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For the first time, the US military confirms it has deployed weapons in orbit

15 September 2026 at 04:47

Air Force Secretary Troy Meink made the first public declaration Monday that the United States has placed "space control weapons" in orbit, an announcement that will surely reverberate in the power centers of Beijing and Moscow.

Space Force officials have previously expressed their interest in acquiring space-based weapons, and Pentagon leaders have become more open to discussing space warfare in recent years. Therefore, Meink's announcement Monday at the Air and Space Forces Association's annual Air, Space & Cyber Conference near Washington, DC, was not entirely unexpected.

“Today, we continue to ensure we remain ready to meet the challenges of evolving threats, wherever they exist. This is why the United States now has on-orbit space control weapons capable of defending the joint force against hostile adversary action,” Meink said in prepared remarks.

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© US Space Force/David Dozoretz

For the first time, the US military confirms it has deployed weapons in orbit

15 September 2026 at 04:47

Air Force Secretary Troy Meink made the first public declaration Monday that the United States has placed "space control weapons" in orbit, an announcement that will surely reverberate in the power centers of Beijing and Moscow.

Space Force officials have previously expressed their interest in acquiring space-based weapons, and Pentagon leaders have become more open to discussing space warfare in recent years. Therefore, Meink's announcement Monday at the Air and Space Forces Association's annual Air, Space & Cyber Conference near Washington, DC, was not entirely unexpected.

“Today, we continue to ensure we remain ready to meet the challenges of evolving threats, wherever they exist. This is why the United States now has on-orbit space control weapons capable of defending the joint force against hostile adversary action,” Meink said in prepared remarks.

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© US Space Force/David Dozoretz

For the first time, the US military confirms it has deployed weapons in orbit

15 September 2026 at 04:47

Air Force Secretary Troy Meink made the first public declaration Monday that the United States has placed "space control weapons" in orbit, an announcement that will surely reverberate in the power centers of Beijing and Moscow.

Space Force officials have previously expressed their interest in acquiring space-based weapons, and Pentagon leaders have become more open to discussing space warfare in recent years. Therefore, Meink's announcement Monday at the Air and Space Forces Association's annual Air, Space & Cyber Conference near Washington, DC, was not entirely unexpected.

“Today, we continue to ensure we remain ready to meet the challenges of evolving threats, wherever they exist. This is why the United States now has on-orbit space control weapons capable of defending the joint force against hostile adversary action,” Meink said in prepared remarks.

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© US Space Force/David Dozoretz

Could United Launch Alliance's money problems finally force its owners to sell?

11 September 2026 at 12:00

Pretty much every rocket company in the United States, save one, has embraced two fundamental tenets: reusability and diversification.

Most famously, SpaceX branched out from reusable rockets to pursue and dominate a growing spectrum of space services: cargo delivery, human spaceflight, satellite production, broadband, and, perhaps soon, orbital data centers and in-space manufacturing. Blue Origin is evolving from a pure rocket company into a satellite manufacturer, robotics developer, and, most recently, a potential competitor for SpaceX's Starlink network.

Rocket Lab used a different approach to diversify after achieving success with its small Electron launch vehicle. The company relocated its headquarters from New Zealand to Southern California, started building spacecraft and payloads, and then went on a spree of corporate acquisitions to expand into satellite communications and take on a new role as a merchant supplier of satellite components and sensors. It's now in a stage of advanced development of its partially reusable next-generation Neutron launch vehicle.

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Space Force-backed mission does its best impression of Top Gun in orbit

30 July 2026 at 18:35

An ongoing military exercise happening hundreds of miles above Earth has—for the first time in an unclassified setting—demonstrated how future satellites might evade and pursue one another in a future conflict.

That was the announcement Wednesday from True Anomaly, one of the companies involved in the exercise. True Anomaly's Jackal satellite, also known as Panther, played the cat-and-mouse game with another spacecraft named Puma, based on Rocket Lab's Pioneer satellite platform.

"This is what we've really been building towards for the past four years," said Even Rogers, True Anomaly's co-founder and CEO.

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Space Force-backed mission does its best impression of Top Gun in orbit

30 July 2026 at 18:35

An ongoing military exercise happening hundreds of miles above Earth has—for the first time in an unclassified setting—demonstrated how future satellites might evade and pursue one another in a future conflict.

That was the announcement Wednesday from True Anomaly, one of the companies involved in the exercise. True Anomaly's Jackal satellite, also known as Panther, played the cat-and-mouse game with another spacecraft named Puma, based on Rocket Lab's Pioneer satellite platform.

"This is what we've really been building towards for the past four years," said Even Rogers, True Anomaly's co-founder and CEO.

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This is the world's most advanced robotic servicing satellite—that we know about

24 July 2026 at 16:23

A spacecraft fitted with two flexible robotic arms is on the way to geosynchronous orbit after launching earlier this week on a SpaceX Falcon 9 rocket, kicking off a planned decade-long mission to open new frontiers in satellite servicing.

The Mission Robotic Vehicle, owned and built by Northrop Grumman, rocketed into orbit from Cape Canaveral Space Force Station in Florida on Tuesday. Three small propulsion pods, each functioning as standalone spacecraft, accompanied the MRV aboard the Falcon 9 rocket.

The Falcon 9 deployed all four payloads within about an hour of liftoff. It will take about a year for the satellites to maneuver from their initial elliptical drop-off orbit into a circular orbit more than 22,000 miles (nearly 36,000 kilometers) over the equator. At this altitude, the MRV and the three Mission Extension Pods (MEPs) will travel in lockstep with Earth's rotation, operating in the same kind of orbit as numerous civilian and military communications satellites, missile warning platforms, and a growing number of spy satellites.

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This is the world's most advanced robotic servicing satellite—that we know about

24 July 2026 at 16:23

A spacecraft fitted with two flexible robotic arms is on the way to geosynchronous orbit after launching earlier this week on a SpaceX Falcon 9 rocket, kicking off a planned decade-long mission to open new frontiers in satellite servicing.

The Mission Robotic Vehicle, owned and built by Northrop Grumman, rocketed into orbit from Cape Canaveral Space Force Station in Florida on Tuesday. Three small propulsion pods, each functioning as standalone spacecraft, accompanied the MRV aboard the Falcon 9 rocket.

The Falcon 9 deployed all four payloads within about an hour of liftoff. It will take about a year for the satellites to maneuver from their initial elliptical drop-off orbit into a circular orbit more than 22,000 miles (nearly 36,000 kilometers) over the equator. At this altitude, the MRV and the three Mission Extension Pods (MEPs) will travel in lockstep with Earth's rotation, operating in the same kind of orbit as numerous civilian and military communications satellites, missile warning platforms, and a growing number of spy satellites.

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© US Navy/Sarah Peterson

This is the world's most advanced robotic servicing satellite—that we know about

24 July 2026 at 16:23

A spacecraft fitted with two flexible robotic arms is on the way to geosynchronous orbit after launching earlier this week on a SpaceX Falcon 9 rocket, kicking off a planned decade-long mission to open new frontiers in satellite servicing.

The Mission Robotic Vehicle, owned and built by Northrop Grumman, rocketed into orbit from Cape Canaveral Space Force Station in Florida on Tuesday. Three small propulsion pods, each functioning as standalone spacecraft, accompanied the MRV aboard the Falcon 9 rocket.

The Falcon 9 deployed all four payloads within about an hour of liftoff. It will take about a year for the satellites to maneuver from their initial elliptical drop-off orbit into a circular orbit more than 22,000 miles (nearly 36,000 kilometers) over the equator. At this altitude, the MRV and the three Mission Extension Pods (MEPs) will travel in lockstep with Earth's rotation, operating in the same kind of orbit as numerous civilian and military communications satellites, missile warning platforms, and a growing number of spy satellites.

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The Space Force is now seeking to buy up to $30 billion in rocket launches

20 July 2026 at 21:30

It seems as though $5.6 billion wasn't enough. That was the news from the US Space Force on Friday, when military officials announced they were tripling the maximum value of one of the service's National Security Space Launch contracts to $17 billion.

The expansion of the Space Force's National Security Space Launch (NSSL) Phase 3 contract comes as the Pentagon signals rising demand for military satellite launches. The NSSL program is set up to allow Space Systems Command, which oversees the Space Force's launch program, to select from a pool of launch providers for individual missions to deliver the military's satellites to orbit.

The NSSL program has two parts. Lane 1 covers the Space Force's more risk-tolerant missions, such as medium-lift launches with experimental payloads or rideshare missions carrying satellites for the Pentagon's surveillance or data relay constellations. Lane 2 includes higher-priority strategic missions, like the government's largest and most expensive spy satellites, or radiation-hardened communications satellites designed to survive a nuclear war.

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The Space Force is now seeking to buy up to $30 billion in rocket launches

20 July 2026 at 21:30

It seems as though $5.6 billion wasn't enough. That was the news from the US Space Force on Friday, when military officials announced they were tripling the maximum value of one of the service's National Security Space Launch contracts to $17 billion.

The expansion of the Space Force's National Security Space Launch (NSSL) Phase 3 contract comes as the Pentagon signals rising demand for military satellite launches. The NSSL program is set up to allow Space Systems Command, which oversees the Space Force's launch program, to select from a pool of launch providers for individual missions to deliver the military's satellites to orbit.

The NSSL program has two parts. Lane 1 covers the Space Force's more risk-tolerant missions, such as medium-lift launches with experimental payloads or rideshare missions carrying satellites for the Pentagon's surveillance or data relay constellations. Lane 2 includes higher-priority strategic missions, like the government's largest and most expensive spy satellites, or radiation-hardened communications satellites designed to survive a nuclear war.

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The Pentagon's Space Development Agency hasn't moved as fast as anyone would like

17 July 2026 at 20:19

The Space Development Agency was established in 2019 to help speed up the deployment of US military space systems by sidestepping the Pentagon's traditional sluggish bureaucracy.

Seven years later, SDA is finally launching its first batches of operational satellites, just as the Pentagon plans to shutter the semi-autonomous agency and fold it back into the Space Force's procurement pipeline, newly reorganized under several program acquisition executives in a bid to streamline weapons buying.

SDA's fate is not a surprise, and lawmakers in both houses of Congress have backed the agency's closure in drafts of this year's National Defense Authorization Act.

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Could China and Russia really destroy Starlink? Only with a boomerang.

16 July 2026 at 17:19

One week ago, three widely respected European news outlets published the results of an investigation into what they described as a "joint plan" by China and Russia to "defeat Elon Musk's Starlink."

The story was the product of a long-running inquiry by The Insider, Der Spiegel, and Le Monde. Reporters at those publications said they reviewed a cache of documents detailing growing military cooperation between China and Russia. The documents covered discussions between the nuclear powers on integrated air and missile defense systems, autonomous "swarm" loitering munitions, next-generation armored vehicles, and military aviation, the report said.

According to the papers, the investigation found evidence of a partnership between China and Russia in the field of space weapons far deeper than either country has acknowledged. One particular focus for China and Russia has been developing strategies to counter SpaceX's Starlink satellite broadband network.

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The Pentagon's Space Development Agency hasn't moved as fast as anyone would like

17 July 2026 at 20:19

The Space Development Agency was established in 2019 to help speed up the deployment of US military space systems by sidestepping the Pentagon's traditional sluggish bureaucracy.

Seven years later, SDA is finally launching its first batches of operational satellites, just as the Pentagon plans to shutter the semi-autonomous agency and fold it back into the Space Force's procurement pipeline, newly reorganized under several program acquisition executives in a bid to streamline weapons buying.

SDA's fate is not a surprise, and lawmakers in both houses of Congress have backed the agency's closure in drafts of this year's National Defense Authorization Act.

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Could China and Russia really destroy Starlink? Only with a boomerang.

16 July 2026 at 17:19

One week ago, three widely respected European news outlets published the results of an investigation into what they described as a "joint plan" by China and Russia to "defeat Elon Musk's Starlink."

The story was the product of a long-running inquiry by The Insider, Der Spiegel, and Le Monde. Reporters at those publications said they reviewed a cache of documents detailing growing military cooperation between China and Russia. The documents covered discussions between the nuclear powers on integrated air and missile defense systems, autonomous "swarm" loitering munitions, next-generation armored vehicles, and military aviation, the report said.

According to the papers, the investigation found evidence of a partnership between China and Russia in the field of space weapons far deeper than either country has acknowledged. One particular focus for China and Russia has been developing strategies to counter SpaceX's Starlink satellite broadband network.

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Gen. Chance Saltzman used his final public address as chief of the U.S. Space Force to tell allied commanders in London that a war in orbit would sweep in every nation’s satellites, because orbital mechanics does not respect the line between combatant and bystander

16 July 2026 at 14:40
The outgoing Space Force chief spent his farewell address saying the quiet part loud — deterrence in orbit doesn't come from treaties or press releases, it comes from weapons allies pretend not to want

A war fought in orbit will not stay between the two countries that start it. That was the blunt message Gen. Chance Saltzman carried into his final public address as Chief of Space Operations, delivered to an international audience of military leaders at the Global Air & Space Chiefs’ Conference in London. Orbital conflict, the outgoing Space Force chief argued, is no longer hypothetical, and deterrence flows from combat-credible forces rather than declarations.

The speech capped a military career spanning more than three decades and a tenure leading a service that barely existed when he took command.

The core warning

Saltzman’s central claim was geographic as much as strategic. Satellites do not respect borders. A war fought in orbit — even one initiated between two adversaries — sweeps in every nation with assets overhead.

He told the London audience that orbital mechanics will place every nation’s space capabilities in a space war zone whether those nations want to be there or not. Because the consequences will be shared, he argued, responsibility for a safe, secure, and stable space domain should be shared as well.

The message was aimed squarely at allied air and space chiefs. Saltzman framed space as a team sport — not by preference, but by physics.

Deterrence as capability, not signaling

Saltzman has spent his tenure pushing back against a version of deterrence built primarily on statements, red lines, and calculations about adversary intent. His alternative strategy asks the service to avoid operational surprise, deny adversaries the benefit of striking first, and develop counterspace capabilities that do not generate long-lived orbital debris.

The logic is that visible, credible force does the deterrent work on its own.

Saltzman argued that combat-credible capabilities should create a deterrent effect, and that if they don’t, the force will be prepared to respond to aggression.

That framing matters because it shifts the burden of prediction. Rather than trying to game out what Beijing or Moscow might do, the Space Force builds forces designed to defeat what those adversaries have already fielded — jammers, dazzlers, co-orbital interceptors, and cyber tools capable of disabling satellites.

Those warnings are grounded in a specific assessment: China and Russia are developing systems capable of jamming, disabling, or destroying satellites. That has pushed the Space Force’s focus toward what is known as space control — the ability to defend friendly assets and, if necessary, disrupt adversary space operations.

The terrestrial precedent is already visible. Widespread GPS jamming across the Middle East during recent conflicts has disrupted commercial aviation, shipping, and civilian navigation across a wide region. Space-based services are already contested infrastructure. The question is whether the platforms themselves become targets.

Saltzman’s answer is that if adversaries believe an attack on U.S. satellites can be answered — and answered without turning low Earth orbit into a debris field — the attack becomes less likely.

A service transformed in four years

Space Force general podium

When Saltzman took command, the Space Force was less than three years old. It had a thin institutional identity and no coherent long-term force design.

By the time of his farewell, the service had grown and gained visibility through its role supporting recent operations.

Under Saltzman, the Space Force introduced the Objective Force — a 15-year force-design effort meant to define the spacecraft, personnel, infrastructure, and partnerships the service will need through 2040. It also began implementing a new personnel model that blends full- and part-time service, moving away from the traditional active-reserve split. In April, nearly 250 Air Force reservists were selected to transfer into part-time Guardian roles, a step toward a single, unified component.

The budget shadow

Saltzman’s farewell came as House lawmakers signaled they would approve only a fraction of the funds the Trump administration had requested for major space programs through budget reconciliation.

The White House had requested substantial funding through the normal defense budget plus additional funding through reconciliation — a partisan-controlled maneuver rarely used for defense spending until recently. The reconciliation package was meant to fund programs including space capabilities and missile defense efforts. House leaders indicated they would back a significantly smaller reconciliation bill.

Saltzman declined to say publicly whether that shortfall would harm the service. He said he stood behind the request and called it a dramatic increase in resourcing for capabilities he considers vital. The rest, he acknowledged, is a negotiation between the executive and the legislature.

Alliances and the political weather

The London speech came after recent tensions between the United States and European allies. Saltzman’s message pushed the other direction.

He emphasized that nations are stronger as a team than individually, pointing to decades of evidence supporting that conclusion.

He also offered a rare piece of advice to uniformed leaders operating in politically turbulent times, describing military institutions in democracies as providing stability — the weight that slows movement but keeps the vessel stable in a storm.

The framing is worth pausing on. Space is one of the few remaining domains where allied cooperation is not just useful but structurally required. Satellites cross national airspace hundreds of times a day. Space situational awareness depends on ground stations scattered across friendly territory. Debris from a single kinetic anti-satellite test can threaten spacecraft belonging to dozens of nations. The physics forces the politics.

What Saltzman leaves behind

Lt. Gen. Douglas Schiess is expected to become the third Chief of Space Operations if confirmed by the Senate. He inherits a service with a clearer doctrine than the one Saltzman received, but also with sharper political headwinds, a contested budget, and adversaries whose counterspace programs have matured considerably in recent years.

One line from Saltzman’s farewell hints at how he thinks about the job he’s handing off: not all challenges must be solved, and some should simply be managed.

Acquisition speed, interoperability across allied systems, information sharing between classified and unclassified networks — these are persistent conditions of running a modern military service, not problems with endpoints. Treating them as solvable invites frustration. Treating them as manageable invites patience.

That’s a quieter argument than the headline warning about war in orbit, but it may be the more consequential one for the institution Saltzman built. The Space Force he leaves is younger than most of its guardians’ careers. It will spend the next decade discovering which of its problems are the kind that get fixed and which are the kind that get lived with.

For readers thinking about how space reshapes institutional identity and civilian imagination, our earlier piece on Artemis 2, Apollo 8, and overview thinking traces a parallel question from the exploration side of the ledger.

The post Gen. Chance Saltzman used his final public address as chief of the U.S. Space Force to tell allied commanders in London that a war in orbit would sweep in every nation’s satellites, because orbital mechanics does not respect the line between combatant and bystander appeared first on Space Daily.

A US military exercise in space got underway with barely anyone noticing

22 June 2026 at 16:18

Rocket Lab quietly launched a small satellite from New Zealand on Friday in a high-flying military exercise to test the US Space Force's ability to rapidly respond to a crisis in low-Earth orbit.

The launch was scarcely announced in advance. The only public indication of an impending launch was the release of a warning for pilots and sailors to steer clear of the rocket's flight path. Rocket Lab did not provide a livestream of the launch, as it does for most of its missions. As of Monday morning, officials from Rocket Lab and the Space Force had not acknowledged the launch in any official public statements.

But the US military's catalog of space objects was updated over the weekend to reflect the launch. A new satellite, designated Victus Haze Puma, showed up in the catalog with a launch date of Friday from Rocket Lab's privately run spaceport at Māhia Peninsula in New Zealand. The Space Force cataloged the spacecraft in a polar orbit ranging between 215 miles and 286 miles (347-by-461 km), with an inclination of about 97.5 degrees from the equator.

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A US military exercise in space got underway with barely anyone noticing

22 June 2026 at 16:18

Rocket Lab quietly launched a small satellite from New Zealand on Friday in a high-flying military exercise to test the US Space Force's ability to rapidly respond to a crisis in low-Earth orbit.

The launch was scarcely announced in advance. The only public indication of an impending launch was the release of a warning for pilots and sailors to steer clear of the rocket's flight path. Rocket Lab did not provide a livestream of the launch, as it does for most of its missions. As of Monday morning, officials from Rocket Lab and the Space Force had not acknowledged the launch in any official public statements.

But the US military's catalog of space objects was updated over the weekend to reflect the launch. A new satellite, designated Victus Haze Puma, showed up in the catalog with a launch date of Friday from Rocket Lab's privately run spaceport at Māhia Peninsula in New Zealand. The Space Force cataloged the spacecraft in a polar orbit ranging between 215 miles and 286 miles (347-by-461 km), with an inclination of about 97.5 degrees from the equator.

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DARPA just quietly asked industry how to rebuild a destroyed satellite fleet in hours — and the request reveals what the Pentagon now assumes about the first day of a war with China

18 June 2026 at 08:54
DARPA just quietly asked industry how to rebuild a destroyed satellite fleet in hours — and the request reveals what the Pentagon now assumes about the first day of a war with China

The Pentagon’s blue-sky research arm wants industry to figure out how to rebuild a shot-up satellite constellation in hours, not years. DARPA released a request for information asking companies to pitch concepts for restoring critical orbital services after an attack.

The solicitation, posted by DARPA’s Strategic Technology Office, asks for technical ideas spanning modular spacecraft, software-defined satellites, rapid manufacturing, on-orbit assembly and distributed sensor networks. The stated objective is blunt: reestablish service on timelines measured in hours to weeks after satellites are degraded by anti-satellite weapons, cyberattacks, orbital debris or other disruptions.

That is a sharp departure from how the U.S. has historically thought about space resilience — buy fewer, more exquisite satellites and assume they will survive because nobody dares shoot at them. That assumption is no longer holding.

The threat picture that prompted the RFI

Both China and Russia have spent the past decade fielding what defense officials call counterspace systems — direct-ascent anti-satellite missiles, co-orbital inspectors, ground-based jammers, lasers capable of dazzling optical sensors, and offensive cyber tools. The U.K. has begun naming the harassment publicly. Maj. Gen. Paul Tedman, head of UK Space Command, told the BBC  that Russian satellites are stalking British military spacecraft and that Moscow’s ground-based jammers target UK military satellites on a weekly basis.

Tedman described Russian payloads designed to fly close to allied satellites and collect information from them. He also noted that the combined Russian and Chinese fleet of satellites has grown substantially over the past decade, while Britain operates only a handful of dedicated military spacecraft.

The U.S. is more exposed than its allies in one sense: American forces are wired into space for almost everything. Communications, intelligence collection, missile warning, and the positioning, navigation and timing signals that guide everything from infantry radios to precision munitions all flow through orbit. Take down the satellites and you do not just blind a sensor — you peel apart the joint force.

What “reconstitution” actually means

DARPA’s framing makes clear the agency is not just asking for spare satellites in a warehouse. The RFI envisions a full reconstitution architecture: spacecraft built in modular blocks that can be swapped or reconfigured, software-defined payloads that can take on missions outside their original specification, manufacturing lines that can spin up replacements quickly, and on-orbit assembly that lets operators stitch together capability from parts already in space.

The distributed sensor piece matters too. A constellation of cheap, networked satellites is harder to disable than one big bus carrying a one-of-a-kind sensor. Lose ten of a hundred and the mission degrades gracefully. Lose one of one and the mission ends.

military satellite constellation

Building on Victus Nox and CASR

DARPA’s effort plugs into a wider Space Force push that has been building since 2021. The clearest demonstration so far came with Victus Nox, the tactically responsive launch exercise flown by Firefly Aerospace and Millennium Space Systems in September 2023. Firefly’s Alpha rocket lifted off from Vandenberg Space Force Base just 27 hours after the Space Force gave the launch order — a national security responsive-launch record, beating the previous mark of 21 days set on the TacRL-2 mission in June 2021.

The Victus Nox sequence is worth recalling because it shows what reconstitution looks like in practice. After entering a six-month hot-standby phase, Firefly and Millennium received an alert and had 60 hours to truck the satellite 165 miles from El Segundo to Vandenberg, fuel it, mate it to the payload adapter and ready it for launch. They finished in just under 58 hours. Then came the launch order, with 24 hours to update Alpha’s trajectory, encapsulate the payload and roll to the pad.

Lt. Gen. Michael Guetlein, then commander of Space Systems Command, praised the Victus Nox mission as demonstrating the nation’s ability to rapidly respond to adversary threats and deliver capabilities to warfighters.

The Space Force has also stood up the Commercial Augmentation Space Reserve, or CASR, which uses pre-arranged agreements with commercial satellite operators to provide surge capacity during a crisis. The model is borrowed from the Civil Reserve Air Fleet, which lets the Pentagon press civilian airliners into service during emergencies. CASR essentially admits that the commercial sector now operates more spacecraft than the military does and that wartime resilience requires using those assets.

The hard problem DARPA is really asking about

Responsive launch is the easy half. The harder question — and the one the new RFI tries to surface — is what you put on top of the rocket on short notice. A satellite bus that takes three years to build is not a reconstitution asset, no matter how fast you can launch it.

That is why the agency is asking about modular spacecraft and software-defined payloads. If a communications satellite can be reprogrammed in orbit to fill a missile-warning gap, the constellation becomes more than the sum of its parts. If a bus design can accept five different sensor packages with minimal integration work, manufacturers can keep partial inventory and finish assembly on demand.

On-orbit assembly raises the ambition further. Instead of launching a complete satellite, operators could launch a propulsion module, a power module and a sensor module separately, then dock them in orbit. The architecture would tolerate the loss of individual pieces and allow upgrades without replacing the whole spacecraft.

Where commercial industry fits

DARPA’s RFI is also an implicit recognition that the government cannot do this alone. The launch cadence required for genuine reconstitution — dozens of vehicles available on short notice — depends on commercial providers. The same applies to manufacturing. Companies producing small satellites at volume for commercial constellations have the production lines the Pentagon would need to draw on.

The Space Force has already been working to bring more launch providers into the national security fold. Blue Origin secured nearly $18 million for New Glenn integration studies under the National Security Space Launch Phase 3 program, joining SpaceX and United Launch Alliance as a potential heavy-lift provider for sensitive payloads. A broader stable of certified vehicles means more options when something goes wrong in orbit.

The deterrence logic

There is a strategic argument beneath the engineering one. If an adversary believes that destroying a U.S. satellite buys a meaningful military advantage that lasts for months, the temptation to attack rises. If the adversary instead believes the U.S. can replace the capability within days, the calculus shifts. Reconstitution is partly about resilience and partly about taking the prize off the table.

That deterrence logic only works if the capability is credible. The Pentagon will need to demonstrate, repeatedly and visibly, that it can do what the RFI describes. Victus Nox was the first credible demonstration. DARPA is now asking what comes next.

What follows the RFI — a formal program, a series of demonstrations, a quiet handoff to the Space Force — will say a lot about how seriously the Pentagon treats the risk that the next conflict starts, or ends, in orbit.

The post DARPA just quietly asked industry how to rebuild a destroyed satellite fleet in hours — and the request reveals what the Pentagon now assumes about the first day of a war with China appeared first on Space Daily.

US Space Force confirms SpaceX will build sensor-to-shooter targeting network

27 May 2026 at 19:19

SpaceX has won a lucrative contract to provide the US military with a means of distributing space-based sensing and targeting data, forming the "backbone" of a rearchitected network after separate Pentagon initiatives stalled, officials announced Tuesday.

Space Systems Command, the Space Force's primary procurement and acquisition center, announced the $2.29 billion firm-fixed-price agreement, confirming long-simmering reports that the Pentagon was likely to tap SpaceX for a new communications network in low-Earth orbit. SpaceX's selection for the Space Data Network (SDN) Backbone contract "accelerates the delivery of a resilient, high-speed communications network in space," Space Systems Command said in a statement.

The network will be based on technology originally developed for SpaceX's Starlink global Internet constellation. SpaceX already builds and launches specially designed satellites, called Starshield, for military applications. The SDN Backbone network in low-Earth orbit (LEO) will presumably use the Starshield platform.

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