SpaceX

T-Mobile's Chief Financial Officer, Peter Osvaldik, has expressed skepticism about SpaceX's Starlink Mobile plan, calling it 'not a serious wireless threat'. Osvaldik criticized SpaceX's changing strategy and proposed infrastructure plans, citing the physical limitations of satellites in urban environments. He noted that satellites can block signals, making them impractical for widespread use. T-Mobile also questioned the feasibility of SpaceX's plan to deploy numerous small cell stations. According to Osvaldik, Starlink's challenge to traditional telecom operators is not currently convincing. The comments come as SpaceX continues to develop its satellite-based mobile network, which aims to provide internet and phone services to remote areas.

SpaceX is set to attempt a historic first for its Starship program on September 22. The company will launch the spacecraft into orbit, marking a significant milestone in its development. Alongside this, SpaceX will also deploy the first V3 Starlink satellites into its orbital internet constellation. This dual mission aims to push the boundaries of space technology and expand the capabilities of the Starship program. The launch will be a crucial test for the spacecraft's performance and its ability to reach orbit. With this achievement, SpaceX will take a significant step forward in its pursuit of reusable and sustainable space travel. The company's efforts to deploy the V3 Starlink satellites will also enhance its internet constellation, providing faster and more reliable connectivity to users worldwide.

SpaceX announced that, subject to regulatory approval, it will launch its 14th Starship mission as early as September 22 from Brownsville, Texas. The flight will mark the first time the experimental vehicle is sent into orbit. The launch is scheduled for 7:15 am local time, just two minutes before sunrise, and will use a 75‑minute window. The super‑heavy booster will carry 26 of the larger V3 Starlink satellites into a 275‑km orbit. After release, the Starship upper stage is expected to complete six orbits before concluding its mission after roughly ten hours. The launch will test Starship’s orbital performance and its ability to deploy a large constellation of satellites.

Over the weekend, OpenAI CEO Sam Altman, Anthropic CEO Dario Amodei, Google DeepMind co‑founder Demis Hassabis, and SpaceX chief Elon Musk announced a joint decision to slow the pace of AI research. The group signed a proposal that would embed third‑party auditors, impose new regulations on domestic AI labs, and pursue a coordinated global slowdown. Critics argue the move could suppress competition, stifle the open‑source community, and avoid robust legal safeguards, labeling it a potential cartel. The announced framework will require participating labs to submit to independent oversight and adhere to stricter safety protocols before releasing new models. The initiative marks the first formal agreement among major AI developers to curb rapid progress, setting a precedent for industry‑wide governance.

Anthropic CEO Dario Amodei published an essay on Saturday urging the AI sector to slow its development pace, warning that rapid progress could outstrip human control. He called for wiser use of the time gained and highlighted the need for a kill switch. The appeal was echoed by SpaceX founder Elon Musk, who posted “Dario is right,” and by OpenAI chief Sam Altman, who wrote “I agree with Dario that we need to pace the frontier.” Critics argue voluntary measures may be insufficient. Former OpenAI researcher Daniel Kokotajlo warned that advanced systems could become autonomous and threaten humanity, calling for more radical safeguards. Lawmakers, including Rep. Anna Paulina Luna, have urged Congress to convene a special session on AI, stressing the need for accountability and a kill switch to prevent misuse.

Germany’s Isar Aerospace has reached low‑Earth orbit for the first time with its Spectrum rocket, delivering a payload of CubeSats from a spaceport in northern Norway. The launch follows a failed test flight last year, marking a significant milestone for the company and the European launch market. Satellite operators have long complained that launch capacity is insufficient, even amid the high cadence of launches led by SpaceX’s Falcon 9. SpaceX is currently scaling back its Falcon 9 schedule, and the timeline for its reusable Starship to carry payloads beyond its own Starlink constellation remains uncertain. Isar’s success offers a new competitive option, potentially easing pressure on existing providers and expanding launch choices for customers across all sectors.

United Launch Alliance (ULA), a major US rocket company, is facing financial difficulties. Unlike other US rocket companies, ULA has not diversified its services or adopted reusability. Its owners, Boeing and Lockheed Martin, may be forced to sell the company due to its financial struggles. This move could be a result of ULA's failure to adapt to the changing space industry, where companies like SpaceX and Blue Origin are expanding their services and diversifying their offerings. ULA's financial struggles may also be attributed to the decline of the US Air Force's reliance on traditional launch services. As a result, ULA is struggling to find new customers and revenue streams. The company's financial struggles have raised concerns about its future and the potential impact on the US space industry.

Besxar is constructing a semiconductor manufacturing facility that will orbit Earth and return to Earth on a SpaceX rocket. The company’s plan offers a new route for space‑based production beyond the International Space Station. By launching the factory on a reusable SpaceX vehicle, Besxar can build and operate the plant in microgravity, then retrieve finished chips for terrestrial use. This approach sidesteps the long wait times and limited capacity of the ISS, and it demonstrates a scalable model for future orbital manufacturing. The first launch is slated for the coming months, after which the facility will be deployed, tested, and then brought back for inspection and re‑launch. The project signals a shift toward rapid, reusable space manufacturing cycles.

Several prominent US space companies, including SpaceX and Blue Origin, have pulled out of a high-profile French space summit organized by President Emmanuel Macron. The decision comes after the White House allegedly pressured the companies to skip the event. The companies, which had been invited to the summit, have largely withdrawn without commenting publicly. The move has caused diplomatic turmoil in the usually genteel world of international space policy. The French summit is not part of the traditional circuit of international space conferences, and US industry had expressed concerns about the meeting.

French President Emmanuel Macron’s international space summit, set for Wednesday‑Thursday in Paris, has been derailed by a last‑minute U. S. boycott of SpaceX and Blue Origin, ordered by the White House. The Elysée insists the absence of the two leading U. S. companies will have little impact, but insiders say the event is poorly coordinated, with late invitations, an unclear agenda and missing key players. The summit aims to tackle regulation, competitiveness, security and exploration, and to secure European access to orbit and spectrum amid growing U. S. ‑EU tensions over the EU Space Act.

SpaceX founder Elon Musk has directed more than $800,000 from his super PAC into a dozen key congressional races in the U. S. midterm election cycle. The funds are earmarked for direct‑mail campaigns and other campaign materials for Republican candidates facing close contests. The spending comes as the midterms approach and several seats are considered highly competitive. Musk’s involvement adds a high‑profile, well‑funded voice to the Republican side, potentially boosting the resources available to candidates in tight districts. The move underscores the growing role of wealthy donors in shaping electoral outcomes.

On August 30, 2026, NASA launched the Nancy Grace Roman Space Telescope aboard a SpaceX Falcon Heavy from Launch Complex 39A at Kennedy Space Center. The 7:26 a. m. EDT launch set the telescope on a three‑month, million‑mile transit to its final orbit. Roman combines a wide field of view with high‑resolution infrared imaging to survey large areas of the sky and probe deep into the universe’s past. The mission will investigate dark matter, dark energy, and exoplanets beyond our solar system. It is NASA’s fourth primary mission to use Falcon Heavy, and the launch was advanced this year to meet an earlier completion schedule.

NASA has decided to use a simpler spacesuit for its initial missions to the lunar surface, announced in an internal meeting this week. The agency will partner with Axiom Space to develop a "Sortie Suit" variant of the planned lunar surface suit. The new design will be used on the first landing missions flown on landers built by SpaceX and Blue Origin. The initiative aims to lower suit mass, reduce complexity, and simplify interfaces between the suits and the landers. The change is intended to accelerate the Artemis program’s goal of landing humans at the Moon’s South Pole as early as 2028.

NASA and SpaceX have postponed the Crew‑13 launch after detecting an oxidizer leak in the Dragon spacecraft’s propulsion system during pre‑launch preparations. The four‑person crew, bound for the International Space Station, will not depart until engineers resolve the issue. The leak was discovered while the vehicle was being readied for flight, prompting an immediate halt to the launch schedule. Investigators are examining the propulsion system to determine the cause and ensure the spacecraft’s safety before the next launch attempt.

On August 30, 2026, NASA launched the Nancy Grace Roman Space Telescope (RST) aboard a SpaceX Falcon Heavy rocket from Kennedy Space Center, Florida. RST’s primary mirror matches the size of the Hubble Space Telescope but is more curved, its secondary mirror is positioned closer, and its camera is larger, allowing the telescope to cover 100 times more sky in each snapshot. Unlike Hubble, RST will orbit the Sun, similar to the James Webb Space Telescope. The expanded survey capability is expected to increase the detection of supernovae, providing tighter constraints on the universe’s expansion rate, and to identify many more exoplanets, advancing the search for life beyond Earth.

Elon Musk announced that a new, secretive SpaceX foundry will enable the company to cast its own turbine blades, potentially bringing gas‑powered plants online 18 months faster than competitors. The move is part of Musk’s broader push to expand gas turbine infrastructure. However, the fuel source powering these turbines—already linked to a wave of lawsuits and health‑impact studies—raises immediate regulatory and environmental questions. The accelerated rollout could increase the number of turbines operating on this fuel, intensifying exposure to pollutants and amplifying legal scrutiny in regions where the turbines have been deployed.

The Nancy Grace Roman Space Telescope, launched on a SpaceX Falcon Heavy rocket from Kennedy Space Center in Florida, will embark on a three-month journey to its final orbit. The mission aims to explore dark matter, dark energy, and exoplanets, and will provide a new atlas of the universe. The telescope's large field of view and crisp infrared vision will enable it to survey vast swaths of the sky and probe deeply into cosmic history.

OpenAI has announced its decision to wind down its contract providing OpenAI models to Cursor, following Cursor's acquisition by SpaceX. The exact timeline for the wind-down process remains unclear. This move comes as a result of the change in ownership, with OpenAI citing the need to reassess its partnership with Cursor. The previous partnership allowed Cursor to utilize OpenAI's models for its services. The impact of this decision on Cursor's operations and users is yet to be determined.

SpaceX has announced plans to invest up to $100 billion in Louisiana to build factories and multiple launch pads for its Starship super‑heavy lift rocket. The project would use the former Michoud Assembly Facility near New Orleans and could turn coastal Louisiana into a major launch site, creating jobs and infrastructure. At the same time, the European Space Agency signed contracts with several European launch startups under its European Launcher Challenge. The initiative aims to expand the supply of small‑launch vehicles and increase Europe’s resilience in space access. The funding will support vehicle development and operations, giving several firms a critical lifeline to continue their programs.

The Nancy Grace Roman Space Telescope has been transported to the SpaceX hangar at Launch Complex 39A at NASA's Kennedy Space Center. The telescope is set to be mated to a SpaceX Falcon Heavy rocket, with a targeted liftoff date of no earlier than Sunday, August 30, 2026. The Roman Space Telescope is designed to study dark energy and dark matter, with a focus on understanding the universe's expansion and galaxy formation.

Louisiana Governor Jeff Landry announced that SpaceX will commit up to $100 billion to build a new Starship production and launch complex along the Gulf Coast. The project, dubbed “Starbase Louisiana,” aims to replicate and expand the company’s existing Starbase facility in Texas, adding multiple launch towers, propellant production, power generation, deep‑water shipping, vehicle processing, and an on‑site airport. The chosen site offers ample space for large launch infrastructure and direct access to methane, the propellant used by Starship rockets. The announcement ends months of speculation about SpaceX’s interest in the coastal parcel and signals a major expansion of U. S. commercial spaceflight infrastructure.

SpaceX, the world's busiest spaceport operator, is significantly cutting the number of launches from Florida. The company will focus on its West Coast launch pad at Vandenberg Space Force Base in California. This change comes as SpaceX prepares for the arrival of its Starship. The Falcon 9 rocket, which has been launching batches of satellites for the company's Starlink network, will see a reduction in flights. The exact number of launches is not specified in the source.

NASA’s Roman Space Telescope has received clearance for final launch preparations, with a scheduled liftoff on August 30 aboard SpaceX’s Falcon Heavy rocket. The observatory, designed to deliver unprecedented insights into the universe, will focus on studying cosmic expansion, the universe’s history, and distant exoplanets. Its advanced instrumentation promises to deepen our understanding of how the cosmos evolved and to identify new worlds beyond our solar system. The mission marks a significant step forward in astronomical research, leveraging cutting‑edge technology to answer fundamental questions about the universe’s origins and structure.

A new national space transportation policy signed by President Donald Trump aims to support over 1,000 launches and reentries per year by 2030. The policy calls for the development of more spaceports on federal land to meet this goal. This policy replaces a 2013 policy signed by former President Barack Obama, which also emphasized supporting the commercial space industry. The launch sector has seen significant growth since 2013, with 176 orbital launch attempts from US soil last year, a nearly 10-fold increase. SpaceX led the pack with 165 orbital launches of its Falcon 9 rocket and five suborbital test flights of the Starship. The policy aims to secure America's continued superiority in space by 2030.

On August 5, a discarded SpaceX Falcon 9 first‑stage booster struck the lunar surface, forming a new crater roughly 60 feet wide. NASA’s Lunar Reconnaissance Orbiter (LRO) captured detailed images of the impact site, revealing bright and dark streaks of debris scattered across the surrounding regolith. The images also show fresh material exposed beneath the Moon’s weathered exterior, providing a rare glimpse of subsurface composition. The event marks the first known instance of a human‑made rocket stage creating a measurable crater on the Moon, offering scientists a unique opportunity to study impact processes and lunar geology.

SpaceX's proposed AI data center satellite megaconstellation could create a new category of e-waste. The constellation would export valuable materials into space, with at least 200,000 satellites decommissioned each year. About 40,000 satellites would deorbit and burn up in the atmosphere, dispersing materials throughout the atmosphere and potentially causing ozone depletion. The remaining satellites would be moved into a distant 'disposal' orbit, effectively removing them from the material life cycle.

Portal Space Systems has secured a Falcon 9 launch to deploy its inaugural Supernova spacecraft, marking the company’s entry into the commercial launch market. The launch will also feature excess capacity, allowing additional rideshare payloads to be carried on the same flight. This dual‑purpose approach not only maximizes the utility of the Falcon 9 but also provides smaller satellite operators with a cost‑effective launch option. By leveraging SpaceX’s proven launch vehicle, Portal aims to accelerate the deployment of its Supernova platform while fostering broader access to space for a range of payloads.

China has made significant strides in reusable rocket technology, with a second launch operator successfully recovering an orbital-class rocket booster. This achievement follows a similar feat by another Chinese company just over a month ago. The development marks a notable advancement in China's launch capabilities, with multiple companies working on reusable rockets, both under state-owned entities and private industry. In comparison, it took the US over a decade for a second launch company, Blue Origin, to achieve a similar feat after SpaceX's initial success with the Falcon 9 rocket in 2015. Several US companies, including Rocket Lab and Relativity Space, are also working on reusable rockets, with potential first flights in the next couple of years.

Cognition's CEO has disputed a report claiming that SpaceX was in talks to acquire the AI coding startup. This development comes as SpaceX continues to expand its presence in the enterprise AI market, having already acquired Cursor. The company is reportedly racing to catch up with rivals like OpenAI and Anthropic. The exact nature and status of the reported talks between SpaceX and Cognition remain unclear.

Hypersonic missile startup Castelion, founded by former SpaceX executives, has raised $1 billion in funding. The capital will support the company’s goal of producing a low‑cost hypersonic weapon and expanding its portfolio to include longer‑range strike and missile defense systems. The investment marks a significant step for Castelion as it seeks to enter the growing hypersonic weapons market and offer more affordable options for advanced missile technology.

Jon McNeill, who led Tesla as president from 2015 to 2018 and now heads DVx Ventures, says the long‑delayed next‑generation Roadster is held up by SpaceX’s “hovering” technology. According to McNeill, the project is really about pulling Tesla and SpaceX closer together ahead of a potential merger. Tesla is preparing a long‑promised Roadster demo that is nearly nine years after the car was first unveiled. McNeill’s comments hint that the delay may be a strategic move to align the two companies’ road‑to‑market plans, though the exact impact on production timelines remains unclear. The move could signal a deeper partnership that might reshape Tesla’s high‑performance lineup and SpaceX’s automotive ambitions.

Rocket Lab announced plans to conduct an orbital test in 2027 that will evaluate the interoperability of its Photon spacecraft with the Space Force’s Space Data Network (SDN). The test will connect the Photon to the SDN’s core infrastructure, which is built by SpaceX. By validating the data link in orbit, the test will help confirm that the SDN can reliably receive and transmit mission‑critical information from a variety of commercial platforms. The exercise also marks a step toward broader integration of commercial satellite assets into the U. S. Space Force’s communications architecture.

SpaceX's recent Starship test flight has concluded with a successful recovery after 24 days at sea. The spacecraft splashed down in the Indian Ocean intact, defying expectations of a fiery disintegration. Engineers had anticipated the ship's demise following a toppling over, but it remained intact, providing valuable data for assessment. Onboard sensors, cameras, buoys, and drones captured crucial information on the heat shield's performance. This achievement marks a significant milestone for SpaceX's Starship program.

Three former SpaceX engineers have shifted from rocket engines to steel fabrication, launching the startup 1872 on July 22 at its Cincinnati Factory One. The company aims to build a prototype plant that automates most of the steel‑skid production—rectangular frames that serve as mobile foundations for modular buildings—by 2027. Using AI‑driven software and robots, 1872 targets 80 % autonomous operations, a level the founders say offers the best balance between efficiency and diminishing returns. The focus on steel skids is intended to supply AI data‑center builders and small modular nuclear‑reactor developers, potentially accelerating the deployment of critical infrastructure.

SpaceX's rapid growth in launching payloads has left Europe in a difficult position. The company's reusable Falcon 9 rocket has become a dominant force in the global launch market, with a high cadence of flights. This has led to a shift in the industry, with many companies relying on SpaceX for launches. As a result, Europe is struggling to compete with SpaceX's low costs and high efficiency. The company's Starlink satellites have been a major contributor to its success, and its ability to launch payloads from various companies has further solidified its position. Europe is now facing challenges in developing its own launch capabilities, with many companies relying on SpaceX for their launches.

Anthropic, the five‑year‑old AI startup, is poised for an October initial public offering that investors expect could value the company at $2 trillion or more. This figure would eclipse SpaceX’s valuation and would make Anthropic’s debut the largest IPO ever recorded. According to reports from half a dozen of the company’s backers, the firm’s rapidly rising revenue is projected to more than double its current valuation in the planned float. A $2 trillion listing would unlock billions of dollars in gains for early investors and would signal a significant milestone for the AI sector. However, the prospect also raises concerns for public markets, which are increasingly wary of the AI boom’s volatility and regulatory implications. The potential IPO underscores the growing confidence in AI technology’s commercial viability while highlighting the need for careful market and policy scrutiny as the sector expands.

Cards Against Humanity, the company behind the popular card game, is launching a crowdfunding campaign to build a grand monument to Elon Musk on a parcel of land it owns near SpaceX’s Starbase in Texas. The project, described as a “perfect monument to force a moment of introspection upon the world’s richest, ugliest little bitch,” is intended to provoke Musk into questioning his own status and relationships. The company’s founder, Brendan Smialowski, has stated that the monument’s purpose is to make Musk wonder, for a brief moment, ‘Wait, am I a sad little bitch with no friends?’ The stunt follows Cards Against Humanity’s history of provocative public actions. In 2017, the company purchased the same land to disrupt President Donald Trump’s plans to build a U.S./Mexico border wall. In 2024, it sued SpaceX over an undisclosed issue, further cementing its reputation for using legal and public relations tactics to challenge powerful entities. The monument will be funded through the company’s typical vulgar and irreverent style, and it is expected to attract attention from both Musk’s supporters and critics alike. While the project’s exact design and timeline remain undisclosed, the announcement has already sparked debate about the limits of satire and the influence of corporate activism on high-profile tech figures.