US weapons now in orbit & Space Force launch and buildup - Space News (Sep 16, 2026)

Imagine waking up to find out that space is no longer just a realm of satellites and science, but also officially home to deployed weapons. That’s the revelation that broke in the last day, and it may quietly mark the start of a new chapter in how nations think about orbit.[11][12][13][2] Welcome to The Automated Daily, space news edition. The podcast created by generative AI. Today is September 16th, 2026, and I’m TrendTeller. In the next few minutes, we’ll walk through the most important space stories from roughly the last twenty-four hours: from the United States openly acknowledging weapons in space, to new launches and lunar mission preparations, and on to fresh discoveries from the James Webb Space Telescope and a bold new theory about Venus’s past.[11][12][13][2][8][15][18] The goal is simple: give you a clear, engaging snapshot of what just happened above our heads, and why it matters, without drowning you in jargon or specs. Let’s start with that historic admission about weapons in orbit, then move through the latest launch activity, and finally dive into some surprising science about rings, galaxies, and a possibly vanished moon.

US weapons now in orbit

Our first story is the one that changes the tone of space politics: the United States has now publicly confirmed that it has weapons deployed in orbit.[11][12][13] Air Force Secretary Troy Meink told the Air, Space & Cyber Conference that the Department of the Air Force has “on-orbit space control weapons capable of defending the joint force against hostile adversary action.”[11][12][13] He did not say what these systems are, how many exist, or when they were launched, and he declined to explain why the announcement was made now, but the admission itself is unprecedented.[11][12][13] Why is this significant? For years, U.S. officials hinted at defensive capabilities in orbit, but stopped short of saying there were actual weapons already there.[12] By confirming deployed “space control weapons,” the government has effectively signaled that it is ready to talk openly about space as a potential theater of conflict, not just a place for communications and research.[11][12][13] This could reshape how other countries think about deterrence, how they design their own space systems, and how diplomats frame future agreements on what is acceptable behavior in orbit.[12][13] It also raises questions for the public: what counts as a “defensive” weapon in space, and where do we draw the line between protecting satellites and escalating an arms race above Earth.[11][12][13]

Space Force launch and buildup

Closely tied to that first story is the broader buildup of the U.S. Space Force and its launch activity.[2] In the past day, SpaceX scrubbed an initial attempt to launch the USSF-259 national security mission from Vandenberg Space Force Base and reset for a backup window, with liftoff now targeted in a four-hour slot that opens at 6 p.m. Pacific time tonight.[8][7] The mission is a Falcon 9 flight carrying a classified payload for the Space Force, expected to enter a high-inclination low Earth orbit, and it’s part of a series of Phase 3 national security launches under the Space Force’s new contracting lane.[8][7] From the outside, the mission looks routine: a Falcon 9, a droneship landing in the Pacific, and a secret payload.[8] But taken together with the recent weapon acknowledgment and the growing number of classified flights, it shows how rapidly space is becoming central to national security strategy.[11][12][13][2] According to summarized remarks from defense officials, the Space Force is also warning that a budget impasse could threaten about ten percent of its programs, even as the service plans to add roughly ten thousand guardians over the next five years and stands up a new executive role focused on space technology portfolios.[2] In plain terms, the U.S. is both scaling up its military presence in orbit and struggling to secure stable funding for the systems it says it needs, which will shape the pace and direction of future launches like USSF-259.[2][8]

Russian cargo flight to ISS

There is a diplomatic flip side to this militarization story, and it also appeared in the latest set of headlines.[2] As defense leaders talked about weapons and expansion, the U.S. State Department launched a new space diplomacy initiative aimed at building stronger engagement with global partners.[2] Details remain high level, but the idea is to create more structured channels for international cooperation on space issues, from norms of behavior in orbit to joint projects.[2] Why mention this alongside weapons and classified launches? Because it shows that the U.S. is trying to move on two tracks at once: hard power in orbit, and soft power through diplomacy.[2][11][12] As more countries develop their own space forces and anti-satellite capabilities, the risk of misunderstandings or miscalculations grows, especially when the hardware involved is hard to track and the rules are vague.[12] A dedicated space diplomacy push suggests at least an awareness that new agreements or shared standards will be needed to keep competition from tipping into crisis.[2] Whether that initiative can keep up with the rapid pace of military deployments and launches is an open question, but it is an important part of the picture of how space governance is evolving right now.[2][11]

Artemis III lunar mission prep

Shifting from security to operations, the next major story in the last twenty-four hours is Russia’s Progress MS-35 cargo mission to the International Space Station.[16] The Soyuz-2.1b rocket carrying this freighter was rolled back out to Baikonur’s launch complex after engineers fixed a malfunction in the rocket’s third stage, an issue that had forced an earlier delay.[16] The vehicle has now been returned to the pad, raised to vertical position, and cleared through further checks, with launch scheduled for September 16 at 18:33 local time in Astana, which corresponds to mid-afternoon in Moscow.[16][6] Progress MS-35 is set to deliver more than two and a half tons of supplies and equipment to the ISS crew, continuing the long-running chain of Russian cargo flights that help keep the station operating.[16] The fact that this mission required a second rollout to the pad within a single flight campaign is a reminder that even mature systems like Soyuz occasionally encounter technical issues that must be diagnosed and repaired before flight.[16] For ISS partners, every cargo launch matters: delays ripple into resupply schedules, experiment timelines, and maintenance plans.[16] In a broader sense, the mission highlights how multiple launch providers around the world, from Russia to the U.S. and others, are still coordinating day-to-day logistics for a station that relies on both commercial and state-run rockets to function.[6][7][16]

Starship first orbital attempt

While Progress prepares to fly, NASA is also in the spotlight for its next big human exploration effort: Artemis III.[14] In the last day, the Artemis III astronaut crew visited the Vehicle Assembly Building at Kennedy Space Center to check on the integration of the solid rocket boosters inside one of the huge high bays.[14] NASA released imagery of astronaut Randy Bresnik and ESA astronaut Luca Parmitano looking over booster progress, emphasizing that this is a tangible step toward stacking the hardware that will eventually send humans back to the Moon.[14] What makes this visit newsworthy is that Artemis III is planned to be the first mission in the Artemis series to attempt a lunar landing with a crew, shifting NASA’s focus from orbiting missions to actually putting people back on the surface.[14] Seeing the crew on-site with the boosters underlines that this is not just a paper plan; the infrastructure for the launch vehicle is physically coming together.[14] The timing also lines up with NASA’s push around International Observe the Moon Night, a public outreach event later in September that encourages global moon-watching, which fits the theme of ramping up attention on lunar exploration.[6][14] For listeners, the takeaway is that Artemis is moving from concept art and animations to real people standing next to real rocket segments that will eventually leave Earth.[14]

Webb’s changing Chariklo rings

Staying with human spaceflight and NASA, we also have a story from the International Space Station itself.[1] NASA’s SpaceX Crew-12 astronauts, including Jessica Meir and Jack Hathaway, alongside ESA astronaut Sophie, are scheduled to hold a news conference from orbit as they discuss their mission and upcoming return to Earth.[1] The event is set to begin at 2:45 p.m. Eastern on Wednesday, bringing live commentary from the station directly to audiences on the ground.[1] Although crew news conferences are fairly regular, they serve an important role in connecting the public to the realities of long-duration missions.[1] Astronauts can talk about the science they are conducting, the challenges of living in microgravity, and the logistics of their eventual reentry and landing, all in an unfiltered way.[1] For NASA and its partners, these briefings help maintain support for the ISS program and highlight the kinds of experiments and international collaboration that are still ongoing, even as agencies start to plan for future commercial stations and lunar habitats.[1][14] It is a reminder that behind every launch schedule update are people who are actually in space, preparing to come home.[1]

Venus may have lost its moon

Looking ahead just a little, one of the most watched launch stories of the week has firmed up: SpaceX’s Starship is now targeting its first orbital flight attempt next week.[6] According to recent coverage, regulators and the company have aligned on a launch date around September 22, with SpaceX setting that as the next opportunity to try to send the giant fully reusable rocket on a path that reaches orbit before returning to Earth.[6][2] This follows several previous test flights that stayed suborbital and focused mainly on proving that the vehicle could survive ascent and controlled descent. Why is this orbital attempt such a big deal? Starship is designed to be an extremely large, fully reusable system, with the goal of driving down the cost per kilogram to orbit far beyond what current rockets can offer.[6] An orbital flight is the first time the full architecture will be exercised at something close to its intended profile, including the upper stage reaching space and potentially reentering after a complete lap around Earth.[6][2] Success would not make Starship a routine vehicle overnight, but it would demonstrate that the core concept is viable and open the door to more ambitious missions, including deep-space cargo runs and, eventually, crewed flights.[6] On the other hand, a failure would feed debates about how quickly such a large, complex system can be matured and how regulators should oversee highly experimental heavy-lift launches.[6][2]

Webb’s new view of galaxy M64

Before we leave launch activity, there is another angle worth noting from the consolidated headlines: SpaceX is also scheduled to launch its second classified mission for the Space Force tonight, part of a broader trend of rising demand for space-based intelligence and defense payloads.[2][8] Market observers are forecasting that launches tied to space-based intelligence could quadruple over the next decade, reflecting how much militaries and governments now rely on data gathered from orbit.[2] Missions like USSF-259 fit into this pattern, even if the details of their payloads remain secret. At the same time, agencies and companies continue to fly more routine satellite batches, as well as science missions, underscoring how crowded launch manifests have become.[3][7] For the Space Force, this surge raises practical questions: can the service secure enough launch capacity, ensure resilience against loss of key satellites, and maintain funding for both experimental systems and proven platforms.[2][8] The recent note that roughly ten percent of the Space Force’s programs could be at risk if budget negotiations stall shows that launch activity depends heavily on terrestrial politics.[2] For listeners, the key point is that when you hear about another classified Falcon 9 flight, it is part of a much larger wave of reliance on orbital infrastructure that quietly supports everything from battlefield awareness to secure communications.[2][8]

Now let’s move into pure science, starting with a remarkable result from the James Webb Space Telescope about the small body Chariklo.[15] A new study based on Webb observations, published in Science Advances, reports that Chariklo’s two known rings have changed significantly over only a few years.[15] Researchers compared a Webb stellar occultation observation from 2022 with earlier data and found that the inner ring has become more opaque, blocking more light, while the outer ring has become less opaque.[15][5] This suggests that the ring system is not static: material may be redistributing within the rings, making one denser while the other thins.[15] Why is this surprising? Chariklo is a relatively small body orbiting between Saturn and Uranus, and until recently its rings were thought of as stable structures, somewhat analogous to planetary rings but on a smaller scale.[15] The new result shows that, at least for this object, ring systems can evolve quickly on humanly observable timescales, which implies that the processes shaping them — such as collisions between ring particles, gravitational interactions, or possible small moonlets — are more dynamic than expected.[15] For ring science broadly, this opens up questions about how common such fast changes might be and whether similar effects could be occurring in other, less well-observed systems.[15] For Webb, it is another demonstration that the telescope’s high sensitivity and ability to watch occultations can reveal fine details in faint, distant structures that traditional imaging would miss.[15][5]

Webb also delivered a striking new view of a much larger target: the spiral galaxy M64, often called the Black Eye Galaxy.[17] The latest Astronomy Picture of the Day highlights a composite image that combines Hubble’s optical data with Webb’s mid-infrared observations, revealing both the dark dust lane that gives the galaxy its nickname and the glowing regions of active star formation.[17][4] In the infrared, the dust that appears as a band of darkness to Hubble is seen re-radiating light from embedded newborn stars, creating a rich red and orange texture through the galaxy’s core.[17] What makes M64 particularly interesting is that its inner and outer gas regions rotate in opposite directions, a counter-rotation that likely stems from a past merger with a smaller galaxy.[17] Where the two gas flows meet, they create zones of compression and enhanced star formation, which can be seen in both optical and infrared imagery.[17][4] Astronomers once assumed that spiral galaxies had relatively peaceful histories, but M64 was one of the cases that helped overturn that idea and show that spirals, including our own Milky Way, can undergo significant mergers.[17][4][19] Webb’s new data will allow scientists to better map the dust composition, motion, and structure in these interacting regions, providing more clues about how mergers reshape galaxies over time.[17] For the public, it is also simply a stunning image that shows how combining different telescopes can transform our view of familiar objects.[17][4]

Beyond individual targets, summarized headline feeds note that Webb has also captured a broad panorama of star formation that includes the smallest known brown dwarfs.[2] Brown dwarfs are objects that are too massive to be planets but not quite massive enough to sustain the hydrogen fusion that powers stars, and finding very small examples near the boundary between giant planets and failed stars helps refine models of how such bodies form.[2] In the latest panoramic data, astronomers can trace how diverse objects emerge within a single star-forming region, from full-fledged stars to these dim, cooler dwarfs.[2] The significance is twofold. First, the presence of extremely low-mass brown dwarfs in these regions probes the question of whether there is a minimum mass below which classical star formation processes — collapse of a gas cloud under its own gravity — stop working.[2] Second, mapping them alongside their brighter neighbors illuminates how environments shape the distribution of masses in newborn stellar populations, a key ingredient in understanding both our own galaxy and others.[2][17] Webb’s sensitivity in the infrared is what makes this possible: it can pick up the faint glow of cool objects that would be essentially invisible or washed out in optical surveys.[2][4] For exoplanet studies, the line between giant planets and brown dwarfs is scientifically important, so every new extreme example helps sharpen that boundary.[2]

Another major science headline in the last day or so tackles a very different question: what happened to Venus’s missing moon.[18] A new study in The Astrophysical Journal, summarized by ScienceDaily, proposes that Venus may once have had a moon, but that the planet’s extremely slow rotation doomed it.[18][5] In computer simulations, a Venusian moon does not migrate outward over time the way Earth’s Moon does; instead, the combination of Venus’s gravity and its sluggish spin causes the moon’s orbit to gradually shrink, eventually leading to a collision with the planet.[18] The lead researcher, Stephen Kane, cautions that the simulations do not prove Venus actually had a moon, only that if one formed, it might not have survived indefinitely under the planet’s current rotational conditions.[18] Venus rotates once every 243 Earth days, an extraordinarily slow spin, and that changes the tidal interactions that, around Earth, drive the Moon farther away.[18][5] In most of the simulated scenarios, the Venusian moon ultimately crashed into the planet, with larger moons meeting that fate even sooner.[18] If Venus did swallow a moon in its past, that event could have influenced its internal structure, its atmosphere, and possibly its surface features. Why does this matter now? Because understanding Venus’s history is central to explaining why it ended up so different from Earth despite being a similar size and not too far away.[18] A past moon could have affected how heat and angular momentum were distributed inside the planet, potentially contributing to its current slow rotation and thick atmosphere.[18][5] The study also has implications for exoplanets: many worlds in other systems may rotate slowly, and their potential moons could share a similar fate, changing their long-term evolution.[18] Future measurements of Venus’s interior and surface composition might offer clues as to whether it ever absorbed a moon, turning what sounds like science fiction into a testable hypothesis.[18]

We also have a brief but intriguing note from European space news: an ESA update titled “Purple swirls on the Red Planet” hints at new imagery or observations of Mars.[6] While the short feed item does not provide full details, the description suggests that scientists are studying unusual swirling patterns, perhaps in the atmosphere or on the surface, that stand out with a purple coloration in processed images.[6] Such features could be related to dust activity, auroral phenomena, or other dynamic processes on Mars, depending on the wavelength and instrument used.[6] Even without the complete data release, the significance is clear. High-resolution and multi-wavelength monitoring of Mars helps researchers track how its climate and weather change over time, including dust storms, cloud patterns, and atmospheric chemistry.[6] Visual features highlighted in color, like “purple swirls,” often represent specific materials or emissions that have been isolated in the data to make their distribution easier to see.[6] These kinds of observations feed into models of Martian circulation and can influence planning for future landers and human explorers by improving predictions of local and global conditions. Taken together with ongoing studies from orbiters and rovers, each new imaging campaign adds another layer to our understanding of the planet we are most seriously considering as a long-term destination beyond the Moon.[6]

Finally, let’s touch on mission operations and longevity, focusing on the Nancy Grace Roman Space Telescope and its reported lifetime extension.[2][7] According to consolidated headline summaries, Roman recently executed a highly precise engine burn that effectively doubled its operational lifetime, giving the mission far more time to carry out its ambitious program of wide-field infrared surveys.[2] Roman was launched earlier on a Falcon Heavy, and its design already emphasized efficiency and stability, but extending the life of its orbit takes that further.[7] For cosmology and exoplanet science, this is big news. Roman is planned to map large patches of the sky to study dark energy, dark matter, and the distribution of galaxies, as well as to conduct microlensing searches for exoplanets.[2] Doubling the time available means more data, better statistics, and a greater chance of catching rare events, such as distant supernovae or subtle gravitational lensing signals.[2][7] It also underscores how critical precise orbital maneuvers are for long-term missions: small burns, done right, can translate into years of extra science. In a broader sense, the extension reflects a trend in space science: build missions to last, then squeeze out as much as possible once they are successfully operating.[2] Hubble, for example, has far outlived its original expectations, and Webb is designed with consumables that could support well beyond its nominal mission timeline.[4][17] Roman now joins that lineage by showing, even at this early stage, that planning for extra lifetime can pay off quickly, setting up the community for a decade or more of rich observations from this single observatory.[2][7]

That wraps up this edition of The Automated Daily, space news edition. In the last twenty-four hours or so, we’ve seen the United States step into a new era by openly acknowledging weapons already deployed in orbit, watched launch providers juggle national security missions and ISS resupply flights, and checked in on Artemis hardware as it moves closer to carrying astronauts to the lunar surface.[11][12][13][8][16][14] We also explored fresh science from the James Webb Space Telescope, from evolving rings around Chariklo to a richly detailed view of the Black Eye Galaxy, and we heard about a bold new idea that Venus may have quite literally swallowed its own moon.[15][17][18] If there’s a theme today, it’s that space is getting busier and more complex on every front: security, diplomacy, exploration, and discovery. Some of the changes, like weapons in orbit, raise difficult questions, while others, like extended telescope lifetimes and new planetary theories, open exciting doors for science.[2][11][18] As always, the challenge is to keep up with it all without losing sight of what we value in space — from peaceful cooperation to curiosity about the universe. Thanks for listening. I’m TrendTeller, and this has been The Automated Daily, space news edition. Until next time, keep looking up, and keep thinking critically about what we choose to send into the sky.

US weapons now in orbit & Space Force launch and buildup - Space News (Sep 16, 2026)

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