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  • ✇Euromaidan Press
  • It was built to shield Russian crops from hail. Now it’s being pitched as a drone interceptor
    Russia has shown a drone interceptor built on the Alazan, a civilian anti-hail rocket, Militarnyi reported. The sample went on display at a weapons exhibition that Russian dictator Vladimir Putin toured at the Chebarkul training range in the Urals on 2 October. Ukraine now sends drones at Russia by the hundreds, by Moscow's own count. Russia's Defense Ministry claimed its air defenses intercepted nearly 900 overnight into 6 October. Russia's missile-based air defense was built to repel
     

It was built to shield Russian crops from hail. Now it’s being pitched as a drone interceptor

8 octobre 2026 à 03:31

Alazan-6 anti-hail rockets

Russia has shown a drone interceptor built on the Alazan, a civilian anti-hail rocket, Militarnyi reported. The sample went on display at a weapons exhibition that Russian dictator Vladimir Putin toured at the Chebarkul training range in the Urals on 2 October.

Ukraine now sends drones at Russia by the hundreds, by Moscow's own count. Russia's Defense Ministry claimed its air defenses intercepted nearly 900 overnight into 6 October. Russia's missile-based air defense was built to repel aircraft raids and a few cruise missiles, not swarms of low-flying drones.

In May, Ukrainian intelligence said Russia was adding four regiments, 24 battalions, and 162 batteries to counter Ukrainian strike drones. The converted Alazan, which Militarnyi calls an anti-drone system, is one more piece of that search. Meanwhile, the commander of Ukraine's Unmanned Systems Forces, Robert Brovdi, said his forces struck 300 Russian air-defense assets between January and 19 September.

From hail reagent to shrapnel

Based on the size of the sample on display, the interceptor builds on the Alazan-2M or Alazan-6 series, Militarnyi assessed. The outlet put the stated cost at up to $12,000 per unit but did not say who named the figure. In civilian service, the rocket flies about 10 km, climbs up to 8 km, and carries about 0.5 kg of reagent. For air defense, the developers plan to replace that reagent with a fragmentation warhead.

Militarnyi's analysis of the published photos describes the front end as a steering assembly: four cruciform deflector fins, probably paired with a seeker or a fuze. At the rear sit folding stabilizers and the open nozzle of a solid-fuel motor, held in a metal cradle.

Anti-drone missile based on the Alazan, 2 October 2026
Anti-drone missile based on the Alazan, 2 October 2026. Photo: kremlin.ru

One sample among 300 exhibits

The Kremlin's account of the visit lists more than 300 weapons on display, including interceptor drones, but does not mention the rocket. Propaganda channel Russia 1 aired the interceptor in its report from the visit, and the Kremlin pool of state news agency RIA posted photos.

  • ✇Euromaidan Press
  • A Ukrainian Hornet drone hit a Russian radar 120 km behind the front. It was likely a $100 million Nebo-M
    A Ukrainian Hornet drone struck a Russian radar system about 120 kilometers behind the front, Taras Myshak, senior communications officer of the 59th Separate Assault Brigade of Unmanned Systems, said on Suspilne on 28 September, ArmyInform reported. The brigade's Signum unmanned systems battalion carried out the strike about a week earlier, he added. Russia's air defenses depend on radars to see Ukrainian drones and missiles coming. Every radar it loses weakens that watch and gives the
     

A Ukrainian Hornet drone hit a Russian radar 120 km behind the front. It was likely a $100 million Nebo-M

28 septembre 2026 à 12:15

A pilot prepares the Hornet UAV for takeoff. Screenshot from Army Media video

A Ukrainian Hornet drone struck a Russian radar system about 120 kilometers behind the front, Taras Myshak, senior communications officer of the 59th Separate Assault Brigade of Unmanned Systems, said on Suspilne on 28 September, ArmyInform reported. The brigade's Signum unmanned systems battalion carried out the strike about a week earlier, he added.

Russia's air defenses depend on radars to see Ukrainian drones and missiles coming. Every radar it loses weakens that watch and gives the next Ukrainian strike a better chance of getting through.

According to Myshak, the target was a "quite expensive" Russian radar system.

A radar system is effectively the "eyes" of the Russian air defense system: it detects aerial targets, determines their coordinates, and transmits information to other elements of the system.

Russians continue probing Ukrainian defenses

Russian forces in the brigade's zone, roughly along the Donetsk Oblast border, continue to operate in small infantry groups and use infiltration tactics, Myshak says. At the same time, the Russians are trying to cut Ukrainian logistics, he adds, saying that the brigade is effectively holding the Russian army back from infiltrating into Dnipropetrovsk Oblast.

Defensive fortifications in Dnipropetrovsk Oblast, Ukraine. Illustrative photo: Hanna Sokolova-Stekh/DW
Defensive fortifications in Dnipropetrovsk Oblast, Ukraine. Illustrative photo: Hanna Sokolova-Stekh/DW

The Russians' main means in this sector remain drones and infantry, the serviceman says. The number of infantry has decreased somewhat compared with previous periods, but the pressure from the enemy has not stopped, he adds.

"Of course, they will try, they will constantly probe, so to speak, our defense with their infiltrations. And likewise with drones, of various ranges, working on logistics, making it impossible for us to enter positions, to deliver everything necessary to the positions, in order to make our defense impossible," Myshak emphasized.

At the same time, Ukrainian troops are trying not only to defend against these actions but also to deprive the Russians of radars, electronic warfare systems, and other equipment, the serviceman says. "We likewise don't let them relax," he said.

Russians tried to prevent the strike, but Ukrainian forces hit the target

This was likely the same strike that Ukrainian volunteer fundraiser Serhii Sternenko reported on his Telegram channel on 18 September. Operators of the Signum unit of the 59th Brigade, together with the First Separate Unmanned Systems Center, hit a Russian Nebo-M radar about 120 kilometers from the front line, he wrote.

The radar, which Sternenko valued at about $100 million, was damaged over two drone sorties, which also wounded two Russian servicemen, according to his post. During the operation, the Russians tried to jam the drone's video feed with electronic warfare, but the operators flew on using only flight data and their own experience, he added.

The unfolded Protivnik-GE radar station of the Nebo-M complex, with other components of the system folded nearby. Screenshot from pvo.guns.ru via RFE/RL
The unfolded Protivnik-GE radar station of the Nebo-M complex, with other components of the system folded nearby. Screenshot from pvo.guns.ru via RFE/RL

Ukraine systematically knocks out the "eyes" of Russian air defense

In October 2024, Ukraine's military said it had hit a Russian Nebo-M radar station with ATACMS ballistic missiles to blunt Moscow's ability to spot and shoot down aircraft and missiles, Reuters reported. The military estimated each such system at more than $100 million.

Ukraine is systematically increasing its use of medium-range strike drones, which can hit targets up to 200 kilometers deep inside enemy territory, the Ukrainian Defense Ministry reported in May this year. Russian air defenses and radars are among the main priorities of such operations, as their destruction weakens the system for detecting and intercepting aerial targets, the ministry said. Medium-class drones, including the FP-2, Hornet, and Bulava, play a critical role in such strikes, the ministry noted.

According to the General Staff of the Armed Forces of Ukraine, Ukrainian forces struck at least 25 major Russian air defense and radar systems during April, about 12 of which were radar systems, the Ukrainian Defense Ministry also wrote in May this year.

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