown starting in late 2025 through 2029 or beyond.

The Pentagon wants to certify a third launch company for these higher-mass, higher-orbit missions, and New Glenn is powerful enough to provide that service, once it begins operational. This study puts Blue Origin on a path to get that certification.

After years of delays at both ULA and Blue Origin that left almost the entire launch market in the hands of SpaceX, it now looks like SpaceX is finally going to get some competition.

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SLIM landed on the Moon softly, but upside down!

SLIM upside down
Click for original image.

We now know why SLIM’s solar panel was not facing the Sun after the Japanese lunar lander touched down. When it was only 10 to 15 feet above the ground, preparing to land, one of its two descent engines failed, causing the spacecraft to tumble as it softly touched down. As a result, it landed softly, but upside down, thus putting the panel on its west side instead of its east side as planned.

The image to the right, cropped to post here, was taken by one of the two tiny rovers released by SLIM just prior to landing. It shows SLIM upside down, but essentially undamaged.

The lander however still apparently achieved its primary goal, landing within a small zone only 300 feet across, or 100 meters.

Analysis of the data acquired before shutting down the power confirmed that SLIM had reached the Moon’s surface approximately 55m east (180 feet) of the original target landing site. The positional accuracy before the commencement of the obstacle avoidance maneuver (at around a 50m altitude) which indicates the pinpoint landing performance, was evaluated to be at approximately 10m or less, possibly about 3 – 4m.

…Under these circumstances, the SLIM onboard software autonomously identifies the anomaly, and while controlling the horizontal position as much as possible, SLIM continued the descent with the other engine and moved gradually towards the east. The descent velocity at the time of contact with the ground was approximately 1.4 m/s or less, which was below the design range., but conditions such as the lateral velocity and attitude were outside the design range, and this is thought to have resulted in a different attitude than planned.

In other words, when that engine failed, SLIM was only about 10 to 30 feet from its pinpoint landing target, but then drifted eastward as its dropped those last few feet because of the unbalanced engine burn caused by only one engine.

That the spacecraft is still operating and can communicate with Earth, even though it is upside down, is remarkable. Moreover, SLIM did achieve its main goals quite successfully. It landed within its tight target zone, it released two mini-rovers which operated successfully, and has been able to send its own pictures back to Earth. It was not able however to test its crushable landing legs, as they remain in the air.

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Europe signs up four rocket startups to provide it launch services

Capitalism in space: The European Space Agency (ESA) and the European Commission have jointly signed four rocket startups to contracts for eventually providing these government agencies a competitive commercial rocket industry capable of launching its payloads into space.

Each of the companies will receive a “frame” contract as part of the initiative, allowing them to compete for task orders for launching specific missions. Officials did not disclose the anticipated value of those contracts, or how many launch companies competed to participate in the program.

Four of the companies selected for the Flight Ticket Initiative are startups working on small launch vehicles: Isar Aerospace, Orbex, PLD Space and Rocket Factory Augsburg. None of them have yet conducted an orbital launch but expect to do so within the next two years.

Arianespace, ESA’s launch company that previously had a monopoly on launches, also received a frame contract, but it apparently must now compete for future contracts with these startups.

Europe had attempted to compete with SpaceX by once again using Arianespace and its big space contractors to build the Ariane-6 rocket. That project however is years behind schedule, and has resulted in an expendable rocket that is too expensive. Europe has thus been forced to buy launches from SpaceX.

This new arrangement essentialy means that Europe has adopted the recommendations I made in my 2017 policy paper, Capitalism in Space, available here [pdf]. Rather than design, build, and own its rockets, Europe will instead become a customer like anyone else, buying products developed and owned by private and competing European rocket companies.

Of the startup companies listed above, two (Isar and Rocket Factory) are German, one (Orbex) is British, and one is Spanish (PLD). Thus, this arrangement also spreads the wealth throughout Europe.

Unless outside events change things (such as war or economic collapse), this decision is likely to result in a renaissance in Europe’s launch industry comparable to what is happening now in the U.S. and India. If so, the future for the exploration and settlement of the solar system looks bright indeed.

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Florida legislature considering bills to expand territory of its commerical Florida spaceport

Four bills under consideration in Florida’s legislature are proposing to expand the territory controlled by Space Florida, the state agency that runs the state’s commerical spaceport.

HB 577 and SB 968 seek to expand Florida’s spaceport system territory to include Tyndall Air Force Base and Homestead Air Reserve Base. Space Florida says the land owners still have authority over what projects or improvements can be made.

CS/HM 143 and SB 370 seeks to add seaports as a qualified tax-exempt category of private activity bonds. Space Florida is urging Congress to take action, as receiving the tax exemption is not something the state alone can change.

The bills specifically refer to property that the state owns within these federal bases or recently given back to the state. Overall however these bases remain federal facilities. It thus appears the bills are mostly designed to pressure Congress to act to give Space Florida more control.

The supporters of the bills cite the need for this expansion due to the spectacular increase in commercial launches in Florida, which set a record last year and is expected to do the same each year for the foreseeable future. The irony is that when the space shuttle’s retirement was announced in 2004, Florida officials thought this would be an end to the state’s space operations. Instead, private enterprise since then has resulted in a growth far greater than anything NASA ever provided.

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First two stages of New Glenn assembled for the first time

After years of delays, Blue Origin announced yesterday that it has finally joined the first and second stages of its orbital New Glenn rocket, in preparation for its planned first launch later this year.

The stages remain horizontal inside Blue Origin’s assembly facility at Cape Canaveral, where engineers continue to check them out.

New Glenn’s launch was originally supposed to be in 2020. Problems with its first stage BE-4 engine put it (as well as ULA’s Vulcan rocket) four years behind schedule. The evidence now suggests that those problems were badly acerbated by the poor leadership of Bob Smith, Blue Origin’s CEO from 2017 to 2023, who apparently refused to spend money on test engines and the additional hardware necessary to test the engine to figure out what was wrong. Smith also appeared to slow all other work down in numerous ways as well as antagonize many at the company, causing a lot of high level engineers over time to flee.

Almost to the day Smith left last year Blue Origin has appeared to come to life. If so, this bodes well for both its future as well as that of the entire American rocket industry. New Glenn is a very powerful rocket, capable of lifting 50 tons to low Earth orbit, making it comparable to SpaceX’s Falcon Heavy. Its first stage is also designed to be reuseable, landing on a drone ship like the Falcon 9. If successful it will thus be a very capable competitor to SpaceX.

The company is aiming for an August launch. Keep your fingers crossed.

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Sierra Space confirms burst test of its fullscale inflatable module was successful

Sierra Space yesterday confirmed that the pressure test-to-failure of a fullscale inflatable space station module was successful in proving its safety and design.

The pressure shell for Sierra Space’s LIFE™ (Large Integrated Flexible Environment) habitat is made of expandable “softgoods,” or woven fabrics that perform like a rigid structure once inflated. During an Ultimate Burst Pressure (UBP) test, the teams inflate the test article until it fails, which helps determine how strong its softgoods materials would be under extreme stresses in the harsh environment of space. The full-scale unit in this test reached 77 psi before it burst, which well exceeds (+27%) NASA’s recommended level of 60.8 psi (maximum operating pressure of 15.2 psi multiplied by a safety factor of four).

A short video showing the moment the module bursts can be seen here.

The module is for the Orbital Reef commercial space station that Sierra Space is building in partnership with Blue Origin, which is supposed to be the lead company in the project. However, it is Sierra Space that appears to be building and testing hardware. What Blue Origin is doing remains unclear, as has been the case now for five-plus years.

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Engineers shut lunar lander SLIM down in hope sunlight can recharge its batteries

SLIM's landing zone
Map showing SLIM landing zone on the Moon.
Click for interactive map.

Once they were able to download sufficient data, engineers have intentionally shut down Japan’s lunar lander SLIM in order to increase the chances it will recover should sunlight hit its solar panels and recharge its batteries.

The shutdown occurred three hours after landing on January 19, 2024, when the batteries still has a charge of about 12%.

Before turning the lander off remotely, mission control was able to receive technical and image data from its descent, and from the lunar surface. “We’re relieved and beginning to get excited after confirming a lot of data has been obtained,” JAXA said Monday in a statement, adding that “according to the telemetry data, SLIM’s solar cells are facing west”.

“If sunlight hits the Moon from the west in the future, we believe there’s a possibility of power generation, and we’re currently preparing for restoration,” it said.

The landing took place in the morning on the Moon, so there is a chance that in about a week, when the Sun shifts to the western sky, the panels will get sunlight and begin to recharge the battery.

Meanwhile, engineers confirmed that the two experimental mini-rovers were successfully deployed (see the media kit [pdf] for more details). At the moment we do not know if they have operated as planned, one rolling and the other hopping.

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Jordan Golson – 9 simultaneous SpaceX launches

An evening pause: This video I think is excellent for taking us into the weekend. It shows nine different Starlink launches simulataneously, illustrating in a creative way how incredibly routine and reliable SpaceX’s Falcon 9 has become.

Hat tip Steve Golson.

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JAXA: SLIM soft landing successful but will likely die prematurely after landing

According to managers at Japan’s space agency JAXA, its SLIM lunar lander successfully completed its soft landing on the Moon.

It appears SLIM’s solar cells are not producing power. The spacecraft is presently on battery power, which will only last a few hours. Engineers are presently rushing to download images, taken during descent and after landing. There is also no word yet on whether the two test rovers were successfully released and achieved their test goals.

To precisely determine if the lander achieved its goal to hit a precise landing zone less than 300 feet across will require further analysis, much of which will depend on the images presently being downloaded. At the moment the engineers believe this goal was achieved, however, based on the telemetry already received.

Thus, it appears Japan has managed a soft-landing, something that in the past few years several countries (Israel, Russia, India, United States) and private companies (SpaceIL, Ispace, Astrobotic) have failed to do. Right now Japan appears to be the third nation to succeed in this new round of lunar exploration, joining China and India (which succeeded on its second attempt).

The next lunar landing attempt will be by the American private company, Intuitive Machines. Its Nova-C lander is scheduled for launch on a Falcon 9 rocket in mid-February.

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SLIM lands on the Moon

Telemetry after SLIM's landing

According to telemetry data (as shown on the screen capture to the right), Japan’s SLIM lander has apparently landed on the Moon near Shioli Crater, proving its autonomous precision landing system worked as planned.

At the moment however Japan’s space agency JAXA has not yet confirmed that the landing was completely successful. After landing the announcers on the live stream repeatedly noted that though the telemetry indicated it had landed as planned, engineers had not yet confirmed that the lander was still operational. Note how the data to the right suggests the spacecraft is tilted slightly. This tilt appears to match the tilt of the surface, but it could also indicate a problem with communications.

A press conference announcing either a confirmation or a failure will begin shortly at the live stream above.

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Chinese pseudo-company successfully completes rocket hop test

The Chinese pseudo-company Landspace successfully completed a rocket hop flight of its Zhuque-3 prototype hopper yesterday, testing vertical take-off and landing in preparation of recovering and reusing the first stage of its rockets.

The hop itself went to 350 meters and performed a small translation maneuver to the landing pad. The hope is called “ZQ-3 VTVL-1” which refers to “Vertical Takeoff – Vertical Landing”. It uses a single TQ-12 methane engine, which is also used on the current ZQ-2 rocket. The engine can throttle between 50-110% of the normal 80 tons of thrust, giving it a throttle range between 40 and 88 tons. The performed flight went on for roughly 60 seconds. The weight of the hopper is 50.3 tons.

Landpace confirmed the landing precision with 2.4 meters, with a landing speed of 0.75 meters per second, at a pitch angle of roughly 0.14 degrees, and a roll angle of 4.4 degrees. The hopper survived the hop and is already being inspected after the flight.

Video of the hop can be viewed at the link. The hopper is almost identical in concept to SpaceX’s Grasshopper test vehicle used by that company, flying with one engine of the same type used in its operational rocket.

If their test program continues as planned, Landspace hopes to begin flying reuseable stages in 2025, with that first stage capable of flying 20 times.

Of all the pseudo-companies in China, Landspace appears to be the most successful. It not only has an operational orbital rocket, Zhuque-2, that has carried satellites into orbit twice (here and here), it is very close to achieving rocket reuseability competitive with SpaceX.

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Astrobotic’s Peregrine burns up in Earth’s atmosphere

At about 3:50 pm (Eastern) yesterday, the lunar lander Peregrine, built by the private company Astrobotic, hit the Earth’s atmosphere above the South Pacific and burned up, according to an update from the company.

The mission is over, having failed to reach the Moon due to a ruptured propellant tank caused by a leak in an interior helium tank.

The company was successful in regaining control over the mission after the leak, activating all payloads and getting data back from them, including images and even a short movie. It was also able to communicate with it from lunar distances. It failed however in testing its landing capabilities, its primary mission.

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SpaceX successfully launches four astronauts to ISS on Axiom private mission

They’re coming for you next: SpaceX today successfully launched three European astronauts (plus the company capsule commander) to ISS on an Axiom private mission, its Falcon 9 rocket lifting off from Cape Canaveral at 4:49 pm (Eastern).

The capsule, Freedom, is flying humans into space for its third time. The first stage successfully completed its fourth flight, landing back at Cape Canaveral.

The mission itself is private, but the customer is the European Space Agency, which has paid the company Axiom to bring its astronauts to ISS for a fourteen day mission. Axiom in turn hired SpaceX to provide the rocket and capsule. This flight is confirmation that Europe has accepted the concept of capitalism in space, whereby it no longer depends on governments to accomplish what it wants, but instead is a customer buying those products from the private sector.

The astronauts are expected to dock with ISS early tomorrow morning.

The 2024 launch race:

6 SpaceX
5 China
1 India
1 ULA
1 Japan

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SpaceX files for permits to build a shopping center and restaurant at Boca Chica

SpaceX has now filed for permits to build both a shopping center and restaurant at Boca Chica, with construction beginning in March and completed by the end of the year.

The location proposed is on the beach only a short distance to the west of SpaceX’s Starship/Superheavy facilities. It will be located looking north not at the Gulf of Mexico but at South Bay, one of the large inlets that surround the spit of land where those facilities are located. It is also located on roads that might not close during launches, which means it might be an excellent location to attract tourists during launches, about six miles from the launch site itself.

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SLIM lowers orbit in preparation for January 19, 2024 lunar landing

SLIM's landing zone
Map showing SLIM landing zone on the Moon.
Click for interactive map.

The Japanese unmanned lunar lander SLIM, in orbit around the Moon since December 25, 2023, has now lowered its orbit in preparation for its lunar landing attempt, now scheduled for tomorrow, January 19, 2024, with operations beginning at 10:00 am (Eastern).

The image to the right indicates the targeted landing area near Shioli Crater. The mission’s prime engineering goal is to demonstrate precise robotic landing technology, able to land a spacecraft softly on another planet within a target zone less than 300 feet across. If successful it is expected to survive for about two weeks, studying the surface below it with a multi-spectral camera but also releasing two test probes, one a hopping rover and the second a rolling spherical rover. Both carry their own science instruments.

I have embedded the live stream for tomorrow’s landing below.
» Read more

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SpaceX requests 43 acres of nearby Boca Chica State Park, offering to expand another park by 477 acres

In order to “expand its operational footprint” at Boca Chica, SpaceX is asking to buy 43 acres of nearby Boca Chica State Park, and will offer as part of the purchase 477 acres adjacent to the Laguna Atascoca National Wildlife Refuge several miles to the north.

The link above includes maps showing the relative location of the properties. According to the meeting agenda for the Texas Parks and Wildlife department (TPWD), scheduled to take up this exchange next week, the commission already favors the deal.

“This acquisition will provide increased public recreational opportunities including hiking, camping, water recreation, and wildlife viewing, and allow for greater conservation of sensitive habitats for wintering and migratory birds,” the TPWD agenda stated. The agenda concludes by stating that the Commission finds that the proposed exchange is in the best interest of TPWD.

The public has been invited to comment on the deal at the meeting. Do not be surprised if we have a riot at that meeting of leftist activists protesting this deal.

Hat tip Robert Pratt of Pratt on Texas.

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