robotic

Ukraine Situation Report: Kyiv Is Turning Soviet-Era Armor Into Robotic Combat Vehicles

In another effort to advance robotic warfare, Ukraine is working to turn Soviet-era BRDM-2 armored reconnaissance vehicles into remotely controlled systems. The move comes as uncrewed ground vehicles (UGVs) are playing an increasing role on both sides of the conflict as movement along the front lines has been highly contested by the ubiquity of aerial drones.

This is one of the latest efforts by the Central Innovation Activities Directorate of the Ukrainian Armed Forces to help provide weaponry that will keep troops out of harm’s way, the head of that unit told the Ukrainian Ukrinform news outlet on Friday. Ukraine is using UGVs mainly for logistics and casualty evacuation, but they are also increasingly engaging in ground combat as well air defense.

Col. Vladyslav Voloshyn said work is currently underway “to enable remote control of the vehicle from a distance of up to 1,000 km. In addition, the BRDM-2 is planned to be fitted with a powerful foreign-made diesel engine, with General Motors and Mercedes engines among those being considered, replacing the Soviet-made GAZ gasoline engine. An automatic transmission is also planned.”

“The platform will have expanded capabilities for integrating a remotely controlled combat module equipped with an automatic weapon of at least 12.7 mm caliber,” Voloshyn explained. “This is expected to enhance the capabilities of Ukrainian units and their effectiveness in carrying out combat missions while helping preserve the lives of service members.”

The directorate is also installing additional mine protection for the vehicle’s hull bottom, tubeless high-mobility tires, a backup remote-control system inside the hull, and anti-fragmentation protection, the colonel added. Equipped this way, the vehicles would likely be used to assault front line Russian positions where troops can’t go on foot or as a remote option to provide fire control and support Ukraine’s often porous front line defenses. Uncrewed ground vehicles have also been used heavily in medical evacuations and general logistics to the front lines.

Unlike having to build a totally new vehicle, this project aims to take advantage of the large supply of BRDM-2s Ukraine has in storage, Voloshyn added.

Ukrainian BRDM-2 Armored Vehicle Conducts Indirect Fire #warinukraine thumbnail

Ukrainian BRDM-2 Armored Vehicle Conducts Indirect Fire #warinukraine




The vehicles will be equipped with day/night cameras to assist with guidance and will be remotely controlled from beyond line-of-sight. A vehicle this size would be able to more easily accommodate robust satellite links for that kind of operation. Beyond these features, the colonel provided few details about how the vehicles would be operated.

The head of Ukraine’s Brave1 defense technology hub previously provided some insights about how this works for purpose-built UGVs.

“I can tell you that combat UGVs without artificial intelligence do not work at appropriate effectiveness,” Brave1 CEO Andrii Hrytseniuk told us in May in a discussion about Ukraine’s burgeoning UGV industry. “All combat turrets that we are using have elements of artificial intelligence, and it allows them to be as effective as they are.”

The UGVs use machine vision for “object recognition, identification, classification, tracking and providing recommendations for the operator on what to do,” he added.

These systems communicate through Ukraine’s Delta command and control system, the Brave1 CEO noted.

Without the Delta system, “all these advanced technologies on the battlefield will not be working,” Hrytseniuk suggested. “The Delta command and control system, which is number one in the world, is absolutely crucial. And this is for all our drones, multi-domain operations, everything.”

War in Ukraine: An advanced digital map. The Delta system #shorts #warinukraine #united24media thumbnail

War in Ukraine: An advanced digital map. The Delta system #shorts #warinukraine #united24media




The Ukrainian company ArmSpetsTekhnolohiya unveiled the BRDM-2M in June during the Defense Builder Accelerator Demo Day. Now the directorate is preparing this system for deployment to the front lines, Voloshyn stated without providing timelines. If it does turn out to be a viable option, it will join tens of thousands of other Ukrainian UGVs on the battlefield.

The Latest

On the battlefield, both sides are making small advances, however, the front lines are largely static. Here are some key takeaways from the latest Institute for the Study of War analysis. 

  • Sumy: Russian forces recently advanced in northern Sumy Oblast. 
  • Kharkiv: Russian forces continued offensive operations in northern Kharkiv Oblast on August 19 and 20 but did not advance as Ukrainian forces counterattacked. However, Russian forces are reportedly intensifying strikes in the Kupyansk direction, likely in preparation for future ground attacks.
  • Donetsk: Russian forces continued offensive operations in the Kostyantynivka-Druzhkivka tactical area on August 19 and 20 but did not make confirmed advances. Ukrainian forces recently advanced south of Dobropillya while Russian forces recently advanced southwest of Pokrovsk.
  • Zaporizhzhia: Russian forces continued offensive operations in the Hulyaipole direction and western Zaporizhzhia Oblast on August 19 and 20 but did not advance.
  • Kherson: Neither Russian nor Ukrainian sources reported ground activity in the Kherson direction on August 20.

In an update to a story we reported earlier this month, North Korea is reportedly sending KN-30 missiles, also known as the Hwasong-11C, to Russia.

“Ukraine’s Main Military Intelligence Directorate (GUR) confirmed on August 20 that North Korea transferred around 50 KN-23, KN-24, and KN-30 (Hwasong-11C) ballistic missiles to Russia as of July 2026,” the Institute for the Study of War reported on Thursday, citing Ukrainian media.

The KN-30 is an enlarged derivative of the original Hwasong-11 and designed to carry larger warheads. North Korea has previously said it has tested subvariants of the Da/C type with 2.5-ton and 4.5-ton conventional high-explosive warheads, and that it can also be fitted with a nuclear warhead.

North Korea has also sent a new wave of about 8,500 North Korean troops to Russia, CNN reported. This includes “a drone unit that could attack targets inside Ukraine,” the network stated, citing Major General Vadym Skibitskyi, Deputy Head of Defence Intelligence of Ukraine (GUR).

Thousands of North Korean engineers and bomb disposal experts are mostly dispersed across Kursk Oblast, Skibitskyi stated. The North Korean forces deployed in Russia also include 400 drone operators. Many gained previous experience fighting against Ukraine. Their drones are likely to be used both for reconnaissance and attacks on Ukraine, CNN noted.

Around 25,000 North Koreans have so far either been part of the forces deployed in Russia or passed through the Russian armed forces, the GUR leader added. He said that Russia could request up to 50,000 more troops during a meeting between Kremlin leader Vladimir Putin and North Korean leader Kim Jong Un in September.

Ukrainian officials have made it clear that they cannot defend against Russian ballistic missiles because they are out of Patriot missile interceptors. In the latest bid to offset that and hit missiles before they can be launched, Ukraine is seeking help from Elon Musk, the Financial Times reported.

“Ukraine is seeking approval to use Starlink-equipped drones against ballistic missile launchers up to 200km inside Russia,” the publication reported on Friday, citing people familiar with the matter.

Such a move, if approved, would provide Ukrainian drones with beyond line-of-sight connectivity and resistance to jamming, increasing their ability to strike deeper into Russia against dynamic targets, giving them the ability to hunt for missiles deep inside Russia and strike them when they are found. This use of Starlink helped Ukraine with its mid-range strikes against Russian logistics.

The introduction of Starlink to the battlefield in Ukraine has revolutionized how war is waged, giving users high bandwidth, relatively secure communications basically anywhere, all in a small, off-the-shelf package. This has impacted everything from high-level command and control, to basic communications and data exchange between troops across the entire battlespace. The antennas have also been reduced in size enough so that they can now fit onto relatively small one way-attack drones.

There is a major catch, however, in any bid to use Starlink in offensive weapons beyond how it is currently employed. While he wouldn’t sign off on similar requests in the past, Musk is now allowing Ukraine to use Starlink to hit targets deep behind enemy lines and, apparently, ships in the the Sea of Azov as well, though we don’t know for sure.

Musk would need to sign off on the kinds of strikes deep into Russia that Ukraine is currently seeking. While his Starlink service is helping Ukraine now, he also shut it off earlier in the war during Ukrainian attacks on Crimea, fearing there could be a nuclear response from Moscow.

Complicating matters, Ukrainian President Volodymyr Zelensky recently fired defense minister Mykhailo Fedorov, who was Ukraine’s most direct connection to Musk.

TWZ cannot independently confirm FT’s reporting. We’ve reached out to SpaceX, Musk’s company providing Starlink service, for clarification.

Russia attacked a shopping mall in Ukrainian President Volodymyr Zelensky’s hometown of Kryvyi Rih. The attack killed at least 14 and wounded more than 100 others, the Ukrainian president stated on X.

“The attack drones struck in two waves – half an hour after the first hit and the fire, there was a second strike targeting the emergency responders,” Zelensky stated on earlier on X. “Attacks like these are nothing less than terrorist acts. And the world must respond to them accordingly – with real pressure on the aggressor. For peace to be possible, Russia must face real accountability.”

Rescue workers tend to a building fire in the aftermath of the attack on Kryvyi Rih. (Volodymyr Zelensky)

Russia also struck the Tabaky crossing at the Ukraine-Moldova border.

“The attack damaged buildings and structures at the crossing, and fires broke out at the site,” according to Ukrainian border guards. “Traffic through the Tabaky crossing is currently suspended. Vehicles are being redirected to other border crossing points.”

For its part, Ukraine is continuing its long-range strike campaign against Russian energy and military targets. This campaign has severely crippled Russia’s oil infrastructure in particular, causing widespread domestic gasoline shortages and a drastic reduction in oil exports.

“Last night, our deep strikes hit an oil refinery in Perm, more than 1,600 kilometers from the border, and the Marinovka military air base in the Volgograd region,” Zelensky claimed. “There are also results in the Black Sea.”

“We also have confirmed results from previous strikes: a Russian Su-34 aircraft was damaged at the Akhtubinsk air base, about 600 kilometers from the front line,” the Ukrainian leader added. “And in Primorsko-Akhtarsk, nearly 180 kilometers away, a facility used for storing, preparing, and launching attack drones that the Russians use to strike our people was hit.”

TWZ cannot independently verify these claims.

Ukraine’s campaign against Russian air defenses continues as well.

A Russian S-300 surface-to-air missile system (SAM) was located and destroyed, Ukraine’s Defense Ministry (MoD) claimed on X.

Video emerged on social media showing a Ukrainian MiG-29 chasing a Russian Shahed drone, which eventually crashed apparently without being fired on. Based on the quality of the video and the distance from which it was shot, it is hard to say exactly what caused the drone to crash.

Russia has introduced a new method of attack. It involves using a drone that lies in wait until a microphone picks up the sound of a passing vehicle and activates the weapon.

Ukraine’s mid-range strike drone campaign against Russian logistics, especially fuel trucks, has relied heavily on AI for terminal guidance and target recognition. Now Russia is supposedly testing a new method of trying to defend against those strikes.

Russian forces have reportedly fitted a UAZ-452 “Bukhanka” vehicle with mirrored panels as a potential countermeasure against drones using optical or AI-assisted guidance.

The improvised modification, which makes the van look like a rolling disco, appears intended to interfere with the drone’s ability to visually identify and track the vehicle by altering its appearance and creating reflections. However, whether this works is not known.

Earlier in this piece, we touched on Ukraine’s Delta battle management system. It turns out the country’s SBU state security service arrested a commander of a National Guard special purpose group for giving Russia access to his Delta account in return for $1,000 in cryptocurrency, a serious security breach.

That’s it for now. We’ll update this again at a later date.

Contact the author: howard@twz.com

Howard is a Senior Staff Writer for TWZ. He writes frequently about conflict, focusing heavily on the Middle East and Ukraine, and interviews with military and intelligence officials and industry leaders from around the globe. He lives near Tampa, Florida, home of U.S. Central Command, U.S. Special Operations Command.




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Could This New Northrop Spacecraft Use Its Robotic Arms To Attack Enemy Satellites?

A spacecraft equipped with two robotic arms, developed by Northrop Grumman, is set to be launched today. The company plans to establish an entire fleet of these Mission Robotic Vehicles (MRVs), ostensibly to offer a commercial service to refuel and repair satellites in orbit. However, the question has been raised about whether the MRV could also be used to attack enemy assets in space. The U.S. Space Force has said publicly that it is pursuing offensive space-based capabilities, primarily to help protect friendly satellites from growing threats.

Whether the MRV, or a derivative thereof, could be employed in an offensive role explicitly came up during a quarterly Northrop Grumman earnings call this morning. The company does not appear to have ruled out the possibility.

“As part of our satellite servicing portfolio, we’ve developed the first commercial robotic spacecraft capable of repairing, relocating, and servicing satellites in geosynchronous orbit via two robotic arms,” Northrop Grumman CEO Kathy Warden had highlighted in her introductory remarks at the start of the call. “It can also install life extension jetpacks onto other satellites for government or commercial customers, prolonging their useful life for up to eight years.”

Next Generation of Satellite Servicing Products: Mission Robotic Vehicle and Mission Extension Pods thumbnail

Next Generation of Satellite Servicing Products: Mission Robotic Vehicle and Mission Extension Pods




“The spacecraft is known as the Mission Robotic Vehicle, or MRV, and our first MRV is scheduled to launch later today, weather permitting,” she added.

“You probably can’t provide quantitative terms here, but just from a qualitative perspective, what’s the potential market for an offensive version of that spacecraft that could be used to disable adversary satellites?” Scott Mikus, Director for Aerospace, Defense and Space Research at Melius Research, asked later on during the call.

“So I appreciate the question. I will leave it up to the U.S. government to decide how that capability might fulfill mission objectives that they have in that regard,” CEO Warden said in response. “But certainly, it’s our objective to offer our clients options for technology deployment, and for them to determine policy for when and how they might deploy that technology.”

To take a step back, if all goes to plan, a SpaceX Falcon 9 space launch rocket carrying the MRV will blast off from Cape Canaveral sometime in a four-hour window starting at 5:15 PM ET today. The rocket will also carry three Mission Extension Pods (MEPs), which are the “life extension jetpacks” that Warden mentioned.

As noted, the MRV has two robotic arms that allow it to place the MEPs onto other satellites in orbit, as well as perform other tasks. The arms are part of what is formally called the Robotic Servicing of Geosynchronous Satellites (RSGS) payload. The RSGS system was developed through a program led by the U.S. Defense Advanced Research Projects Agency (DARPA), in cooperation with the U.S. Naval Research Laboratory (NRL). It is worth noting here that RSGS is the product of U.S. government work in this vein stretching back decades. There have also been other similar developments elsewhere globally, including in China and Russia, as we will come back to later on.

Robotic Servicing of Geosynchronous Satellites (RSGS) Concept Video thumbnail

Robotic Servicing of Geosynchronous Satellites (RSGS) Concept Video




The MRV’s upcoming mission will include rendezvousing with satellites belonging to Australian firm Optus and SES in Luxembourg and attaching MEPs to them, according to a report from Spaceflight Now. Both of these companies are commercial telecommunications providers.

Northrop Grumman’s fact sheet on the MRV says the spacecraft is capable of performing an array of on-orbit inspection and servicing missions beyond refueling via the MEPs. The robotic vehicle can also be used to ‘tow’ satellites from one position to another and help clear debris. All of this requires the ability to maneuver very closely with other target objects in space. This, in turn, brings us to the question of the MRV potentially offering an offensive anti-satellite capability.

For years, TWZ has highlighted how robotic arms on spacecraft are an inherently dual-use capability that could be used to launch attacks in space. In general, arms like this could be used to damage or destroy key systems on adversary satellites, such as optics or solar panels, or to just pull them out of orbit. In the latter case, the target could be towed into a degrading orbit where, if control could not be reestablished, it would re-enter the Earth’s atmosphere and be destroyed.

The U.S. military itself has repeatedly pointed to adversary satellites with robotic arms as one of many potential threats to its own space-based capabilities.

“We’re basically responding to a warfighting domain where our adversaries have already put interceptors in space, and we want to make sure that we rebalance that in terms of deterrence,” Chief of Space Operations Gen. Chance Saltzman, the Space Force’s top officer, said at a roundtable at the Air & Space Forces Association’s (AFA) annual Warfare Symposium in February. Saltzman was responding to a direct question from our Howard Altman.

“Interceptors by definition refer to a handful of well-acknowledged capabilities that other countries have, like ground and air-launched anti-satellite missiles or capabilities like the SJ-21 [the Chinese Shi Jian 21 satellite], which has a grappling arm,” a Space Force spokesperson also told TWZ at that time when asked for clarification about the “interceptors in space” Saltzman had mentioned.

Long March-3B launches Shijian-21 thumbnail

Long March-3B launches Shijian-21




‘Inspector satellites’ that could have dual-use purposes have been a hot topic of discussion for years now, with Russian developments drawing particular attention. A ‘killer satellite’ with close maneuvering capability could employ a variety of means beyond robotic arms to try to disable, damage, or even destroy a target in space. This could include electronic warfare jammers, directed energy weapons, chemical sprays, and small projectiles. The space-based inspector could itself be used as a kinetic kill vehicle and deliberately smashed into the target.

A U.S. Defense Intelligence Agency graphic highlighting some of the ways on-orbit attack can be carried out, including via robotic arms. DIA

Close inspection of other satellites in space also provides opportunities to gather intelligence about their capabilities and monitor their activities. U.S. satellites, as well as those belonging to Russia and other countries, have been observed doing just this over the years. Some commercial satellite imagery firms are even now offering space-based situational awareness as a service.

A commercial image of Landsat 8 taken from another satellite, WorldView-3, in orbit. Maxar Technologies (now Vantor) via NASA

As underscored by DARPA and NRL’s work on RSGS payload, the U.S. military already has a clear interest in the MRV spacecraft’s core capabilities. On-orbit refueling, in particular, is seen as offering vital freedom of maneuver to help safeguard friendly satellites from attack. Right now, ‘running and hiding’ is the most immediate option available for responding to threats, but doing so requires satellites to burn precision fuel, eating into their operational lifespan.

The Space Force also has an entire unit dedicated to a still-evolving “orbital warfare” mission set that has defensive and offensive elements.

“Protecting and defending satellites can’t simply be done by protect and defend. You can’t run away from a bully forever. Sometimes you got to turn around and punch,” Lt. Gen. Gregory Gagnon, head of U.S. Space Force Combat Forces Command (CFC), said at another roundtable at the AFA Warfare Symposium in February. “So protect and defend, although necessary, is insufficient to deliver space control. We also need, as part of our joint force, the ability to attack.”

Gagnon cited China’s massively expanding space-based capabilities as a key driver behind this viewpoint. He’s also mentioned plans for Space Delta 9, the formation tasked with orbital warfare, to begin exploring new offensive and defensive tactics using an experimental satellite.

“This prototype will be operated by my Orbital Warfare Delta. This is the only Orbital Warfare Delta in the United States government. Their job will be working on their maneuvers, which is one of the seven joint functions of warfighting, so that they can deliver offensive and defensive capabilities that are precise and not imprecise,” he explained. “They’re going to work on driving that spacecraft in a way that we couldn’t drive spacecraft before.”

The scale and scope of demands to protect U.S. satellites in orbit is only set to grow significantly in the coming years, fueled further now by the Golden Dome initiative. Golden Dome is a multi-faceted effort aimed at delivering a hugely expanded national missile defense architecture. A core element of the plan as it stands now is space-based anti-missile interceptors, which will be supported by large, distributed sensor and communications satellite constellations. In a report released in May, the Congressional Budget Office (CBO) assessed that 7,800 interceptors in orbit could be needed to make the concept work.

L3Harris

As already noted, the U.S. military has a clear interest in the on-orbit refueling and servicing capabilities that Northrop Grumman’s MRV spacecraft is designed to provide now. This could also be key to protecting and sustaining elements of Golden Dome, as well as other critical new space-based sensor and other satellite constellations.

The scheduled launch of the first MRV spacecraft today is a very important milestone all around, and one that might open the door to a very different kind of ‘armed’ space-based capability.

Contact the author: joe@twz.com

Joseph is TWZ’s Deputy Editor, helping to oversee the site’s highly experienced and dedicated team, while also writing informative and impactful defense and national security content. He lives right in the thick of it in the Washington, D.C. area.


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NASA launches robotic mission to save telescope falling back to Earth | Space News

A three-armed spacecraft rockets into orbit to rescue a NASA telescope that’s in danger of crashing back to Earth.

NASA has launched a robotic mission to try to prevent one of its ageing telescopes from burning up in the atmosphere in a complicated operation expected to last several months.

Northrop Grumman launched the Link spacecraft – built by United States-based Katalyst Space Technologies – from the Marshall Islands in the Pacific Ocean on Friday.

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A Pegasus rocket blasted off from the belly of a modified aircraft putting Link on course to reach and capture NASA’s Swift Observatory in about a month.

Initially scheduled for Tuesday, the robot’s launch was postponed due to weather, then technical issues. Blast-off happened on Friday at 0836 GMT from an atoll in the Pacific Ocean.

The unprecedented $30m effort involves sending a robot to rescue the Swift space telescope that is falling towards Earth. If successful, the mission could pave the way for giving other satellites a second life.

Launched in 2004, Swift is sinking faster than ever because of recent solar storms. The $250m telescope studies gamma-ray bursts, the most powerful explosions in the universe.

Once it reaches an orbit close to Swift’s, the robot will deploy its solar panels and perform a series of checks.

It will then have to locate the Swift telescope in the vastness of space, circle around it and dock using three robotic arms – manoeuvres expected to take several weeks.

Finally, it will attempt to propel the satellite approximately 300km (186 miles) higher above the Earth, roughly to its initial orbital position. That operation is expected to last at least a month.

“This is a lot of firsts stacked on top of each other,” Shawn Domagal-Goldman, director of NASA’s astrophysics division, told reporters on Tuesday. “I’m just deeply thankful that we’re even giving this a go.”

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