Team, here with your weekly space industry roundup. This past week has been absolutely packed with developments that are reshaping both commercial and military space operations. From SpaceX hitting triple digits to the Space Force preparing for orbital combat, let’s dive into what’s been happening above our heads.
SpaceX Shatters Launch Records (Again)
SpaceX just crossed a milestone that would have seemed impossible just a few years ago — they launched their 100th Falcon 9 rocket of 2025 on Monday morning from Vandenberg Space Force Base. To put this in perspective, they hit this mark on October 20th last year, meaning they’re running nearly two months ahead of their 2024 pace. At this rate, SpaceX will launch more Falcon 9s this year than NASA flew Space Shuttle missions in three decades.
The company has also reassigned about 20% of its Falcon 9 engineering team to work on Starship for the next six months, following three consecutive upper stage failures earlier this year. Their tenth Starship test flight is scheduled for today (Sunday), with engineers believing they’ve solved the diffuser issue that caused May’s failure. We’ll see if Version 3 of Starship, expected late this year or early 2026, can finally deliver on the vehicle’s ambitious promises.
Military Space Operations Enter New Era
The U.S. Space Command is no longer playing defense. General Stephen Whiting made it crystal clear this week: “We now have a combatant command focused on war fighting in space.” This shift from defensive to offensive capabilities marks a fundamental change in how America approaches space security.
Last year’s joint U.S.-French satellite maneuver near a foreign satellite (likely Russian) demonstrated new rendezvous and proximity operations capabilities. The exercise was so successful, they’re planning to repeat it later this year. Meanwhile, the National Reconnaissance Office has launched over 200 satellites since 2023, with SpaceX reportedly leading the competition for a new 450-satellite constellation to track missile launches.
The integration of AI is particularly fascinating — Space Command has built “SpaceBot,” a large language model trained on operational data that can complete tasks “at machine speed” that previously required ten people and five hours.
International Launch Developments
The global launch landscape continues to evolve rapidly. Firefly Aerospace signed a Memorandum of Understanding with Japan’s Space Cotan to study launching their Alpha rocket from Hokkaido Spaceport, which would give them access to the Asian satellite market and provide redundancy for U.S. allies.
China’s space ambitions faced a setback when LandSpace’s Zhuque-2E Y2 methane rocket failed during an upper stage anomaly, losing four Guowang internet satellites. Despite this, China successfully test-fired its Long March 10 rocket’s center core with seven YF-100K engines, keeping them on track for crewed lunar missions before 2030. They’ve also approved development of the Long March 10B variant, and Beijing-based Arktech secured funding for their massive Glacier‑1 rocket capable of lifting 40,000 kg to LEO.
In Europe, Avio gained a 10-year license to operate Vega rockets from French Guiana independently of Arianespace. At the same time, Ariane 6 completed its third launch, deploying the MetOp-SG-A1 weather satellite.
Major Industry Moves and Funding
True Anomaly raised $260 million in Series C funding (mix of equity and debt) to develop spacecraft for national security missions. The company plans four missions over the next 18 months and will grow from 170 to 250 employees.
Rocket Lab completed its $275 million acquisition of Geost, expanding its role as a defense contractor with electro-optical and infrared sensor capabilities. SpinLaunch secured $30 million for its Meridian Space broadband constellation, supplementing April’s $12 million from Kongsberg Defence and Aerospace.
On the services side, Amentum began work on the $4 billion Space Force Range Contract after competitor RGNext dropped its legal challenge. They’re tasked with modernizing launch ranges to handle higher launch rates.
Policy Shifts and Controversies
NASA’s acting administrator Sean Duffy created waves by stating the agency would “move aside” Earth science priorities in favor of exploration. In his Fox Business interview on August 14th, Duffy specifically stated: “All of the climate science and all of the other priorities that the last administration had at NASA, we’re going to move aside. All of the science that we do is going to be directed towards exploration, which is the mission of NASA. That’s why we have NASA, is to explore, not to do all of these Earth sciences.” This shift would represent a major shift for NASA since Earth science — including climate monitoring — has been a core NASA mission since the agency’s founding. In fact, the 1958 law that created NASA lists as its first objective “the expansion of human knowledge of the Earth and of phenomena in the atmosphere and space.”
In other news, the Air National Guard’s transfer to the Space Force remains contentious. Despite President Trump’s 2024 campaign promise to create a Space National Guard, the transfer of 578 positions begins on October 1st. A Colorado survey showed only 8 of 101 space operators were willing to transfer full-time, highlighting the resistance to this reorganization.
In the UK, it has announced plans to fold its own Space Agency into the Department for Science, Innovation, and Technology by April 2026, raising industry concerns about reduced visibility into space spending.
Looking Ahead: Space-Based Solar Power
A new study from King’s College London and Xi’an Jiaotong University suggests space-based solar power could provide 80% of Europe’s renewable energy by 2050. The research analyzed NASA’s heliosat swarm and planar array designs, finding potential cost savings of 7–15% compared to ground-based solar, plus a two-thirds reduction in battery requirements due to consistent power generation.
Notable Launches and Milestones
The X‑37B spaceplane launched on its eighth mission Thursday night aboard a Falcon 9, carrying experiments including laser communications and quantum inertial sensors. The previous mission lasted 908 days, and no duration has been announced for this flight.
In a historic first, Concordia University students launched Canada’s first space rocket in 25 years with their Starsailor vehicle. However, it separated earlier than planned and didn’t reach the Kármán line.
The Bottom Line
This week perfectly encapsulates the current state of the space industry — commercial companies are achieving unprecedented launch cadences. In contrast, military space operations openly embrace offensive capabilities. The integration of AI, the push toward reusability across multiple providers, and the continued international competition for lunar landing capabilities all point to an industry that’s maturing rapidly while still pushing boundaries.
As we watch Starship’s tenth test flight and monitor the ongoing National Guard integration debates, one thing is clear: space is no longer just about exploration and science. It’s about national security, economic competitiveness, and increasingly, the infrastructure that will define the next century of human activity both on and off Earth.
Until next time, keep looking up!