Ukrainian forces are using unmanned ground vehicles (UGVs) to evacuate wounded troops from frontline positions, but the robotic systems themselves have become targets for Russian drones and artillery.

Ukraine has increasingly turned to ground robots for casualty evacuation as Russian surveillance and strike capabilities make traditional evacuation routes more dangerous. The systems help deny Russia another opportunity to target medics and evacuation crews. Now, the robots themselves come under Russian fire during evacuation missions.

Maksym Shtrul, commander of the 3rd Medical Company of Ukraine’s 1st Separate Medical Battalion, said Russian forces try to strike anything that moves. He described the challenges of robotic medical evacuations in an interview with Army FM, reported by ArmyInform on 27 August.

In one of the first major operations of this kind, around four UGVs were used to evacuate a single wounded soldier. During one mission, a robotic vehicle moving across an exposed area came under attack from about 15 Russian FPV drones as well as artillery fire.

Russian fire is only one part of the danger

Shtrul said it would be inaccurate to describe Russia as systematically hunting UGVs specifically, but concentrated attacks on robotic systems have occurred.

The robots also face the physical challenges of the battlefield. Evacuation routes are planned in advance, but Russian strikes can suddenly make them impassable. A glide-bomb strike can leave a crater around five meters deep in a road, while a fallen tree can block a route with no way around it.

UGVs cannot cross rivers and can also become stuck in mud, fall into holes or become trapped on difficult terrain. Engineers may need to assist operators when a vehicle encounters such obstacles.

A robotic evacuation takes a team

Getting a wounded soldier out with a UGV requires far more than an operator driving a robot.

A specialist prepares the mission and route, while a medic maintains contact with the wounded soldier and helps prepare them for loading. Operators must also continuously monitor communications, which can deteriorate suddenly at the front.

When a communications problem is expected, the robot can be temporarily moved into cover. Engineers are available to help operators deal with mechanical or terrain-related problems during the mission.

Why Ukraine uses UGVs

Despite becoming targets themselves, UGVs can reduce the number of people exposed to Russian fire during medical evacuation.

Shtrul said the systems are less visible than large tracked or wheeled vehicles and can be more easily concealed under trees or in vegetation. They also generate less heat, making them harder to detect with thermal imaging.

The systems cannot replace medical personnel entirely. Medical treatment available during the journey is limited, and a UGV may have to stop near another Ukrainian position if the wounded soldier needs immediate care.

The growing use of robotic evacuation reflects the increasingly dangerous conditions faced by Ukrainian medics at the front. Even when no medic is physically sent into the exposed area, the vehicle carrying a wounded soldier can still draw Russian drones and artillery fire.

Ukraine is turning ordinary cars into robots instead of building them from scratch. Three units of the Armed Forces received the Kaban remote-control system, which converts vehicles into uncrewed ones, developer Drone Fight Group told Defender Media.

Ground robots have become a daily part of Ukraine's front. Ukrainian units ran 16,676 logistics and evacuation missions with them in June, up 122 percent since January, and the military has contracted more than 22,000 ground robots for 2026, nearly double the 2025 total. Most are purpose-built platforms. Kaban takes the opposite route, converting vehicles that a unit already has.

The developers say Kaban was passed to the 3rd Army Corps, the 429th Separate Unmanned Systems Regiment "Akhilles", and the 49th Brigade of the Armed Forces.

The system bolts on without modification

Kaban installs on a vehicle without altering its construction and works with different models, Drone Fight Group said. It lets the operator switch between remote and manual control.

The operator navigates on a digital map, plotting routes and setting markers. Manual correction is built in for GPS spoofing cases. The system predicts its trajectory and can automatically stop the vehicle if the connection is lost.

Starlink carries the control link

The main communication channel is Starlink, and the system also supports analog video transmission and radio control, according to the developers. A vehicle can be fitted with thermal cameras if needed.

Kaban provides two-way audio and remote control of lights, infrared illumination, and searchlights, and it can pull data from the vehicle's onboard computer. Among the optional add-ons, the developers list net launchers and platforms for launching drones.

Combat testing came before the handover

Kaban is developed with support from the Brave1 cluster, and the system has already passed combat trials, according to the developers. Work continues to refine it using feedback from military units.

A Ukrainian officer says the army still has no proper system for getting its wounded off the battlefield. Tetiana Chornovov, the commander of a platoon of anti-tank guided missile systems, has called for systemic reform of casualty evacuation in Ukraine's Armed Forces, saying that in the fifth year of the full-scale war, evacuating soldiers from the battlefield remains in most units "a force majeure that no one is ready for."

Most Ukrainian units lack dedicated evacuation groups and specialized armored transport, so evacuations happen in chaos with improvised means, with exceptions only in individual brigades, she says.

Amid public debate over whether ground robots can do the job, Chornovol argues the problem is larger than any single technology, and that the absence of a reliable way out shapes how soldiers fight.

The psychological stakes

Chornovol said the certainty of rescue matters as much as the rescue itself.

"You can't imagine how the existence of professional evac groups would improve the psychological atmosphere at the front. Everyone wants to hope that someone will come for them, will save them," she said.

Her own fear is concrete. Fighting in her fifth year, she said her greatest fear is "that something happens to my people and we'll be helpless, because the evacuation problems will be my problems, and in a small platoon I can't allocate resources to create my own evac group."

One evacuation, seven casualties

Chornovol has backed her argument with a case from a year ago, when her Stuhna anti-tank missile crew was subordinated to a neighboring brigade. At four in the morning, she was told of one killed and one wounded by an enemy chemical-weapons strike, with the evacuation placed entirely on her crew despite weak coordination and unfamiliar terrain.

The rescue attempts compounded the toll.

"My combat vehicle with excellent electronic warfare and an anti-mine grader, which set out for the evacuation, blew up on an anti-tank magnetic mine dropped from a drone," she recalled.

The grader saved lives, but four of her best soldiers were badly concussed. A second vehicle from the brigade, with one of her men as a guide, hit another anti-tank mine, but without a grader: "the mine exploded under the hood, the driver lost his legs, the others were concussed." A third vehicle made it through by luck and took out the wounded and the dead.

"So one evacuation, seven casualties. One severe, without legs," she said, noting the brigade simply had no normal evac group or evac protocol.

She organized the Stuhna evacuation herself, bringing in border guards to control the road, waiting for a window in drone flights, and repairing the electronic-warfare gear stripped from the first knocked-out vehicle.

What Chornovol wants built

Chornovol believes that creating separate staffed evacuation units within brigades is the most necessary reform now, each with an autonomous team and special transport.

"There should be the best drivers, with salaries like assault troops, but also medics, pilots, EW specialists, sappers to defuse mines dropped by drones, and pros: hunters with shotguns to down drones," she said.

On equipment, she argued against relying on ground robots, which she agrees are too slow for evacuation and often easy targets for enemy drones. The main transport, she said, should be a small, fast, lightly-armored vehicle with an anti-mine bottom, light enough to survive the anti-tank mines the enemy drops.

"For a platoon, such equipment is too much, but I don't understand why the whole brigade we were attached to didn't have such an evac vehicle," she said.

She nearly lost five of her men, she added, because of the absence of adequate evacuation approaches and proper light-armored vehicles in the army, asking why the National Guard has them for evacuation while the Armed Forces do not.

Ukraine is giving its stockpiled Soviet armored scouts a second life as robots that fight without a crew. Ukrainian producers are converting Soviet-made BRDM-2 armored reconnaissance vehicles into remote-controlled robotic platforms for use on the line of contact after testing, Colonel Vladyslav Voloshyn of the Armed Forces' Central Directorate for Innovation told Ukrinform.

The project turns obsolete Soviet stock into uncrewed platforms that keep soldiers out of danger. Ukraine holds a significant number of BRDM-2s in storage, and reworking them into remotely operated robots as part of a broader push to hand the most dangerous battlefield tasks to machines.

The converted vehicle fights without a crew aboard

The platform will have expanded capabilities to integrate a remote-controlled combat module with automatic weapons of at least 12.7mm caliber, which should increase units' effectiveness and help preserve soldiers' lives, Voloshyn said.

"The main thing is preserving the lives of personnel," he stressed.

It is equipped to operate remotely. The modernized vehicle will carry day-and-night cameras for situational awareness, remote-control systems for its main functions, and location, navigation, and orientation systems, with the combat module integrated over protected data channels.

The upgrades run deep

The conversion goes beyond adding a remote control. Ukraine is developing the ability to control the vehicle from up to 1,000 kilometers away. It also plans to replace the Soviet gasoline GAZ engine with a powerful foreign-made diesel engine, with General Motors or Mercedes engines under consideration, along with an automatic transmission, Voloshyn said.

It gets modern protection too. The vehicle will have added anti-mine protection for the hull bottom, tubeless high-mobility tires, a backup remote-control system inside the body, and anti-fragmentation protection, Voloshyn said.

The work is being accelerated

Preparation is underway for the vehicle's testing and use on the line of contact, according to the Ukrainian colonel, though he did not specify a completion date, explaining that some information on such projects is not for wide release.

One combat episode pushed the timeline up. After a particular battlefield case, the work is to be accelerated, Voloshyn said, adding that the modernized BRDM-2 "may well become a breakthrough on the line of contact."

A deliberately set fire at a Tallinn building used by Milrem Robotics did not disrupt its deliveries of military ground robots to Ukraine, CEO Kuldar Väärsi told Reuters on 19 August 2026. Estonian prosecutors said three suspects had been detained in Latvia.

The Milrem arson case fits in a broader pattern of suspected or confirmed sabotage against Ukraine’s military supply chain. Similar attacks throughout Europe have hit plants making drones, thermal optics, and other equipment for the front. Milrem supplies unmanned ground vehicles (UGVs) that help Ukrainian units move supplies and evacuate wounded without putting drawing upon valuable manpower.

The fire broke out overnight on 15 August in Tallinn’s Lasnamäe district after a resident reported suspicious activity. Nobody was injured, and Milrem has not disclosed what was damaged.

Milrem says it is one of only two foreign suppliers with unmanned ground vehicle (UGV) fleets in active Ukrainian service and expects more than 200 of its systems to be operating there by year-end.

The Netherlands is funding more than 150 additional Milrem vehicles for Ukraine. In June, Milrem and VDL Defentec opened a Dutch production line to support the delivery of more than 100 THeMIS UGVs. Väärsi the fire had not affected production, supply chains, or delivery schedules for this year or next.

Unmanned ground vehicles (UGVs) are tracked or wheeled machines with no crew aboard. ArmyInform reported that Ukrainian troops use them to carry ammunition, fuel, and food along exposed routes. A Ukrainian commander identified only as Nazar told ArmyInform that frontline units still rely mainly on UGVs for logistics, although some robots carry explosives.

Three suspects detained as investigators examine possible Russian role

State Prosecutor Gardi Anderson said prosecutors suspect all three detainees of taking part in the arson. Latvian authorities are holding them while the two countries arrange their transfer to Estonia. An Estonian court approved prosecutors’ requests to place two in pretrial detention. A decision on the third remained pending.

Estonian Prime Minister Kristen Michal said investigators were examining whether the fire was the result of sabotage and whether Russia was involved. Authorities have not disclosed the suspects’ alleged motive, whether anyone directed them, or released evidence connecting the attack to Moscow.

Arson has hit other European suppliers to Ukraine

In March, a fire destroyed nearly all of the production capacity at a Czech plant that makes drones and thermal optics for Ukraine. Authorities detained four suspects while investigating possible terrorism and Russian involvement.

Lithuania also charged six people over an attempt to burn a factory supplying radio-wave scanners to Ukraine. Investigators said Russia-based organizers with GRU links coordinated the operation and connected the network to attempted attacks elsewhere in Europe.

Russia has denied Western accusations that it conducts sabotage in Europe.

The US Army Contracting Command—Detroit Arsenal has published a market survey seeking companies that can supply components for M2A2 ODS-SA Bradley infantry fighting vehicles (IFVs) headed to Ukraine—parts that original manufacturers have stopped making. The posting asks for firms with immediate access to the components or a realistic plan to restart their production, Militarnyi reported.

Maintaining Western armored vehicles in active combat has strained repair chains throughout the war, with licensing requirements and long lead times slowing restoration of battle-damaged equipment. When components go out of production entirely, the problem shifts from delayed repairs to no repairs at all.

Parts nobody makes

The survey targets components affected by what the command calls an aging manufacturing base. Original suppliers have discontinued production of multiple subsystems, including turret drive control units, transmission control modules, heater mounts, ammunition chutes, specialized Dialight Corp lens assemblies, and other structural, electrical, and mechanical parts unique to the M2A2 ODS-SA.

The posting is not a tender and does not guarantee a contract. Its stated goal is to identify companies that can either deliver the parts now or credibly restart production.

Restoring and sustaining Bradleys for Ukraine

The parts shortage creates a two-stage problem. Before Bradleys can be shipped to Ukraine, the US military refurbishes them at its depots—restoring each vehicle to combat-ready condition under a standard called Fully Mission Capable + Safety. Without the discontinued components, that refurbishment stalls.

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The same parts are also needed to keep Bradleys already fighting in Ukraine on the road. The posting specifies that field servicing must proceed without delays caused by parts shortages—meaning the crisis affects both the pipeline into Ukraine and the fleet already there.

Potential contractors must demonstrate repair and technical validation capabilities, supply chain management, and the ability to quickly resume manufacturing of parts that no longer have a producer. The command requires a detailed transition plan with a timeline from contract signing to the delivery of the first restored vehicle.

The US also plans to involve the future contractor in training Ukrainian military mechanics. The contractor would develop courses, manuals, and provide specialized tools and equipment—including instruction on armored recovery vehicles.

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The 25-mm cannon, stops T-72s, if the turret still turns

The M2 Bradley carries infantry into combat and mounts a 25-mm M242 Bushmaster cannon that fires up to 500 rounds per minute and can defeat Russian light armored vehicles and the side and rear armor of main battle tanks. The US has supplied more than 200 Bradleys to Ukraine under the previous administration, with combat losses mounting across multiple frontline sectors.

Separately, the US Army presented XM30 infantry fighting vehicle candidates at the Michigan Defense Expo 2026—the program is eventually designed to replace the Bradley.

Estonia is investigating whether Russia was behind a suspected arson attack at a Tallinn building used by Milrem Robotics, Prime Minister Kristen Michal said on 18 August.

Officials have not released evidence yet connecting Moscow to the fire.

The fire hit a site used by a defense contractor that makes unmanned ground vehicles, including THeMIS vehicles used in Ukraine. The Estonian investigation into the Milrem fire comes amid suspected or confirmed arson plots against other European factories supplying Ukraine.

Estonian prosecutors said the fire, which began overnight into 15 August, may have been deliberately set. A resident reported suspicious activity nearby. Investigators identified suspects and asked a court to detain them. No one was injured, and Milrem CEO Kuldar Väärsi told the Estonian outlet Postimees that it was too early to assess the damage.

The company executive said the site was not an office building but declined to identify its contents or what was damaged, including whether unmanned ground vehicles were inside. The company has not said whether production or deliveries were affected.

Milrem’s THeMIS vehicles have operated in Ukraine since 2022. By 2023, the company had delivered 15 of the vehicles to Ukrainian forces and border guards. A Dutch-funded order for more than 150 additional vehicles followed in 2025. A new Dutch production line began making them in June 2026 and handed over its first vehicles for Ukraine.

Other factories supplying Ukraine have faced arson

In March, a fire damaged a Czech facility belonging to LPP Holding, which had supplied hundreds of AI-guided drones to Ukraine. Czech authorities investigated possible terrorism and later detained a fourth suspect.

In January, Lithuania charged six people over an attempt to burn a factory supplying radio-wave scanners to Ukraine. Investigators said Russia-based organizers with GRU links coordinated the operation and connected the network to attempted attacks elsewhere in Europe.

Estonia has traced earlier attacks to Russian intelligence

Estonia has also uncovered Russian-directed attacks on its own territory. In 2024, Estonia’s security service detained 10 people over a Russian-coordinated operation that included damaging cars belonging to then-Interior Minister Lauri Läänemets and a journalist and defacing monuments. Officials said the operation sought to spread fear and tension. Journalists from The Insider, Re:Baltica, and Delfi reported how the GRU recruited Baltic residents for vandalism and arson.

In 2025, an Estonian court found that a Moldovan national working for the GRU burned a supermarket as a trial run before firebombing a Ukrainian restaurant in Tallinn. His cousin filmed the second attack.

Those cases explain why investigators are examining a possible Russian role in the Milrem fire, but they do not establish who caused it.

Slovak company STV Machinery has produced the first two prototype hulls for the BMP-1 infantry fighting vehicle after a 36-year break in production. The plant in Dubnica nad Váhom began developing an updated design in 2024, and a contract with an unnamed foreign customer was signed in late 2025, with serial production scheduled for 2026 to 2027.

The Slovak outlet Future Army reported this on 15 August, citing STV Group's director of special projects, Pavel Beran. He said one prototype is being used to test final assembly and the integration of weapons systems, while the second is undergoing physical and stress testing. The company will not disclose the customer's identity, citing security and business-ethics considerations.

Ukraine has a substantial need for armoured vehicles. Its forces already use and modernise the BMP-1, and cooperation with Western manufacturers could help replenish the fleet faster. In 2024, for example, Ukraine and Germany's Rheinmetall agreed to produce the Lynx IFV and to expand defence cooperation.

The Slovak plant has returned to BMP-1 production

According to Militarnyi, the new hulls remain outwardly similar to the Soviet BMP-1 design but have been reworked to more modern requirements. STV Machinery revised the design to meet NATO standards for ergonomics and materials, and strengthened the armour using more modern materials.

Future vehicles will offer a choice of powerplant, with Western-made engines among the options. STV Machinery, the Slovak firm, will produce the hulls and other components, after which its Czech sister company STV Group will carry out full assembly and testing.

The exact size of the order is not yet known, though earlier reports suggested production could eventually reach up to 100 hulls a year.

The company has not named the customer. Defense Express suggested as early as December 2025 that it could be Ukraine. One scenario the outlet floated was the supply of hulls or turretless vehicles, which would allow other combat modules to be fitted.

Why Slovakia is building the BMP-1 again

The Dubnica nad Váhom plant previously built licensed versions of the BMP-1, known locally as the BVP-1. Serial production there ran until 1989, after which the plant went more than three decades without making new hulls for the vehicle. The site is the same, but the manufacturer is not: the original vehicles came off the ZŤS Dubnica nad Váhom line in the Czechoslovak era, while today's hulls are made by STV Machinery.

At the same time, the BMP-1 remains a vehicle of the 1960s. Even a modernised hull does not change the platform's fundamental limitations, particularly its level of protection. So if Ukraine really is behind the order, it is likely more a way to rapidly increase the number of armoured vehicles than a long-term replacement for modern Western IFVs, Defense Express noted in 2025.

Also Defense Express stressed that the customer's identity remains only speculation, adding that the buyer could turn out to be another country that operates or once operated the BMP-1, and that firmer detail will have to wait for the company.

Ukraine wrecked more Russian vehicles in July than in any month of the war. Ukraine's Defense Forces destroyed and disabled 13,998 units of automotive equipment, the most for the entire war, Ukraine's Defense Ministry reported on 12 August.

The record fits a month of intensifying attrition against Russian logistics and air defense. In July, the Defense Forces continued methodical work to weaken Russia's air-defense capabilities and logistics, and the vehicle figure, the war's highest, reflects a campaign hitting the trucks that move Russian ammunition, fuel, and troops to the front.

The vehicle losses target Russian logistics

The record vehicle toll strikes at how Russia sustains its offensive. Trucks and transport vehicles are the arteries that carry ammunition, fuel, and supplies to Russian forces, and destroying nearly 14,000 in a month, largely with drones, degrades the logistics that keep the assaults moving.

The figure marks a scale of vehicle destruction not seen before. That the highest monthly total of the war came in July matches the wider picture of that month, which was also Russia's deadliest for personnel in 2026, as Ukraine's drones reached deeper and hit more.

Air defense and armor were hit hard too

Ukraine also struck at the systems that protect Russian forces. Ukrainian troops hit 68 units of Russian air defense systems in July, chipping away at the shield that guards Russian positions and rear areas.

Armor losses were also heavy. Ukraine destroyed and disabled 162 tanks, including 28 in a single day on 22 July, along with 204 armored combat vehicles and 2,016 artillery systems.

The count is Ukraine's own

The figures are Ukraine's tally and cannot be independently verified. The Defense Ministry reports Russian losses without detailing Ukraine's own.

Meanwhile, July was Ukraine’s deadliest month for civilians since 2022 due to Russia's ballistic missile attacks and lack of Patriot interceptors from allies.

Ukraine is retiring a Soviet chemical-scout vehicle in favor of one it built itself. Ukraine's National Guard has received the first Ukrainian radiation and chemical reconnaissance vehicles on the armored Tisa chassis, replacing the outdated Soviet UAZ-469RKh, National Guard commander Oleksandr Pivnenko announced.

The vehicle is a step in Ukraine's shift from Soviet legacy equipment to its own modern designs. Developed to National Guard specifications for current battlefield conditions, the armored scout allows crews to survey and monitor contaminated zones without leaving the protected vehicle.

What the vehicle does

The vehicle carries radiation and chemical reconnaissance instruments, an automated system for collecting and processing information, a weather station, modern communications, and satellite navigation, all of which enable real-time data collection and transmission to assess a situation and make decisions faster.

The mission is early warning of invisible threats. The task of chemical, biological, radiological, and nuclear (CBRN) units is to detect radiation, chemical, and biological threats in time, determine the extent of contamination, and quickly pass the information to command.

"The safety of soldiers, the completion of combat tasks, and the protection of the civilian population depend on the speed and accuracy of this work," Pivnenko said.

The armored base is the upgrade

The Tisa chassis is what sets the new vehicle apart from its Soviet predecessor. The light-armored Tisa is built on the Toyota Land Cruiser 79 platform and meets the NATO STANAG 4569 protection standard, providing ballistic and mine protection that the open-topped UAZ never offered.

The vehicle is equipped for hard conditions. It carries night-vision systems and air ventilation and filtration systems, letting the crew work in contaminated or dangerous environments while staying protected. The filtration matters especially for a CBRN vehicle: it lets the crew operate inside a sealed, over-pressured cabin in exactly the toxic zones the vehicle is sent to scout.

Estonia will use part of a new European Union loan to arm Ukraine with drones, drawing on a loan worth up to €2.34 billion, according to ERR. The loan will also rebuild its own air defense and ammunition stocks, and all of it must be spent by 2030.

As Moscow continues its all-out war in Ukraine, the EU's northeast is rearming fast, bracing for a Russia that regional military chiefs expect to be combat-ready again within two years.

What the loan buys

Estonia signed the financing deal with the European Commission under SAFE (Security Action for Europe), a €150 billion EU program that raises money jointly on the markets and lends it to member states on cheap terms to fast-track defense spending, its finance ministry said.

A share of Estonia's up-to-€2.34 billion will go to Ukraine as drones. The rest strengthens air defense, buys military vehicles, and refills artillery shells and other ammunition. The credit runs 45 years, and every purchase and delivery must be finished by 2030. Estonia filed its final application in November 2025.

Why the loan helps

Borrowing through SAFE lets Estonia raise money on better terms than it could alone, because the EU issues debt at lower rates. The bloc raises the money jointly and splits it among members. Estonia will hold defense spending above 5% of GDP, and the loan eases the strain that puts on its budget.

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Estonia, a NATO and EU state of about 1.3 million people, shares a 294-kilometer border with Russia and treats Moscow's war on Ukraine as a direct threat to its own security. It has studied that war closely for years and is now racing to rebuild its air defenses and ammunition stocks.

Kadri Peters, a deputy secretary general at Estonia's Defense Ministry, said the fast-changing security situation in Europe demands stronger, quicker defense from the whole alliance. She said large-scale purchases ahead will directly affect Estonia's security and the wider region.

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In July, Estonia and the United States agreed to resume weapons deliveries in the coming months, after a pause tied to the war in Iran, with long-range ATACMS ballistic missiles the exception. In May, Washington had warned European allies of long delays as it drained its own stocks, mainly of HIMARS rocket ammunition and NASAMS air-defense missiles. The same shortages hit Ukraine the hardest: it currently struggles to shoot down Russian ballistic missiles for lack of US-made PAC-3 interceptors.

Estonia has been backing Kyiv since the beginning of Russia's full-scale invasion in 2022. It co-leads an IT coalition that has funneled over €1.4 billion into Ukraine's drone programs, and has moved to tap Kyiv's battlefield-tested drone technology for its own forces.