Footage from a recent Ukrainian strike on a Russian oil refinery captured an unidentified drone resembling the US F-117 Nighthawk stealth jet, though on a far smaller, drone-sized scale, according to RBC-Ukraine. Online observers suspect a new Ukrainian jet-powered strike drone, or a test of an allied foreign one, but no official body has confirmed what the aircraft is. If the guesses hold, Ukraine may be fielding a faster, longer-reaching class of weapon for hitting targets deep inside Russia.

Ukraine has spent the past year turning Russia's interior into contested space, sending long-range drones ever deeper toward the oil, defense, and logistics sites the Kremlin once treated as untouchable. Each new type that surfaces marks another step from short-range drones toward missile-like machines.

An unfamiliar silhouette over the refinery

The drone appeared during a 2 August Ukrainian drone strike on a refinery near Ufa, more than 1,300 kilometers from the Ukrainian border. The clip shows an aircraft shaped unlike most Ukrainian long-range drones, likely powered by a jet engine. The open-source monitoring channel Clash Report, which first shared the footage, believes it may be the Bravo drone or a modified version.

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What the Bravo could do, and why it would matter

If the aircraft is indeed a Triada Robotics product, the company describes Bravo as a single-use, jet-powered drone intended for long-range strike missions. According to the developer, its range exceeds 2,000 km (about 1,240 miles)—enough to reach much of the refinery and defense-industrial infrastructure Russia keeps far from the front lines.

Triada Robotics says the drone cruises at about 600 km/h and can accelerate to roughly 800 km/h (around 500 mph) during the final phase of flight. The company also lists a warhead weighing more than 100 kg (220 lb), a payload that could threaten facilities such as fuel depots or refineries.

The developer pitches it as a cheaper stand-in for a cruise missile—long-range reach at a fraction of the cost—so Ukraine could fly more strikes at distant targets.

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Why observers compare it to the F-117

The comparison rests on the drone's silhouette. Watchers noted its outline echoes the F-117 Nighthawk, the US jet built with radar-evading shaping. A similar shape, though, does not prove full stealth. Such geometry can also sharpen aerodynamics or dodge only certain radar types. Even so, the aircraft's identity stays unconfirmed, and its edge rests on the maker's claims rather than proven use.

A drone came down on a beach full of Russian holidaymakers, and the evidence points to Russia's own air defense bringing it there. On 3 August, drones attacked Krasnodar Krai, and one crashed onto a beach in Arkhipo-Osipovka near Gelendzhik, killing at least six people, three of them children, and injuring around 40, Krasnodar Governor Veniamin Kondratyev said.

Russian outlet Agentstvo and OSINT analysts assessed that the drone likely fell because of Russian air-defense fire rather than a direct hit, citing gunfire audible in footage before the drone dived and an abrupt change in its flight path.

The beach sits directly in front of the Rassvet resort, a facility of NPO Mashinostroyeniya, one of Russia's key missile-manufacturing enterprises.

The warning system did not sound

Survivors say they had no notice. Local residents and holidaymakers complained that no air-raid alert sounded at all, though warning systems are installed in the village, and the Russian channel Astra also noted that no alert was heard in the region during the attack, per the reports.

People on the beach were in the open, with little chance to take cover, even if they had been warned. The absence of a siren in a resort packed at the height of the summer season left sunbathers and swimmers with no warning that a drone was overhead and being fired at.

The target was a missile maker's resort

NPO Mashinostroyeniya develops cruise missiles for the Russian army, and its Rassvet recreation base was the apparent target roughly 300 meters from where the drone came down, the Supernova Telegram channel reported.

Ukraine strikes Russian military-industrial sites across the country, and a missile-development enterprise is a legitimate military target. What turned a strike near a defense plant into a mass-casualty event on a beach was, by the analysts' account, Russian air defense knocking the drone down over the crowd rather than away from it. Ukraine had not commented on the strike.

The dynamic is one Ukraine knows intimately in reverse

Russian air-defense missiles and the debris of intercepted drones regularly fall on Ukrainian cities, killing civilians, and Ukraine has long documented how interception over populated areas kills the people it is meant to protect.

July marked a break with the pattern of Russia’s long-range strike campaign. Russia launched fewer of the massive, complex salvos that defined 2024 and 2025—yet fired more missiles than in any month in years.

The shift is not only in volume but in method—from occasional shock-and-awe raids to a sustained, high-tempo campaign built to grind down Ukraine's air defense before winter.

In the last two large attacks, Ukraine downed two of 36 ballistic missiles—roughly one in twenty—for lack of Patriot interceptors.

A shift from shock-and-awe

There were fewer massive, complex strikes than usual. Ukraine faced only three large strike packages of 250 or more missiles and drones—below the usual monthly average of nearly five. More striking was the gap between the last two: 24 days, against a typical week.

Yet despite the smaller number of massive strike packages, July was Russia's heaviest missile month in years. Monthly totals vary widely, but Russia averages about 168 ballistic and cruise missiles against Ukraine per month. In July, it launched 376. So far in 2026, monthly launches are running 58% above the January-to-July total for last year, putting 2026 on course to exceed 2025’s full-year total.

And winter is approaching.

With attacks spread across many nights, Ukraine never gets the pause it needs to repair damaged infrastructure or rest its air-defense crews, and every night burns interceptors it cannot easily replace. The campaign wears down the whole system rather than any single target.

Kyiv has increasingly become the main target, but Russian strikes hit a wide swathe of Ukraine’s deep rear, driving up civilian casualties. In its largest attacks, Russia now fires from several directions at once, with a rising share of ballistic missiles.

Ballistic missiles

The surge in ballistic missile launches was one of July’s defining features. Russia is producing far more ballistic missiles than at the start of the full-scale invasion, and output has continued to rise through 2025 and into 2026. In July, a third of all missiles—126—were ballistic.

The Patriot remains Ukraine’s principal defense against ballistic missiles, and interceptor stocks are extremely limited. Ballistic missiles give far shorter warning times than cruise missiles, and their success rate is far higher. In the last two large attacks, Russia launched 36 Iskander-M/KN-23 and S-300/400 ballistic missiles. Ukraine downed two of the 36—roughly one in twenty—for lack of Patriot interceptors.

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Ukraine is proposing an alternative to Patriot resupply, which the US war with Iran has sharply depleted. President Zelenskyy has asked Trump to secure Elon Musk’s permission for Ukraine to use Starlink to guide drone strikes against ballistic launchers on Russian territory—destroying them before they can fire.

The Atlantic quoted Denys Shtilerman, co-founder of the Ukrainian defense company Fire Point, arguing that Starlink-guided drones could neutralize Russia’s missile threat more effectively than interceptors: “Instead of shooting down the arrows, we would strike the archers.”

A policy shift is unlikely. Starlink is currently geofenced to Ukraine, including occupied Crimea and other oblasts. Musk has defended that restriction and said he will not let the network guide deep strikes into Russia, citing the risk of direct escalation.

Air-launched cruise missiles

July brought another anomaly: Kh-59/Kh-69 use jumped several-fold. In 2025, Russia fired 113 of these air-launched cruise missiles. In July alone, it launched 62—more than half of last year’s total in a single month.

The jump likely reflects several converging developments rather than a single cause. Serial production, particularly of the Kh-69, is maturing, while Russia is making wider use of tactical aircraft, including Su-34s, Su-35s, and possibly Su-57s.

The Kh-69 also offers better survivability than older tactical missiles and a more cost-effective precision weapon than strategic cruise missiles. Russia is increasingly integrating it into complex strike packages designed to saturate Ukrainian air defenses.

The Kh-69 has become Russia’s preferred tactical air-launched precision weapon—filling, in the tactical domain, the role the Kh-101 plays in the strategic one. If the trend holds, it will account for a growing share of Russia’s non-ballistic strikes through the rest of 2026.

Several recent barrages combined Iskander-M ballistic missiles, Kh-101 and Kh-59/69 cruise missiles, and Shahed drones—maximizing the complexity of the air defense problem.

Long-range drones

Long-range strike drone numbers fell. By the Ukrainian Air Force’s daily reports, Ukraine faced 4,951 strike drones—Shahed-type, Gerbera, Italmas, and “Banderol” loitering munitions. Apart from January, that is the lowest monthly figure since August 2025. Yet the interception rate was the third-lowest this year, at 86.6%.

The falling kill rate owes partly to the spread of jet-propelled drones. Russia first fielded jet-powered Shahed-type drones in early June 2025; by mid-2026, they had gone from an occasional tactic to a persistent threat, flying at 370 to more than 500 km/h—beyond the reach of many Ukrainian interceptors. Jet engines now power an estimated 15% to 20% of Russia’s active Shahed arsenal.

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Russia is already making up to 500 jet-powered Geran-4 and Geran-5 drones a month, with mass production of the Geran-3 expected in the second half of the year. The stated goal, according to Ukrainian intelligence, is to raise jet-powered drones to half of the total Shahed fleet—a shift that could blunt Ukraine’s interceptor-drone defense and tip the balance back toward Russia.

Cheap propeller-driven Shaheds and Gerbera decoys still pound frontline positions and border-area fuel depots, while Russia conserves its jet-propelled drones for high-value targets deep in the Ukrainian rear. Russia plans to build 60,000 long-range strike drones and another 50,000 decoys this year.

Although July’s drone numbers were the lowest since August 2025, the low interception rate meant that only January and April saw more drones reach their targets.

Implications

Air-defense depletion is becoming a primary objective. Russia is exploiting both the global shortage of Patriot interceptors and the gaps in Ukraine’s drone defenses to escalate its war of attrition.

The campaign aims less at destroying individual targets than at degrading Ukraine’s integrated air defense. Every attack forces a choice: defend Kyiv, the western logistics hubs, the frontline cities, or the energy grid—or hold interceptors in reserve. That dilemma sharpens when attacks come almost nightly rather than once a week.

Taken together, July 2026 suggests Russia is shifting from episodic mass strikes to a persistent, high-tempo campaign. Its key features:

• More long-range drones and more capable missiles in production.
• Higher overall missile expenditure, despite fewer record-sized barrages.
• Greater reliance on ballistic missiles, which are hardest to intercept.
• Expanded use of Kh-59/69 tactical cruise missiles, enabled by tactical aviation.
• More diverse strike packages, complicating Ukrainian air-defense planning.
• A sustained effort to wear down Ukrainian interceptor inventories and command systems, rather than relying on spectacular one-night attacks.

If the trend continues, Russia may sustain frequent small-to-medium mixed packages through the rest of 2026, rather than returning to the fewer but exceptionally large “record” attacks of 2024 and 2025.

Russia is capitalizing on the US and Europe’s inability to produce enough interceptors for the Patriot and SAMP/T systems—a shortfall July has thrown into sharp relief.

Ukrainian destruction and suffering will mount as the war of attrition grinds on. And Europe stands badly unprepared for a military confrontation with Russia. In principle, a Patriot battery with no interceptors left to fire is scarcely better than no battery at all.

Hans Petter Midttun

Hans Petter Midttun, independent analyst on hybrid warfare, Non-Resident Fellow at the Centre for Defense Strategies, board member of the Ukrainian Institute for Security and Law of the Sea, former Defense Attaché of Norway to Ukraine, and officer (R) of the Norwegian Armed Forces. 

Editor's note. The opinions expressed in our Opinion section belong to their authors. Euromaidan Press' editorial team may or may not share them.

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Russia may be about to fire its Banderol cruise missiles from the ground, and that could change the warning Ukraine has. Photos of a new Russian ground launcher for the S8000 "Banderol" cruise missile have appeared online, and Russia reportedly presented the launcher to Russian ruler Vladimir Putin at a closed exhibition in 2025, the Ukrainian defense outlet Defense Express reported.

Until now, the only confirmed launch platform for the Banderol was the Orion strike-and-reconnaissance drone, and no ground launcher for the missile had appeared online. That mattered for Ukraine's defense: the Orion is rare, with only nine confirmed losses throughout the war, and it has to be flown in first, where Ukraine can spot it in advance.

A ground launcher removes that warning. The Banderol is a fast, cheap jet-powered cruise missile that flies up to 500 km at 500 to 560 km/h with a 114.3-kg warhead, and Russia has used it in its largest combined strikes on Kyiv. The threat is that ground launchers let Russia fire Banderols without the Orion's telltale takeoff, and can be assembled in large numbers for mass attacks.

The launcher strips away the time Ukraine had to react

The second danger is volume. A single Orion can carry only one Banderol, but ground launchers can be built in dozens and used for mass attacks. That turns a missile previously limited by its scarce drone carrier into one Russia could salvo, the same shift from trickle to swarm that has made Shaheds so hard to stop.

The launcher may still be in testing, the analysts cautioned, and Russia may be trying to conceal its use. But the fact that Russia has ground launchers at all is the threat, because it changes how and how many Banderols can reach Ukraine.

The tradeoff is the range for surprise

Ground launch is not free for Russia either. Fired from a launcher on the ground, the Banderol will have a shorter range than when dropped from an Orion already at altitude and speed. Even with a booster, the missile has to accelerate and climb to its cruising height on its own, spending the energy an air launch provides for free.

The launcher's design reflects that. Judging by its construction, the missile rail can be lowered to a horizontal position, and, given its small size, the launcher could theoretically be mounted on trailers or other mobile platforms. A small solid-fuel booster is probably used to get the missile off the ground. That mobility is its own threat: a trailer-mounted launcher can hide, move, and fire from unexpected locations, trading the Banderol's maximum range for the surprise of a ground launch close to the border.

Ukrainian intelligence has mapped its 30-company foreign component supply chain, down to a Chinese jet engine available on AliExpress, and President's adviser Serhii "Flash" Beskrestnov, who first identified the missile, has called it "nothing outstanding, a budget cruise missile with a small warhead."

Romania is learning what an expensive way this is to shoot down a cheap drone. The Romanian military spent approximately €1.5 million downing three drones that violated the country's airspace over three days, the Romanian outlet Digi24 reported.

The cost is almost all in the missiles. Most of the spending was on AIM-9X missiles fired from F-16 fighters, which cost about $400,000 each.

Three drones were downed with three missiles, for roughly $1.2 million, and adding the flight hours and aircraft maintenance brings the total for the three operations to about $1.75 million.

Those three shootdowns are the ones Romania carried out on 24, 25, and 26 July, when, for the first time, Romanian jets fired on drones violating its airspace rather than merely escorting them. Romania's Defense Ministry is now searching for more economical solutions.

This is the cost problem Ukraine already solved

Romania is meeting the exact economic trap that has defined air defense in the war next door. A Russian Shahed or Geran drone costs on the order of $10,000 to $50,000. A Western air-to-air missile that downs one costs many times that, and Romania has just spent an F-16 missile worth $400,000 on each of three drones.

Ukraine spent two years fighting its way out of that trap. It drove the cost-per-intercept down by scaling interceptor drones that kill Shaheds for a few thousand dollars each, standing up machine-gun fire groups, and reviving cheap guns, precisely because using a million-dollar missile against a $20,000 drone is a trade that bankrupts the defender long before it bankrupts the attacker.

Digi24 suggested Romania could intercept drones more cheaply with helicopters, using their onboard machine guns instead of missiles, one of the same low-cost methods Ukraine reached for.

The drones keep coming because the war is next door

The three-day run of incursions is not an anomaly but the spillover of Russia's air war on Ukraine. Romania shares a 650-kilometer border with Ukraine, and Russian strike drones aimed at Ukrainian ports on the Danube regularly stray or push into Romanian airspace, having crossed into NATO territory dozens of times during the war.

On 29 May, a Russian Geran-2 hit a residential building in Galați on 29 May, injuring people inside a NATO and EU member state, which is part of why Romania shifted from escorting strays to shooting them down.

The Ukrainian navy's tiny fleet of donated Westland Sea King helicopters appears to have a new mission: hunting Russian Geran drones.

Aviation reporter H.I. Sutton was the first to note the new mission, when he spotted a specially equipped Sea King on the ground at the Farnborough Air Show in the United Kingdom this week.

The 1970s-vintage Sea King had new equipment: an under-fuselage railing for small interceptor drones. Ukrainian forces use the inexpensive interceptors to chase down and take down Russia's Geran one-way attack drones. Some of the remote-controlled interceptors feature A.I.-assisted targeting and pack tiny explosive charges. Others are strictly manually controlled and knock down their targets through the sheer force of impact.

Regardless of the details of their designs, interceptors costing just a few thousand dollars apiece have helped Ukrainian air defenders blunt the impact of the thousands of Gerans, drones modeled after Iranian-made Shaheds, that Russia launches at Ukrainian cities every month. Air defenders typically take out around 90% of incoming Gerans.

But interceptor drones come with limitations. They're powered by batteries that exhaust themselves after just a few minutes of flight. And they are prone to being blinded by bad weather and low clouds. To prolong the interceptors' flights and get them above the rain and clouds, Ukrainian forces have begun using manned aircraft to loft the interceptors into the air before launching them.

The Sea King, it seems, is Ukraine's latest interceptor drone carrier. While the helicopter Sutton spotted at Farnborough was unmarked, it's likely one of six Sea Kings Germany has donated to the Ukrainian war effort. The United Kingdom previously donated three surplus Sea Kings to Ukraine. The Ukrainian navy's sole helicopter unit, the 10th Naval Aviation Brigade, reportedly operates the Ukrainian Sea Kings.

Before now, it seems the Ukrainian Sea Kings strictly flew coastal search and rescue flights in support of Ukrainian ground and naval forces. But there's an obvious need for more air defenses over the Ukrainian coast. Sea Kings hauling interceptor drones under their bellies, and the drones' operators in their cabins, could be just the thing.

Geran killer

The threat: A.I.-assisted Geran drones. Shortly after Ukrainian drone forces began targeting the tankers, dry cargo ships and auxiliaries belonging to the unregistered "shadow fleet," Russian forces retaliated, launching cruise missiles and Gerans at grain ships and infrastructure in Odesa and other ports in southern Ukraine. Over weeks of near-daily port strikes, Russian missiles and drones have repeatedly hit grain carriers and terminals; the deadliest, a cruise-missile strike on the bulk carrier Golden Leo on 19 July, killed 10 of its crew.

An interceptor drone flying around 350 km/h is too slow to hit a cruise missile flying 900 km/h, but all but the fastest jet-powered Gerans are within the targeting envelope of all but the slowest interceptor drones. The problem, of course, is battery life and weather. To stand the greatest chance of hitting the most Gerans, the interceptors should launch from around a thousand meters in the air.

The Sea King is an old helicopter. But it's also reliable, cheap to operate and capacious. A solid platform for drone launches.

And it's part of a widening trend. This spring, Ukrainian forces armed an Antonov An-28 light turboprop transport with interceptor drones, complementing the An-28's existing side-firing gun and giving the lumbering transport great reach during its drone hunts.

As a drone platform, the An-28 apparently works. Well enough, in fact, that Russian forces have copied the concept. A recent video depicts two old Russian warplanes getting the fittings for aerial interceptor drone launch: a Yakovlev Yak-52 turboprop trainer and an Antonov An-2 piston-powered transport.

Like the Ukrainians do, the Russians hang drones under the planes' wings and seat the drones' operators inside the cabin or cockpit. All aerial drone platforms require add-on radios and antennae to connect the seated operators to their interceptors so that the operators can see what the drones see, and steer them to a hit.

If the Sea Kings also work well as drone platforms (and there's no reason they shouldn't), the Ukrainians may well extend the concept to other airframes. Any helicopter, transport or trainer with a reasonable payload and some space in the cabin or cockpit is eligible.

The Sea King is the latest Ukrainian drone hunter, but it's probably not the last.

Russia has connected two of its drones that could not talk to each other before. Ukraine has documented a case in which Russia controlled "Molniya" drones via "Gerbera" relay drones over a MESH network, which was previously impossible due to a licensing restriction, presidential adviser on defense technology development Serhii "Flash" Beskrestnov said.

That MESH network is the technology Russia now relies on for its entire drone-control system. In it, radio modems on the drones connect to one another in the air, each relaying to the next, so that if one drone drops out, the signal routes around it through another, Beskrestnov explained.

Same Chinese manufacturer produces these drones 

Even if 80% of the drones are destroyed, the rest can still relay. The network lets operators inside Russia steer drones over Ukraine from hundreds of kilometers away, and it is what makes the online-controlled Shahed a hard air-defense problem Ukraine faces.

The new development is that two previously separate drones have joined the same mesh. The MESH modems on the Molniya and the Shahed-family Gerbera come from the same Chinese manufacturer and operate on the same frequency band, Beskrestnov said, but until now they were not compatible with each other due to a licensing restriction.

"Today we have the first case of controlling Molniyas through a Gerbera," he said.

Flash says fix is simple: kill Gerbera

Beskrestnov called the change expected and told Ukraine's air defenders how to answer it. He asked everyone to note the fact, because the scheme will probably spread.

"If anything, we drop the Gerbera, and the Molniyas fall on their own," he said.

The logic is the relay chain's own weakness: if the Gerbera is the node passing control to the Molniyas, destroying that relay severs the Molniyas from their operators. A drone flying on a link that no longer exists loses its guidance.

That points at a target Ukraine already tracks. The Gerbera is a cheap foam decoy-and-reconnaissance drone Russia flies alongside Shaheds to draw fire, scout air defenses, and, increasingly, carry the mesh modems that relay control to other drones. Turning it into a control node for Molniyas makes it more valuable to Russia and more worth shooting down for Ukraine.

Ukraine's An-196 "Liutyi"—the long-range drone behind hundreds of strikes on Russian oil refineries—appeared at the Farnborough International Airshow in the United Kingdom armed with four small air-to-surface missiles, Oboronka reported. The configuration marks a departure from the drone's defining role. Until now, the Liutyi has been a one-way weapon: it flies into its target and is destroyed on impact. Armed with launchable munitions, the same airframe becomes something else—a platform that launches weapons and returns.

What changed on the airframe

The Liutyi is a propeller-driven, satellite-guided drone with a claimed range of about 2,000 km, carrying a 50-to-75 kg warhead and using inertial navigation with satellite correction. In its standard form, it is a flying bomb—Ukraine has used it to hit refineries as deep as 1,700 km inside Russia, near the Urals, and Germany is financing 500 more at roughly $100 million.

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The Farnborough version carries four compact air-to-surface missiles under its wings. That transforms the payload logic entirely: instead of delivering a single warhead to a single target and ceasing to exist, the drone can engage multiple targets at a distance and preserve its airframe. For a weapon Ukraine builds in volume, reusability multiplies the value of every unit produced.

Why show it at Farnborough

Farnborough is one of the two largest arms and aerospace trade fairs in the world, alongside the Paris Air Show. Displaying an armed, reusable Liutyi is a commercial statement as much as a military one.

Ukraine's defense industry has spent 2026 moving from wartime improvisation toward export positioning —presenting naval drones, interceptors, and strike systems at international expos in Paris, Kyiv, and now the UK. A drone with a combat record measured in hundreds of deep strikes on Russian territory is, for a foreign buyer, a rare thing: a system proven in the most demanding air-defense environment on earth.

Engineers from the diving detachment of the National Guard's "Omega" Special Purpose Center have developed their own uncrewed surface vessel in partnership with a Ukrainian IT company, Ukraine's Interior Ministry announced on 19 July. The drone is built for combat missions in southern Ukraine and serves as a platform for First-person view (FPV) drones, carrying them closer to targets before they strike. The developers plan to adapt it for intercepting aerial targets to strengthen coastal defense.

A frontline fighting unit designing and building a naval drone with a Ukrainian tech partner rather than through a centralized procurement process is the pattern that increasingly defines Ukraine's war: the people using the weapons are now making them.

Carrying the drones, then killing them

The Omega commander, call sign "Krava," said the vessel works as a delivery platform: it brings FPV drones close to the target, and the drones destroy the enemy. Photos released by the Interior Ministry show the drone equipped with a Japanese Suzuki engine and a satellite communication terminal.

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The unit's stated next step—adapting the platform to intercept aerial targets—would place it inside the fastest-growing category of Ukrainian naval innovation. In April 2026, an uncrewed Ukrainian boat shot down a Russian Shahed drone with an interceptor launched from its deck—what Ukraine called a world first. Pushing air-defense capability offshore onto unmanned platforms means Russian drones launched from occupied Crimea face a threat layer over open water, before they reach Odesa and the coast.

Russia has likely turned a helicopter into a flying drone-jammer. Moscow has built a new complex on an Mi-8 helicopter, likely intended to counter drones, according to Militarnyi. The whole assessment of what it does and how is Militarnyi's analysis of photographs, not a confirmed Russian capability.

According to Militarnyi, the helicopter carries several panel antennas mounted at different angles to cover a 180-degree sector, with a likely mirror set on the other side of the aircraft for full coverage.

Each panel has only two cables running to it, which the reviewers suggest means the system operates in two channels simultaneously.

Militarnyi thinks it jams navigation, not control

The reviewers' central argument is about what the complex is not. It is unlikely to be aimed at radio-controlled drones near the front line, Militarnyi says, because it can only cover too narrow a band of frequencies for that.

Instead, their version is that it suppresses the satellite navigation of Ukraine's long-range strike drones, which fly on fixed frequencies.

If the navigation-jamming theory is right, each of the two cables might handle a separate antenna polarization, allowing the system to radiate interference in different polarizations and depend less on how a drone's navigation antenna is oriented in flight.

The cables might alternatively be split by frequency — one covering the L1 band (1.5 to 1.6 GHz), the other L2 or L5 (around 1.2 GHz) — so each panel could jam both main signals that multi-band drone receivers rely on.

Why a flying jammer, and why it might work

The one part of Militarnyi's reasoning that rests on a general principle rather than photo-reading concerns why Russia would put this in the air at all.

Long-range strike drones usually carry an inertial navigation system alongside their satellite receiver, Militarnyi notes.

But an inertial system is built to correct for drift only while a drone crosses a relatively small jamming zone, because the inertial unit accumulates its own error over time.

A jammer that can move — loitering in a helicopter along a drone's expected path — could hold a drone inside a suppression zone for longer than a fixed ground station could, forcing the inertial system to coast further and drift more.

On that logic, Militarnyi suggests Russia probably plans to use these helicopters much like the light-aircraft electronic-warfare platforms it already flies.

Ukraine's Security Service (SBU) struck two sanctioned Russian oil tankers with naval drones in the Black Sea, the SBU said. The vessels belong to the shadow fleet Moscow uses to sell crude around Western sanctions, and Russian aircraft tried and failed to stop the attack.

Two tankers, one sanctions-busting job

The SBU, working with the Navy, hit the ocean-going tankers Louise 1 and Banda — both under Ukrainian sanctions — with Mamai naval drones. 

Louise 1 had moved Russian crude through the G7 and EU embargo, loading at Baltic and Black Sea ports with its transponder switched off. In 2026 alone, it carried nearly 3 million tons of Russian Urals crude, the SBU said.

Banda had run Russian crude out of four ports: Ust-Luga, Kerch, Novorossiysk, and Nakhodka.

As the drones closed in, Russian aircraft fired machine guns and dropped bombs at them, without success, the SBU said. 

The service calls each shadow-fleet tanker a legitimate target and a working part of Russia's war machine. Every strike, it says, cuts the oil money paying for the invasion.

A week earlier, the SBU's Sea Baby drone hit the sanctioned tanker Blue in Ukraine's waters off occupied Yalta. Ukraine has spent 2026 turning cheap drones into kinetic sanctions on Russia's tanker fleet. Sea Baby drones have wrecked shadow-fleet tankers across the Black Sea since late 2025.

The air campaign running alongside it

The naval strikes run in parallel with an aerial-drone campaign by the Unmanned Systems Forces (SBS). On 16 July, SBS operators struck 11 more shadow-fleet vessels — five oil tankers, a gas carrier, three dry-cargo ships, and two tugs.

That brought the 6–16 July total to 147 vessels: 117 in the Sea of Azov and 30 in the Black Sea.

"The goal: paralysis of the logistics of oil, fuel, and cargo that bypasses sanctions," commander Robert "Madyar" Brovdi wrote. 

Russia wants to build four Banderol, a hybrid of a kamikaze drone and a cruise missile, a day. The production plan for this year is 120 Banderol a month, Ukrainian Defense Ministry adviser Serhii "Flash" Beskrestnov said on social media. By his estimate, the factory has not yet reached that rate.

The Banderol is generating an alarm disproportionate to its nature, according to the assessment of the man who flagged it in 2025. 

"Lately a lot has been written about the Banderol missile, though I talked about it more than a year ago," Beskrestnov wrote.

His verdict is that the missile is "nothing outstanding." A budget cruise missile with a small warhead."

It is made by the sanctioned Russian firm Kronshtadt, which was reported to be facing imminent bankruptcy in August 2025, with 40 lawsuits totaling $7.76 million filed against it in three months.

Banderol flies off drone that Ukraine keeps shooting down

The Banderol launches from air platforms. Right now, it is launched from the Orion drone, and launches from an Mi-8 helicopter have also been worked out, Beskrestnov said.

That launch method is a vulnerability. Big drones are too easy a target over the front, and in the enemy rear, whether it is an Orion or a Bayraktar, Beskrestnov said.

What missile actually does

The Banderol carries an OFBCh-150 warhead with 50 kg of explosive. Beskrestnov loosely compared its destructive capability to a Shahed.

It can fly up to 500 km, though Ukraine's Defense Forces have recorded strikes at a maximum of 300 km. It usually cruises at 400 to 2,000 meters and drops to 200 meters before impact. It maneuvers actively and needs just 2.5 km of space to turn around. It is guided by satellite navigation and is vulnerable to electronic warfare, but has a backup autonomous navigation system.

Russia's strike arsenal has been expanding as the Kremlin finds ways around sanctions, with the Banderol joining Kh-101, Kh-555, KAB glide bombs, and Shaheds in its combined attacks on Ukrainian cities.

A Russian drone killed a man driving his car in Kharkiv Oblast. The strike hit a Peugeot on the Zolochiv-Maksymivka road near the village of Berezivka in Bohodukhiv raion on the evening of 14 July, killing the 61-year-old driver, the Kharkiv Oblast Prosecutor's Office said on Telegram. The drone was preliminarily identified as a Molniya.

The precise hit on the moving car suggests that the Molniya was piloted in real-time.

In October 2025, a Russian Molniya drone hit a car in the Kupiansk district, wounding a 37-year-old volunteer, and an FPV drone killed two men in another car in the same raion two hours later. Both were classified as war crimes.

Molniya is cheap, common, and now flies itself

The Molniya is among the cheapest weapons in Russia's arsenal. It is a low-cost kamikaze drone built close to the front, reliable and ubiquitous. Russia launches up to ten a day on the Zaporizhzhia axis alone.

Ukraine shot down an AI-equipped Molniya over Zaporizhzhia for the first time on 9 July. The AI variant has no antenna, no operator link, and no emissions for a detector to catch, making electronic warfare useless against it. Ukraine's answer is kinetic interception. Defense Ministry adviser Serhii Beskrestnov has warned that a fiber-optic Molniya is already in testing, which would emit no radio signal at all.

Russia's terror documented

Ukraine's Prosecutor General's Office has documented over 11,000 Russian FPV attacks on civilians since 2024, with 2,010 recorded in the first four months of 2026 alone.

The road between Zolochiv and Maksymivka is a public road in a Ukrainian oblast. A man was driving home on it. 

Earlier, a Russian FPV drone killed a 57-year-old hospital worker walking along a road in the same oblast — the last resident of the border village of Tokarivka Druha.

Australia is testing a reconnaissance drone that Ukraine has hardened for combat use. The Australian Army tested the Vector AI reconnaissance drone during Southern Jackaroo exercises at the Townsville training ground in Queensland, Defense-Blog reports.

Quantum Systems produces roughly 80 Vector reconnaissance drones per month at its Ukrainian facility. Thousands of hours of combat flight in Ukraine helped adapt the platform to real battlefield threats such as electronic warfare and air defense. The version Australian troops tested at Townsville already reflects Ukrainian combat feedback rather than pure test-range design.

24/7 operator support for Ukrainian drone pilots from Australian office

Quantum Systems already provides 24/7 operator support for Ukrainian drone pilots from its Australian office. The Southern Jackaroo's appearance formalizes the direction of Ukraine-battle-tested drone technology into Australian military use.

Australian troops used the drone for deep reconnaissance, target detection, and data transmission for follow-up strikes by drones and artillery against simulated enemy positions.

Vector AI incorporates Ukraine's electronic-warfare lessons

The Vector platform has been operational in Ukraine since May 2022. Quantum Systems representative Oleksandr Bereshnyi said in October 2025 that Vector drones face constantly changing jamming conditions on the front. 

"What worked last week might not work next week," Bereshnyi said.

Quantum Systems has been integrating advanced electronic-warfare countermeasures into the Vector platform: CRPA antennas resistant to interference, edge-computing AI systems for navigation and target recognition, and enhanced data transmission channels. All the developments came in response to Ukrainian battlefield conditions.

Vector AI is a convertiplane with 2.8-meter wingspan

The Vector AI has a 2.8-meter wingspan and uses a convertiplane design. It takes off and lands vertically without a runway, then transitions to horizontal flight to cover long distances like a fixed-wing aircraft.

The drone uses AI-based data processing to create real-time terrain maps and independently detect and track objects.

Modern war is won by whoever creates, tests, and refines new weapons faster — not by whoever spends years at the design stage, Fire Point co-founder and chief designer Denys Shtilerman said in an interview with Liga. The man behind Ukraine's most prolific deep-strike weapons contrasted his company's battlefield iteration with Russia's Soviet-era design school. He also revealed that the Iskander missile's navigation systems trace back to Ukrainian specialists.

"Whoever experiments faster wins"

Modern war rewards a different rhythm of weapons development, Shtilerman argued. 

"Now whoever experiments faster wins. You made it, you watched — does it fly or not — and then you start testing it on the battlefield, improving it, improving it. It's an endless process," he said.

Many European countries adopt weapons once development formally ends, he added. Only combat shows whether a weapon actually meets the demands of modern war. Fire Point's own record follows that logic: the company spent a year of combat trials before its Flamingo cruise missile started landing on target, and its FP-1 drones went through months of fuel-versus-warhead refinement.

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Soviet habits in Russia's weapons school

Russia's engineering school has largely preserved the Soviet approach to weapons design, Shtilerman said. He pointed to the construction of the S-300 and S-400 air-defense systems, where he found no solutions that would simplify production.

"The fourth compartment, where the control fins are mounted — such a complex part. Why did they make it like that? Very many questions," the designer said.

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The company testing its answer on Russian soil

Fire Point supplies over half of Ukraine's deep-strike weapons, according to Ukraine's General Staff. Its FP-1 drones — including the extended-range variant that reached the Omsk refinery 2,500 kilometers away in Siberia — and FP-2 mid-range drones carry much of the nightly campaign against Russian refineries, depots, and occupied-territory infrastructure. The company says it produces 300 such drones daily.

The next stage is ballistic. Ukraine's ballistic missile will begin live testing on targets inside Russia in autumn 2026, Shtilerman said, naming Moscow among the first targets. The company is also developing an interceptor meant to bring the cost of stopping a ballistic missile below $1 million.

Ukrainian FP-1 strike drones set Russia's Syzran oil refinery burning on 12 July, and the damage to the facility may be the campaign's largest single result in months, Ukrainian OSINT analysts assessed. Analysis of footage shared by local residents points to hits on every primary crude processing unit at the Rosneft plant. The facility, some 800 km from the warzone, has burned many times before.

Fire before dawn

The attack came in the night and morning of 11–12 July, with footage of the strikes appearing from around 4:30 a.m., monitoring Telegram channels Supernova+ reported along with Exilenova+ and others. A large fire broke out on the refinery grounds and was still burning as of 7 a.m. Kyiv time, per local residents' photos and videos. OSINT channel Dnipro Osint assessed that the strike probably damaged the ELOU-AVT-5 installation, which provides up to 30% of the plant's primary processing. Russian news Telegram channel Astra confirmed through its own OSINT analysis that the fire burned on the Syzran refinery's territory. 

"100% of primary processing capacity"

OSINT channel Cyberboroshno went further, mapping the damage to three key units, coordinates included. The FP-1 drones hit the AVT-5 primary processing unit (2.6 million tons a year, 30% of primary capacity) and the AVT-6 unit (6.3 million tons, the remaining 70%). A third hit landed on the LCh-35/11-600 catalytic reformer, which makes essential gasoline components.

The hit on the reformer, the channel noted, was accidental. The video shared by Exilenova+ shows the unit's stack suddenly appearing in a drone's flight path, triggering an airburst of the warhead directly above the installation. The shrapnel cloud shredded the unit, which later footage shows on fire — an accident that worked in Ukraine's favor.

The sum, per Cyberboroshno: 100% of the plant's primary processing capacity damaged, a combined 8.9 million tons a year. With no crude distillation running, the analysts noted, the refinery produces nothing at all. By the volume of capacity hit, the channel called it possibly the biggest single result of recent months — larger than the strike on the AVT-11 unit at the Omsk refinery, estimated at 8.4 million tons at the time of that attack.

As the long-range drones targeted the refinery deep inside Russia, the medium-range UAVs hit more tankers in the Sea of Azov: 

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One Russian ship every 112 minutes for a week: Ukraine hits 14 more vessels as total tally nears 100

A plant that keeps burning

The refinery is a veteran target. Drones struck it on 21 May 2026, seriously damaging the AVT-6 unit — then responsible for over 70% of the plant's capacity — and forcing a prolonged full stop. Reuters reported on 25 May, citing sources, that the plant had suspended operations. An earlier attack came on 18 April, and drones hit the plant three times in August 2025 alone. The 21 May attack was already the 11th strike on Syzran.

Ukrainian drones hit 14 more Russian vessels — 10 tankers and four ferries — overnight on 12 July in the Sea of Azov, Unmanned Systems Forces (SBS) commander Robert "Madyar" Brovdi reported. The strikes cap a week in which Ukraine hit 90 ships serving Russia's continued occupation of Crimea and the fuel trade in the Black Sea region. Moscow, a week into the losses, has shown no visible attempt to defend its commercial shadow fleet.

One vessel every 112 minutes 

This morning, Brovdi wrote:

"14 vessels on the night of 12 July: 10 tankers and 4 ferries," the commander said, adding that this puts the week of 6–12 July at 90 units of Russia's shadow fleet hunted down by the "birds" of SBS. 

That works out to one Russian tanker, tug, dry cargo carrier, or special vessel struck every 112 minutes of the week. 

"Moscow will fall," the commander added.

His post carries video of the strikes:

Among the identifiable targets are the ferries Mariya, Yeysk, and Sky One — the latter hit in the port of occupied Kerch by pilots of the 413th Raid Regiment — plus an unnamed ferry used for transport across the Kerch Strait.

The SBS's live scoreboard currently shows 14 new strikes on Russian shipping. The tally can move in either direction during the day — up or down — as internal reports get verified. The total of Russian ships hit in July now stands at 91.

NASA FIRMS satellite data shows fires in the usual location — the anchorage north of occupied Kerch.

Small tankers, double duty

The shadow fleet tankers under attack are not blue-water, ocean-going ships. They are smaller—yet mostly also sanctioned—vessels built for Russia's internal waterways, sized to squeeze through the Volga-Don Canal. Russia has moved them en masse to the Azov and Black seas for two jobs: pumping export fuel at sea into ocean-going shadow-fleet tankers sailing with trackers switched off, and supplying occupied Crimea.

Damaging them en masse kills two birds with one stone. Each disabled tanker cuts the volume of Russian oil exports at the source and tightens the noose around the occupied peninsula. And beyond the material damage sits the sheer shame: shipping disabled in such quantities has not been seen since World War II.

Disable, don't sink

Madyar's videos show the method. Ukrainian drones consistently go for the ships' superstructure and bridge, or sometimes the propulsion section at the stern. The goal appears to be to render the vessels uncontrollable rather than send them under.

Sinking would demand more drones per ship — and would cause an ecological disaster in the shallow Sea of Azov. Moreover, the tugs that come to evacuate the ships-turned-barges become the next targets.

Russia can't fight back

About a week into the campaign against its shipping, Russia has shown no sign of trying to protect the vessels — no warplanes or helicopters, no navy ships, not even onboard firearms. Some ships display metal bars rigged in front of the bridge, a passive, improvised anti-drone screen that is useless against the powerful FP-1 and FP-2 strike drones. 

Moscow's only visible reaction has been retreat: it halted shipping through the Don-Azov canal and closed the Kerch Strait after the tanker strikes — pulling its disabled vessels off the water instead of defending them.

The pace shows why. Just the night before, the tally was staggering: "28 vessels of Russia's shadow fleet hunted down on the night of 11 July in the Azov Sea by the Birds of SBS," Madyar wrote yesterday: 

And the ships were only part of that night's work — the SBS also hit nine energy nodes in the occupied territories, the Saky thermal power plant, a training ground, a special communications node, and what the commander called an enemy lair in Horlivka, Donetsk Oblast.

Russia's new "Geran-4 Siker" Shahed variant uses machine-vision AI for targeting. The system enables the drone to autonomously recognize and track ground targets during the terminal phase of flight, thereby increasing targeting accuracy, according to UNIAN, citing Russian propaganda outlets.

The 300 km/h speed cited by Russian propaganda for the Siker variant is lower than HUR's 500 km/h max-speed assessment for the base Geran-4 and aligns more closely with cruise-speed estimates for the platform.

Even at 300 km/h, the Geran-4 Siker sits at the upper edge of Ukraine's cheap interceptor-drone speed envelope, and the machine-vision system adds a targeting capability that electronic-warfare countermeasures cannot easily defeat in the last seconds of flight.

Alabuga makes drones with 294 foreign components

The drone is produced in the Alabuga Special Economic Zone, the Republic of Tatarstan. This place is Russia's main Shahed factory.

The Alabuga Shahed contains 294 imported parts, including approximately 120 from China and Taiwan and 100 from the US, according to Ukrainian Presidential Envoy for Sanctions Policy Vladyslav Vlasiuk, cited by Euromaidan Press.

Jet-powered variants require additional foreign inputs, including turbojet engines and propellant systems, making them more expensive per unit and more sanctions-vulnerable to produce at scale.

Russia's transition from gasoline Shaheds to jet-Shaheds began in earnest in 2026. The Ukrainian interception rate on gasoline Shaheds reached 90 percent in June, per the Ministry of Defense. Russia has responded with jet-Shahed variants that outrun Ukraine's cheap interceptor fleet.

Ukraine's Bullet interceptor got chemical accelerator to catch jet-Shaheds

Ukrainian defense companies General Cherry and STRIX integrated a chemical accelerator into the Bullet counter-drone interceptor in June 2026, specifically to chase down jet-Shahed variants.

The chemical-energy booster addresses the speed gap that opened when Russia introduced jet-powered modifications of the Iranian-designed Shahed-136.

Ukraine has also fielded AI-driven autonomous interceptor drones. In June 2026, Ukrainian Defense Forces tested the combat use of an AI-driven autonomous drone interceptor against a Russian Shahed in Kharkiv Oblast, automating 95 percent of the engagement, from launch to destruction.

The AI-versus-AI dynamic on both sides of the drone war is now direct: Russia's Geran-4 Siker uses machine vision to find targets in the terminal phase. Ukraine's interceptor drones use AI to find and destroy the Geran-4 Siker.

Russia's FPV drone killed the last resident of Tokarivka Druha, a Kharkiv Oblast border village. The 57-year-old woman was walking along the road between the villages of Prudianka and Tsupivka when a Russian FPV drone struck her, Vyacheslav Zadorenko, head of the Derhachi City Military Administration, said. She had multiple shrapnel wounds and died in the hospital despite medics' efforts.

She worked at Derhachi Central Hospital.

Ukraine's Prosecutor General's Office has documented over 11,000 Russian FPV-drone attacks on civilians since 2024, with 2,010 recorded in just the first four months of 2026. The current pace will make 2026 exceed 2025's full-year total.

The UN Independent International Commission of Inquiry ruled in May 2025 that Russia's drone hunting of Ukrainian civilians constitutes a crime against humanity, and extended that finding in fall 2025 across more than 300 kilometers of Kherson, Dnipropetrovsk, and Mykolaiv oblasts. Investigators traced the command chain up to the Kremlin.

Kharkiv border zone has been depopulating for months

Kharkiv Oblast border zones are being systematically depopulated. Derhachi is a city in Kharkiv Oblast about 15 kilometers north of Kharkiv. Villages within the 10-kilometer strip along the Russian border have been targeted by artillery, guided bombs, and increasingly FPV drones. Tokarivka Druha now has zero residents.

Ukrainian prosecutors have classified the FPV-drone attacks on civilians as war crimes under international humanitarian law.

Zadorenko named her workplace and the empty village

"The deceased was a worker at Derhachi Central Hospital and the last and only remaining resident of the village of Tokarivka Druha, located in the 10-kilometer border zone. Sincere condolences to the family, loved ones, and colleagues of the deceased," Zadorenko wrote.

A Ukrainian defense technology company has unveiled an integrated counter-drone architecture featuring an automated "mini air defense" system designed to intercept FPV drones and an AI-enabled interceptor capable of autonomously targeting Russian reconnaissance UAVs, RBK-Ukraine reports.

Ukraine has rapidly expanded development of domestic drone and counter-drone technologies as both sides increasingly rely on unmanned systems across the battlefield, with FPV drones and reconnaissance UAVs becoming central to frontline operations.

The new systems were presented during a closed Demo Day field demonstration organized by Ukrainian company Contra Drone, where the company showcased more than 20 counter-UAV technologies intended to protect troops, vehicles, and critical infrastructure.

Automated "mini air defense" for FPV drones

According to RBK-Ukraine, the centerpiece of the presentation was the Mini Air Defense System (MADS), an automated platform designed to detect, track, and destroy small aerial targets, including FPV drones, quadcopters, and fixed-wing UAVs.

The company said the system can engage targets flying at speeds of up to 300 km/h at ranges and altitudes of up to one kilometer without operator intervention. Interceptor missiles can reportedly be fitted with fragmentation, thermobaric, or net warheads depending on the mission.

Contra Drone also demonstrated several supporting detection systems, including the SPECTRE electronic intelligence complex, SENSE-3 and SENSE-4 FPV drone detectors, and the CD-T15 radar, which the company says can simultaneously track more than 300 aerial objects at distances of up to 22 kilometers.

Electronic warfare for troops and vehicles

The demonstration also featured electronic warfare systems intended to protect soldiers operating near the front line.

Among them was D-JACK, which the company says automatically detects enemy FPV drone controllers using the ELRS communication protocol and applies targeted electronic jamming. Developers also presented the Anti-FPV Backpack 3, a wearable electronic warfare system designed to create a protective electronic "bubble" around moving personnel.

For vehicles and infrastructure, Contra Drone showcased both mobile and fixed electronic warfare systems, including the Contra-drone 8 Ultra, which reportedly suppresses a broad range of digital and analog drone communication channels while on the move.

AI-powered interceptor drone

The company also introduced Peace Duck, a high-speed autonomous interceptor drone equipped with artificial intelligence.

According to Contra Drone, the drone can independently complete the final phase of an interception without operator input, targeting Russian reconnaissance UAVs such as the Orlan and ZALA.

The demonstration also included Yell Duck FPV strike drones, Blackwing and Black Goose fixed-wing UAVs designed to operate in GPS-denied environments, and the Nyvexa unmanned ground platform for logistics and electronic warfare missions.

Ukraine has authorized the export of fully assembled combat drones for the first time, and the first shipment has gone to the United States. The State Service for Export Control issued the permit on 1 July for a batch of F10 strike drones built by the Ukrainian manufacturer F-Drones for the US military, Interfax-Ukraine reported.

"The permit is working — the drones have already crossed the state border," a company representative said.

The Ukrainian defense outlet Defender Media first broke the story.

The shipment inverts the arrangement that has defined Russia's war on Ukraine: for more than four years the West armed Ukraine, and Ukrainian law required defense firms to send their entire output to the front. Now a Ukrainian company is supplying combat-tested strike drones to the Pentagon — and it did so while the government-to-government drone deal Kyiv wants with Washington remains stuck. What made the F10 sellable is what US industry lacks: a cheap attack drone proven against Russian armor and built without Chinese components, which disqualify most commercial quadcopters from US military use.

A first for Ukraine's export controls

F-Drones says this is the first time Kyiv has cleared finished Ukrainian-made drones for export rather than individual technologies or components. The company completed the approval through the existing interagency export-control process, and — it noted — secured the permit before new government rules simplifying military exports took effect. The state arms trader SpetsTechnoExport handled the procedure.

How the F10 reached the Pentagon

The F10 is an FPV strike quadcopter carrying an explosive warhead, developed and refined under fire since F-Drones was founded in 2023. Its contract runs through the US Department of Defense's Drone Dominance program, a roughly $1 billion effort to buy more than 200,000 low-cost attack drones by 2027. At the program's first trials — Gauntlet I, held at Fort Benning, Georgia, in early 2026 — the F10 scored 72.9 out of 100, placing sixth among 25 vendors and landing among 11 winners with a prototype order for 2,000 drones, Defender Media reported. The company's US arm, Ukrainian Defense Drones, announced on 29 June that it will build its first American factory in Holland, Ohio, an $18.4 million plant expected to create at least 300 jobs. A second Drone Dominance phase opens in August, with 48 companies competing for orders of 60,000 drones.

Ukraine opens the door to arms exports

The permit landed as Ukraine formally opened defense-technology exports to partner countries. Under the framework announced by the Defense Ministry on 1 July, states with intergovernmental "Drone Deal" agreements can buy directly from Ukrainian producers; the Foreign Ministry sets the list of eligible countries, and the Defense Ministry the list of critical items barred from sale. Producers may apply to export arms worth 15 million hryvnia (about $360,000) or more, with intellectual-property rights retained in Ukraine and re-export allowed only with Kyiv's written consent. Where products made with Ukrainian technology are exported onward, 20% of their value goes to the state budget. F-Drones chief executive Stas Khutor framed exports not as diverting from the front but as a way to scale production and strengthen the military. The ministry says the armed forces' needs stay the priority: a firm can export only if it can guarantee its state contract and its export order at the same time.

Russia is enlarging launch pads at the occupied Donetsk International Airport for its jet-powered Geran-3 drones. Satellite imagery analyzed by the Telegram channel "Strategic Aviation" shows that the size of standard launch pads has increased to accommodate Geran-3 launches, and new access roads were added to the Geran/Gerbera drone warehouse in June.

The construction extends Russia's ongoing conversion of the occupied airport into a full drone launch and storage complex, following the satellite-confirmed initial conversion that began in mid-2025.

Donetsk Airport and Russia's Tsymbulova training ground in Oryol Oblast are the only two known launch sites for Russia's jet-powered Geran-3 and Geran-4 drones.

Ukraine's 1st Separate Unmanned Systems Center claimed in June 2026 that sustained drone strikes had brought the airport under "fire control" and rendered it unusable for Russian operations. The new satellite analysis indicates that Russia continues to make industrial-scale investments there regardless of the operation.

New Geran-3 launch pads, warehouse access roads, second storage building

The Strategic Aviation analysis flagged three specific developments visible in satellite imagery as of 29 June 2026:

1. The enlargement of standard launch pads to accommodate the larger Geran-3 airframe,
2. The completion in June of several access roads leading to the Geran/Gerbera drone warehouse,
3. The likely start of construction on a second warehouse in the central airport section, per the channel.

The Geran-3 uses a turbojet engine and cruises at 300-370 km/h with a range of up to 1,000 km. Its increased size requires launch installations larger than those used for the original gasoline-powered Geran-2.

Russia completed preparations for mass production of the Geran-4 by January 2026, with test launches from the Primorsk drone airport in Oryol Oblast and from Donetsk Airport. 

From the "Cyborg" stand to a Russian drone base

Donetsk Airport was the site of one of the most iconic Ukrainian defensive stands of the war — the 242-day "Cyborg" defense of 2014-2015, when Ukrainian forces held the airport's terminal buildings against Russian-led forces. Russia captured the site in early 2015 and has held it since.

Until 2024, the airport lay effectively at the line of contact, preventing large-scale Russian construction. As the front moved westward in 2024, Russia gained enough rear-area depth to begin converting the site into a drone launch base.

Ukraine has unveiled a $2,000 interceptor drone capable of hunting Russian unmanned aerial vehicles on its own. The ZIRKA drone integrates automatic target detection, tracking, and terminal guidance, defense outlet Militarnyi reports.

The claim of a $2,000 fully-automated interceptor places ZIRKA at the price floor of the current Ukrainian interceptor market.

Auto-detection, tracking, terminal guidance at 340 km/h

ZIRKA integrates three automation layers: automatic target detection, tracking, and terminal guidance onto the target. That combination — detection through terminal-phase homing at the claimed price — is what NOCTIS and Vyriy Industries cite as the basis for the "lowest cost in class" claim among similar systems with equivalent automation.

The drone's 340 km/h speed places it in the same performance class as Germany-funded STRILA (355 km/h.

That speed is sufficient against standard Iranian-designed Shahed-136 attack drones. But it is below the burst speed of Russia's newer jet-propelled Shahed variants, which cruise at 300–350 km/h and can burst to 500–600 km/h.

NOCTIS as developer, Vyriy Industries as scaling partner

NOCTIS handles ZIRKA's interception technology, software, and automation. At the same time, Vyriy Industries provides investment support and a manufacturing partnership to scale.

The engineering team drew on combat experience from the Darknode anti-Shahed battalion, a sub-unit of the 412th Nemesis Unmanned Systems Brigade.

Ukraine's interceptor market: 40,000 delivered in January alone

Ukraine's Ministry of Defense took delivery of approximately 40,000 interceptor drones in January 2026 alone, and Zelenskyy has said Ukraine could scale to 2,000 per day with sufficient funding. 

Ukrainian interceptor prices have been dropping across the market as production has scaled. Skyfall's P1-Sun destroyed more than 3,000 Shaheds at roughly $3,000 per unit in the first half of 2026. Wild Hornets' Sting interceptor became the first drone control system approved to NATO standards in Ukraine in June 2026, with the platform having destroyed more than 600 aerial targets. 

Japan is stepping up drone cooperation with Ukraine to develop its own unmanned forces from Kyiv's wartime experience, and the two are building a joint drone cluster, the South China Morning Post reported. The centerpiece is a planned Japan-Ukraine Drone Cluster linking the two countries' industries. The drones are meant for Japan's defense against Russia and China, not for Ukraine.

Inside the cluster

The proposed cluster would unite Japanese manufacturers with Ukrainian defense firms, research centers, universities, and technology companies, the South China Morning Post says. Japanese companies are also working with European partners on anti-submarine drones.

Masayuki Masuda, who heads Chinese studies at Japan's National Institute for Defense Studies, the Defense Ministry's think tank, said the world has watched warfare change since Russia's invasion, and that drones will carry "much of the fighting on the future battlefield." He credited Ukraine's strong performance largely to drones.

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Masuda argued that quantity now matters as much as quality. Japan's many small firms, he said, could quickly turn out cheap drones in the numbers a war might demand.

A defense turn

The cooperation is part of a wider overhaul of Japan's defense policy. In May, Tokyo sent Self-Defense Force officers to NATO's mission headquarters in Germany for the first time—to a facility that coordinates weapons deliveries and training for Ukraine. Japan also joined the Prioritized Ukraine Requirements List (PURL), the program through which allies fund US weapons for Ukraine, including Patriots. Japan, however, pledged funds only for buying non-lethal equipment from the US.

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The drive is not only about Russia's war. It is also a response to China's growing military activity, with Tokyo tracking Chinese drones near the disputed Senkaku Islands, close to Taiwan, and across the South China Sea.