CounterDrone

New Counter-Drone Optimized Pantsir Air Defense System Being Deployed Atop Skyscrapers In Moscow

A recent video out of Russia once again highlights the drastic efforts being taken to provide Moscow with additional air defense coverage against the threat of long-range Ukrainian drones. While we have seen examples of the Pantsir short-range air defense system installed on buildings in Moscow before, the footage shows the counter-drone-optimized SMD-E variant being lifted onto the top of a skyscraper by helicopter.

The viral video appeared on social media this week and shows a Russian Aerospace Forces Mi-26 Halo heavy transport helicopter lowering a Pantsir-SMD-E system onto the top of a building in Moscow. The tower has been identified as the 42-story Nordstar Tower, an office building completed in 2009, with a roof height of 563 feet. The building is located in central Moscow, not far from the Kremlin.

MOSCOW, RUSSIA - MAY 9: A Mil Mi-26 Halo and a Mil Mi-8 Hip helicopter at the military parade to mark the 70th anniversary of Victory in the 1941-1945 Great Patriotic War, in Moscow, Russia, on May 9, 2015. (Photo by Host photo agency / Rossiya Segodnya / Handout/Anadolu Agency/Getty Images)
A Mil Mi-26 Halo at the Victory Day parade in Moscow, Russia, on May 9, 2015. Photo by Host photo agency / Rossiya Segodnya / Handout/Anadolu Agency/Getty Images Anadolu

For the Mi-26, which can lift a load of more than 44,000 pounds, internally or as a slung load, moving the Pantsir-SMD-E is no problem at all.

As we have explained in the past, the Pantsir-SMD-E, with its self-contained static configuration, is designed to help protect critical static infrastructure from uncrewed aerial threats. For this, it can be loaded with as many as 48 small TKB-1055 anti-drone interceptors.

A close-up of the Pantsir-SMD-E. Rostec

Alternatively, the SMD-E variant can fire up to 12 of the larger 57E6 short-range command-guided surface-to-air missiles, suitable for more traditional threats. A mix of effectors can also be used.

While the TKB-1055 has a stated maximum range of just over four miles, the 57E6 is claimed to be able to hit targets at nearly 12.5 miles.

The SMD-E’s turret also features two integrated radars, one for detecting and tracking targets and another fire-control type for directing the command-guided missiles.

Unlike earlier Pantsir systems, no cannons are included.

A video showing the previous Pantsir-S1 with combined gun/missile armament:

Pantsir-S1 Air defence missile/gun system thumbnail

Pantsir-S1 Air defence missile/gun system




The development of the SMD-E version is hardly surprising given the fact that, for some time now, Ukrainian forces have been launching increasingly longer-range drone attacks on military bases and industrial facilities inside Russia.

On the other hand, it’s worth noting that previous members of the Pantsir family have earned a very mixed reputation since their introduction in the early 2010s. This has been underscored by reportedly poor performance in Syria and Libya, although the Pantsir is still widely fielded by Russia, and has even been adapted as a ‘quick-fix’ maritime air defense system. It has also been widely exported.

The previous versions of the Pantsir have also become popular choices for the counter-drone mission, especially in terms of defending Russia’s critical military, government, and industrial facilities.

In early 2023, Pantsirs began to appear on rooftops in Moscow, and another was deployed close to one of President Vladimir Putin’s official residences just outside the capital. Earlier this month, German media reported that Russia had significantly expanded its air defense network around the capital, deploying more than 40 additional Pantsir systems in 2025 alone.

An earlier Pantsir system is seen deployed on top of the Ministry of Defense headquarters in Moscow in early 2023. via X

Of course, these are just elements of a much larger array of additional layered air defenses deployed in and around the Russian capital. This extends from S-400 long-range surface-to-air missile batteries to attack helicopters tasked with gunning down drones in midair.

The recent development of the Pantsir-SMD-E means that it very likely incorporates lessons from experience using the earlier versions in the counter-drone role.

Putting the system on a skyscraper provides a safer firing location, although it doesn’t remove the risk of interceptors going astray, or debris from destroyed drones causing damage or injury.

At the same time, this rooftop perch does ensure a clear line of sight for the radar, extended reaction time, and offers a much wider range of firing angles. For this reason, Russia has previously also built elevated towers for Pantsir batteries around the Moscow region.

The emergence of the system underscores just what level of danger Ukraine’s drone attacks have come to pose to Russia. Since Ukraine first began to employ long-range one-way attack drones, their designs have been optimized and their ranges extended, putting highly prized facilities deeper and deeper inside Russia within their crosshairs. The threat to Russia is only set to grow, as Ukraine expands production and capabilities, including adding long-range cruise missiles to its inventory.

A video showing the homegrown Ukrainian FP-5 Flamingo cruise missile in action:

Випробувальний пуск ракети “Фламінго" thumbnail

Випробувальний пуск ракети “Фламінго”




It is also worth noting that Russia, while at war, is not alone in these concerns. In the United States, since 9/11, Washington, DC, has quietly evolved into one of the most heavily defended urban airspaces in the world. This includes systems like Stinger missile turrets positioned atop key government buildings. The planned air defense capacity for the new White House Ballroom is a glaring example of this same trend. This is being spurred primarily by major concerns about the growing drone threat.

Depending on the success of the Pantsir-SMD-E in protecting the Russian capital, we may well see more of these systems deployed both in Moscow and elsewhere. As we have discussed before, the system apparently offers the potential to be fitted on vehicles and vessels, as well.

The appearance of the Pantsir-SMD-E on a Moscow skyscraper hammers home the reality of the drone threat, not just in Russia, but also more generally, on the battlefield, as well as against critical infrastructure, military and civilian.

Contact the author: thomas@thewarzone.com

Thomas is a defense writer and editor with over 20 years of experience covering military aerospace topics and conflicts. He’s written a number of books, edited many more, and has contributed to many of the world’s leading aviation publications. Before joining The War Zone in 2020, he was the editor of AirForces Monthly.




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Production Of AH-64 Apache’s New Counter-Drone Cannon Shell Ammunition Ramping-Up

  • Army boosts Apache’s counter-drone capabilities. The Army is accelerating procurement of XM1225 APEX rounds for AH-64 Apaches to enhance their role as counter-drone platforms.
  • Northrop Grumman ramps up production. The company produced 1,000 rounds this month and plans to increase production fivefold to meet Army demands.
  • APEX rounds offer versatile engagement options. These proximity-detonating rounds can target drones, personnel, vehicles, and small boats, providing unique area effects.
  • Successful live-fire tests at Yuma Proving Ground. In December 2025, Apaches demonstrated effective air-to-air engagement using APEX rounds against unmanned aircraft systems.
  • Minimal training required for Apache crews. The ballistic properties of APEX rounds are similar to existing M789 rounds, requiring little additional training.

Bottom line: The U.S. Army is significantly increasing production of XM1225 APEX rounds for AH-64 Apaches to enhance their counter-drone capabilities. These versatile rounds have proven effective in tests and require minimal additional training for crews, marking a tactical advancement in battlefield capability.

The Army is accelerating procurement of 30x113mm XM1225 Aviation Proximity Explosive (APEX) rounds for its fleet of AH-64 Apache attack helicopters. The move comes as the service is looking to enhance the aircraft’s burgeoning role as a counter-drone platform, something The War Zone has covered frequently. These shells, fired by the Apache’s chin-mounted M230 cannon, will add to its drone-killing arsenal, giving it a cheaper and more plentiful engagement option than some of the alternatives. You can read all about the XM1225 APEX round in our previous coverage here.

Seeing a growing need for these rounds, the Army went to Northrop Grumman, which makes them, and asked them to boost production, said Maj. Gen. Clair A. Gill, commander of the U.S. Army Aviation Center of Excellence at Fort Rucker, Alabama. He was speaking during the Army Aviation Association of America’s Army Aviation Warfighting Summit in Nashville, Tennessee, which TWZ was in attendance.

A U.S. Army AH-64 Apache helicopter assigned to the 5-17 Air Cavalry Squadron, 2nd Infantry Division, fires the M230 Bushmaster chain gun during live-fire aerial gunnery training at Rodriguez Live Fire Complex, Republic of Korea, on March 6, 2025. The exercise certified aircrews, sharpened weapons proficiency, and enhanced overall force readiness. (U.S. Army photo by Staff Sgt. Neil McLean)
A U.S. Army AH-64 Apache helicopter fires the M230 Bushmaster chain gun during live-fire aerial gunnery training at Rodriguez Live Fire Complex, Republic of Korea, on March 6, 2025. (U.S. Army photo by Staff Sgt. Neil McLean) Staff Sgt. Cornelius McLean

“We had had 600 rounds total,” Gill explained. “They produced 1,000 already this month and can produce another 1,000 and will ramp their rate up to probably five times that.”

The company could not immediately comment about this effort.

The specialized APEX ammunition works by detonating only when it is close to an object, then it explodes in a spray of shrapnel. This is critical to shooting down drones, which are small, independently moving targets. These rounds could also be used against surface targets like personnel, soft-skinned vehicles, and small boats, where they would provide unique area effects compared to the Apache’s standard impact-detonating, high-explosive ammunition.

30x113mm XM1225 Aviation Proximity Explosive (APEX) shells. (U.S. Army)

Earlier this year, we reported that Apaches live-fire tested the ammo last December at the service’s sprawling Yuma Proving Ground (YPG) in southern Arizona. 

“The Apache Attack Helicopter AH-64 has reached a new milestone in battlefield capability with the successful live fire test” of the APEX ammunition, the Army said in a February news release. “In December 2025, the Apache demonstrated its first-ever air-to-air engagement using 30mm proximity ammunition against unmanned aircraft systems targets at various ranges, showcasing the precision, versatility, and lethality of this advanced ammunition.”

Yuma Test Center at U.S. Army Yuma Proving Ground recently tested a new 30-mm Aviation Proximity Explosive (APEX) round. “The APEX round was developed to be a frag round that would prox in front of the UAS [unmanned aerial system] and make a frag pattern that would take out a UAS,” explained Test Officer Walter McCormick who led the test.
Yuma Test Center at U.S. Army Yuma Proving Ground recently tested a new 30-mm Aviation Proximity Explosive (APEX) round. “The APEX round was developed to be a frag round that would prox in front of the UAS [unmanned aerial system] and make a frag pattern that would take out a UAS,” explained Test Officer Walter McCormick who led the test. Ana Henderson

The Army added that the Apex cartridge “is designed to counter modern threats, including UAS, exposed personnel and small boats, without requiring modifications to the Apache’s M230 Area Weapon System or fire control system.”

The M230LF Bushmaster Chain Gun | XM914 thumbnail

The M230LF Bushmaster Chain Gun | XM914




As we have pointed out in the past, these rounds require little additional training for Apache crews, because their ballistic properties are nearly identical to the M789 high-explosive dual-purpose (HEDP) rounds already fielded, which use an impact/grazing fuze to command detonation.

An additional benefit is that self-destructing proximity fuzed rounds mitigate some of the dangers of attacking drones with ammunition that will keep traveling for long distances if it doesn’t hit a target. This is a frequent occurrence with standard high-explosive or incendiary cannon rounds.

While the Israeli Air Force pioneered the counter-drone role for the AH-64 for years, the U.S. Army has formally codified it and added new capabilities in the process. A five-fold boost in procurement is a strong indication that the Army sees the value of the APEX rounds for these missions.

Contact the author: howard@thewarzone.com.

Howard is a Senior Staff Writer for The War Zone, and a former Senior Managing Editor for Military Times. Prior to this, he covered military affairs for the Tampa Bay Times as a Senior Writer. Howard’s work has appeared in various publications including Yahoo News, RealClearDefense, and Air Force Times.


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