Category: Video

Raven: Ukraine’s ASRAAM-Launching Air Defence System

Way back in February 2024, I published an article/video discussing sightings of one of the so-called Franken-SAM systems provided to Ukraine by Western allies. The ASRAAM-armed system was developed and provided by the UK but until this year little information about it had been confirmed. On 10 May the UK Ministry of Defence confirmed that they system is called ‘Raven’ and a total of 13 of the systems have been pledged.

Five Raven Air Defence Systems due to be dispatched to Ukraine (UK MoD/Crown Copyright)

The previously available imagery showed that the system comprised two AIM-132 Advanced Short-Range Air-to-Air Missiles (ASRAAM) mounted on a Supacat HMT 600 (6×6) vehicle. The vehicles are believed to be former Soothsayer ECM carriers brought out of storage. Also visible is what appears to be a mast-mounted sensor unit positioned behind the cab, on the vehicle’s flatbed. This appears to be a Chess Dynamics Hawkeye which likely includes electro-optical and infrared sensors used for targeting.

Gravehawk – UK-developed containerised air defence system (UK MoD/Crown Copyright)

The UK-developed Raven is one of several ad hoc short-range air defense systems developed by the UK for Ukraine, the other being Gravehawk, a containerised system which utilises R-73 air-to-air missiles, which was unveiled in February 2025. Both systems are part of an effort to affordably and quickly bolster Ukraine’s air defences. In October 2023 a pair of videos shared by the Ukrainian air force gave a glimpse of the system in action. The both filmed at night shows a launch but the vehicle is not visible. The second, shared on 12 October, by Ukraine’s Air Command – South shows the successful engagement of a Russian long range loitering munition. As the darkness is lit up by the missile launch, the Supacat 6×6 High Mobility Transporter is briefly visible.

Raven seen in Ukraine, Feb. 2024 (via Social Media)

ASRAAM uses infrared homing and can lock onto its target after launch. It has an air-launched range of more than 25km but this is likely shorter when used in a ground launched role. The system may be used in conjunction with radar systems which feeds target data to the missile. A key feature of the ASRAAM is its ability to lock-on after launch, theoretically allowing it to be vectored onto a target in the air before it begins IR homing.

The system, however, isn’t ideal with limited ready-to-fire capacity on the launcher ramp, with just two rails, and no protection for the missiles themselves, from either the elements or from potential fragmentation or impact damage if attacked. The ad-hoc air defence system first saw action in Ukraine in August 2023, and represents an ingenious improvisation utilising a highly capable missile in an air defence role it was never envisaged in. In December 2023 UK Ministry of Defence summarised their development:

“In summer 2022, a joint MoD-MBDA team developed air defence systems to fire ASRAAM from the ground for the first time. Within four months of initiating the surface launched ASRAAM project, these air defence systems were developed, manufactured, trialled and Ukrainian crews trained on their usage, on UK soil, before being transferred into Ukrainian hands.”

In late 2023, it was reported that the UK had supplied “a handful” of the missile-equipped Supacat trucks. They were believed to be in use in near the front and in the Kyiv region, defending key infrastructure, against Shahed-136/Geran-2 long-range loitering munition attacks. In December 2023, the UK Ministry of Defence announced that a further 200 ASRAAMs would be provided to Ukraine and that the systems in-country had achieved a “successful hit rate reported as high as 90% against some Russian air targets.” ASRAAM’s payload, a 10kg blast-fragmentation warhead, is designed to destroy aerial targets with minimal collateral damage. 

Raven Air Defence System, based on the HMT 600 Supacat vehicle and the Advanced Short Range Air-to-Air Missile (UK MoD/Crown Copyright)

A number of videos showing glimpses of the system itself or the system in action were shared throughout late 2023 and 2024. On 12 October 2023, footage of a night launch against a Shahed one-way munition was shared including thermal footage from the systems sensors. In late February 2024, footage, again from the Raven’s sensors, showed the successful engagement of a Russian ZALA reconnaissance drone.

A month later on 20 March, both external and system footage of a daytime engagement of a Russian Supercam S350 reconnaissance UAV was shared. Later in March additional footage of what was also claimed to be a Supercam was also shared.

Raven Air Defence System, based on the HMT 600 Supacat vehicle and the Advanced Short Range Air-to-Air Missile (UK MoD/Crown Copyright)

On 3 April, thermal camera footage of another UAV interception was posted on Ukrainian social media. The speed and vector of the missile suggests it was a Raven-launched ASRAAM. On 14 April 2024, a short clip showing an ASRAAM missile with a message written on it ‘Rowdy Company’, followed by footage of a night-time launch was shared.

In early May 2024, Russian Telegram channels shared drone footage of what they claimed as the destruction of one of the systems by a Lancet loitering munition. While footage of the systems in action is few and far between another daytime video of the system in action was shared in mid-September 2024, having been posted to TikTok.

Most recently, in late November 2024, a video containing footage from a number of Ukrainian anti-aircraft units showed several interceptions of Russian drones and a launch from what appear to be Raven system.

In March 2025, a couple of photos were shared by the UK Ministry of Defence showing Rachel Reeves, the UK’s Chancellor of the Exchequer being briefed on Raven during a visit to RAF Northolt, though the name of the system was not disclosed at the time they gave the best side-on look at the system to-date.

UK’s Chancellor of the Exchequer being briefed on Raven during a visit to RAF Northolt, March 2025 (UK MoD/Crown Copyright)

The UK Ministry of Defence unveiled the Raven officially on 10 May 2025. In a video posted to the UK MoD YouTube channel the system was shown in detail and some interesting stats were shared. Colonel Olly Todd, Military Assistant Head of Taskforce Kindred [Taskforce Kindred refers to the MoD’s effort to provide equipment to the Armed Forces of Ukraine (AFU), from UK stockpiles and rapid procurement.] noted that the UK has provided approximately 400 ASRAAM (which were near the end of their service life) to Ukraine and from 400 launches the systems’ engagement success rate stands at around 70%. The video also confirms that eight Raven systems were deployed to Ukraine in 2022 and a further five are set to be provided in 2025.

Raven was developed in just three months with experts from MBDA, Supacat at the RAF’s Air & Space Warfare Centre involved in the process. It combines a Supacat HMT-600 vehicle with the MBDA-manufactured ASRAAM using a bespoke launch assembly which integrates launch pylons taken from legacy UK aircraft including Hawk, Jaguar and Tornadoes. Unsurprisingly Raven and Gravehawk use the same control system and likely share the same system-integrated sensor units for tracking and identifying targets before locking on with the missiles’ seekers before launch.

ASRAAM mounted on a Raven air defence system (UK MoD/Crown Copyright)

While ASRAAM is still in production it is worth noting that other than the UK, the only other current user is India – though several Middle Eastern nations have reportedly adopted it, this means the stock of older missiles ready for disposal will be somewhat limited. It is so far unclear if the Raven systems could also be adapted to launch other missiles such as the R-73 used by the Gravehawk.

Photo of the Raven Air Defence System’s Fire and Control Unit (UK MoD/Crown Copyright)

Despite the potential limited availability of the missiles the relatively cost-effective price-tag of an ASRAAM, reported to be around £200,000 (or $260,000), makes the Raven a useful system for not only protecting key Ukrainian infrastructure but also, as has been seen in some of the footage available, engaging Russian reconnaissance drones which feed important information back to Russia’s command and control apparatus.

Updates – 25/07/25:

Update – 2/7/25:

The Ukrainian Air Force shared a video featuring the Raven giving an extensive look at it on operations in Ukraine.

The crew have painted up one side of the cab with a kill tally with the silhouette of various different drones. The visible tally includes:

– 17 Shaheds
– 1 Cruise Missile
– 17 Orlan 10 UAV
– 13 Supercam UAV
– 25 Zala UAV

Update – 27/10/25:

On 24 October, the Ukrainian Air Forces’ Air Command “West” social media shared a photo of a Raven system, noting that it had destroyed 24 Shaheds and several cruise missiles.

A video was also shared showing the successful engagement of Russian Kh-59 and Kh-101 cruise missiles.

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William Mason’s T-Charging Semi-Auto Rifle

Earlier this year I had the pleasure of visiting my friends at the Cody Firearms Museum and while having a look through their collection we came across a really interesting rifle. The rifle isn’t currently on display and was safely tucked away in one of the museum’s vaults. When we began looking through the vault’s racks we came across what we initially thought were a number of John Browning prototypes from his work with the Winchester Repeating Arms Company. One of the prototypes immediately caught our eye as it had a T-shaped charging handle, something today which is synonymous with the AR-15/M16 platform.

Right side profile of the prototype (Matthew Moss)

In the past I’ve had the pleasure of examining over a dozen of John Browning’s prototypes (some videos are already published on the channel others will be published in the future – stay tuned), this rifle, however, isn’t a Browning. It’s a Mason.

William Mason is probably best known as the man behind the Colt Single Action Army, the Model 1877 and what would become the Model 1889. In 1882, Mason left Colt and joined Winchester. While originally he has been recruited to work on revolvers for Winchester, a topic for another day, he became Winchester’s Master Mechanic and was responsible for bringing many of John Browning’s designs to production. Following the Brownings’ schism with Winchester in 1903, the company continued to develop their own designs and a number of these came from Mason.

Rear right quarter view of the prototype’s receiver and charging handle (Matthew Moss)

This rifle’s patent was filed in March 1905, and granted on 12 March, 1907 as No.846,591. It is a .22 calibre, semi-automatic rifle which feeds from a conventional tube magazine but has a number of interesting features.

US Patent No.846,591

The Action

Mason, in his patent for the rifle, describes the weapon’s action as a ‘automatic balanced breech-block gun’, by which he means what we now know as a blowback. He describes this as: “a breech-block which is not positively locked in its closed and recoil-taking position but weighted with reference to the energy developed by the explosion of the cartridge to be used in the gun, so that its inertia takes the initial shock of recoil.”

The only marking visible on the firearm is on the top of the receiver, a number marking: ‘7295’.

View of the underside of the prototype’s receiver and loading port (Matthew Moss)

Safety

The rifle also has a trigger locking safety located at the front of the trigger guard. The patent describes this:

“provide the gun with a ‘safety’ in the form of a lever, suspended by its upper end from a pivot in the lower tang and having its lower end entered into a slot in the forward reach of the trigger-guard, which is a part of the said lower tang. The said lever is formed with a stop-shoulder, co-acting with a stop-finger at the forward end of the trigger. When the safety is pushed rearwardly, its shoulder is moved under the finger, whereby the trigger is locked against operation under any circumstances.”

US Patent No.846,591

Loading

The rifle has a swinging carrier which when the breech block cycles it acts on what Mason calls the ‘carrier arm’ via a cam which moves the arm up and down allowing a round to move into the action from the tube magazine when the bolt had moved sufficiently to the rear. The rifle’s tube magazine is loaded by pushing the carrier up and thumbing cartridges into the magazine.

Anti-friction Rollers

Another intriguing feature of the rifle’s action is the set of rollers located in the top of the breech block which prevent friction from the block against the receiver. The rollers also act on a lever which is under spring tension which returns the breech block forward – Mason used this in the place of a more conventional return spring assembly. Instead the lever is acted on by a flat spring which Mason felt allowed him to “secure a marked economy of space” in the receiver, not requiring a coil spring and the space needed to compress it. Additionally, at the rear of the receiver there is also a buffer made from ‘vulcanised fiber’, vulcanisation is a process which strengthens and improves the durability of a material. As we didn’t fully disassemble the rifle we can’t confirm the buffers presence in the prototype.

US Patent No.846,591

Mystery Hole

On examining the rifle I was a bit perplexed by what the purpose for a smaller hole opposite the ejection port was. It is too small to be an ejection port and on the same side as the ejector{?} On reading Mason’s patent it became clear that this was an emergency gas port to allow gas to escape the receiver in the event of a major failure. Mason explains this:

“gas-escape opening is so constructed and arranged with reference to the construction and arrangement of the breech-block that it permits the escape of gas through it when the breech-block is in its closed position, so that in case there should be a leakage of gas due, for instance, to the splitting of the head of a cartridge the gas will work back and escape through the said opening without damage to the gun, whereas in the absence of such a gas-escape opening, the breech-block might be broken or deformed by the force of the gas bending it from left to right toward the ejection-opening.”

US Patent No.846,591

Charging Handle

Perhaps the most intriguing external feature is the charging handle. Is it the first rifle with a T-shaped charging handle? Here’s how Mason’s patent describes it:

“breech-block handle arranged transversely with respect to the top of the gun-frame and in length exceeding the width thereof. The ends of this handle are formed with finger-cuts, flanked at their forward ends by ears and at their rear ends by knurled, or roughened fingers, extending outwardly beyond the planes of the side walls of the frame, so as to be readily engaged by the finger and thumb, respectively. The said handle is also formed with a centrally-arranged screw-hole, receiving a screw, entering a screw-hole in the forward end of a longitudinally-reciprocating non-rotatable balanced breech-block.”

View of the prototype’s receiver (Matthew Moss)

All-in-all it’s a really interesting patent and well worth a read to understand some of the nuances I don’t have time to cover here.

Despite the prototype’s interesting design it never made it into production. In 1903, Winchester had introduced the Model 1903, a tube magazine-fed, blowback rifle, chambered in .22 Winchester Automatic. The Model 1903 was designed by another of Winchester’s engineers, T.C. Johnson, and instead of a T-shaped charger used a plunger, which I think is a little less elegant but the Model 1903 was a success, remaining in production for decades, so it seems that Mason’s design wasn’t needed. As a result it would be another 60 years before a rifle using a T-shaped charging handle became popular in the US. Mason continued to work for Winchester until his death in July 1913, aged 76.

Massive thanks to my good friends at the Cody Firearms Museum for allowing me to examine this rifle and thank you to my friend Tyler Berger for his help filming this video. Please do check out the museum online at centerofthewest.org/our-museums/firearms/ and if you can head out there this summer to visit one of the best publicly displayed collections of firearms in the world.

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Has Italy Sent Beretta AR70/90s To Ukraine?

From imagery shared by Ukrainian armed forces personnel over recent months it appears that Italy has provided an unconfirmed number of Beretta SC70/90 5.56x45mm rifles.

The SC70/90 is part of the AR70/90 family of rifles; the SC model is distinct for its side-folding stock. The weapons are gas-operated and use a rotating bolt and a long-stroke gas piston system. They are select-fire and capable of semi-automatic, burst and fully-automatic fire. They are typically equipped with a bipod and carry handle and weigh in at 4.05kg or 8.9lbs.

The AR70 entered service in the early 1970s. The AR70/90 series improved on the AR70 and has been in service with the Italian armed forces since the 1990s, it is currently being replaced by the Beretta ARX-160. We’ve already seen evidence of the presence of other European rifles of a similar vintage such as the Spanish CETME-L, check out our video/article on those here.

The first sighting of an SC70/90 came on 10 January, when Іван Савельєв, a veteran associated with several units including the 3rd Assault Brigade ‘Azov’, possibly as head of the brigade’s small arms workshop, shared a video of himself firing the rifle in bursts from prone with its bipod deployed.

On 13 January, Савельєв, a fabricator, mechanic and gunsmith who founded R&D company Armorum Solutions, shared several videos of himself firing an SC70/90 at the range. In the first, he has a bayonet fixed and the bipod still mounted but the carrying handle has been removed from the top of the receiver.

A member of the 3rd Assault Brigade shared a short video, via Instagram stories, on 24 January 2025, firing a Beretta SC70/90 from the hip. When asked what he thought of it, he described it as an ‘old unit’. There is no evidence he has used the weapon on operations, and it may have been brought out to the range as a curiosity.

On 16 February, Савельєв shared another video of himself firing the rifle, this time the carry handle has been removed and an ELCAN Spectre, likely supplied by the Netherlands, has been mounted on the SC70/90’s upper receiver.

Speaking to an international volunteer with one of Ukraine’s brigades who has recently been issued an SC70/90 for training, he noted: “It has too much parts. You cannot strip it without pliers or a bullet. Aiming is also way harder than with an AK. It’s also heavier than an AK… Overall, its not a bad gun, I just don’t like it. The sights are not good, not easy to read like an AK. The foldable buttstock is a big plus.” He explained that he decided to remove the bipod and carry handle saying the bipod is ‘useless’ and the carry handle obscures the sight. He also added that while his unit has been issued them during current training some soldiers do use them on operations. On 19 March he shared a video of how to field strip the SC70/90 on his YouTube channel.

Most recently, on 8 April, a member of the 3rd Assault Brigade shared a photograph of himself posing with a SC70/90 complete with carry handle and bipod.

While the number of sightings of SC70/90s in Ukraine has so far been small, they are undoubtedly in country and in use. There haven’t yet been any sightings of fixed stock AR70/90s. From a survey of the limited imagery available, it appears that they are in service with the 3rd Assault Brigade and possibly other units. It seems that while they’re in inventory with Ukrainian units they may be most regularly issued to personnel during training, this is unsurprising, as the supply spare parts available for the rifles may be limited and there are other better-suited rifles available for operations. The SC70/90s presence in Ukraine serves to illustrate once again just how many different small arms are now in Ukrainian service.

Thanks to Recon UAV and Weapons_Illustrated for help sourcing imagery for this video.

Update – 1/5/25:

Update – 14/7/25:

Members of the 33rd Separate Assault Regiment’s ATGM company were photographed during training. One combatant was photographed holding a Beretta SC70/90.

Update – 30/7/25:

Personnel from the 2nd Artillery Battalion of the 3rd Assault Brigade were seen armed with SC70/90s during a social media video. (H/T Jeff).

Update – 4/8/25:

A group photo of the 3AB gunners seen in the earlier video. All four combatants have SC70/90s.

Update – 20/10/25:

The 3rd Army Corps posted a series of photos of troops with AR70/90s on 12 October. The troops appear to be gunners opperating one of the 3rd Assault Brigade’s self-propelled howitzers.

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KMG556 – Turkish Minimis in Ukraine

In 2021, Turkish small arms manufacturer Kale Kalıp introduced an FN Minimi clone, the KMG556. The belt-fed 5.56x45mm light machine gun entered production in summer 2023 and in the middle of 2024 the weapons began to appear in Ukraine. Intriguingly, Kale Kalip only announced the delivery of the first batch of serial production guns in late October 2024.

So far the most prevalent Ukrainian use of the KMG556 has been seen with the Lyut Brigade, [United Assault Brigade of the National Police of Ukraine “Lyut” of the Special Purpose Police Department] which formed in January 2023. The light machine guns began appearing in imagery of Lyut Brigade personnel in June 2024. The brigade as a whole appears to use a variety of Turkish-manufactured small arms ranging from Repkon grenade launchers to Canik M2 heavy machine guns.

The KMG556 weighs in at 7.8kg (17.2lbs), has a 16in (406mm) long barrel and has newly designed polymer furniture including a new adjustable butt stock and forend. The KMG556 dispenses with the Minimi’s ability to dual feed using STANAG magazines and feeds only from a standard disintegrating metallic belt.

The first appearance of a KMG556 with Ukrainian troops came in late June 2024 when a video of members of Lyut was shared showing a clearing operation, said to be in Vovchansk. In the video, a machine gunner armed with a KMG556 is seen suppressing suspected Russian positions.

In early July, a promotional video posted on the Brigade’s TikTok featured a squad from the “Tsunami” Assault Regiment with a variety of weapons including M4 carbines, AK-74s and a KMG556, with its markings clearly visible.

In early August, the Brigade’s social media shared a video featuring a patrol from the Enei Battalion clearing a small village near Toretsk. In the video helmet cam footage shows a patrol member firing what appears to be a KMG556. Another post on 4 August, featured a female member of the “Tsunami” Assault Regiment holding a KMG556. On the 24 August, Lyut Brigade shared a video celebrating Ukraine’s independence day. It featured a large number of personnel including an individual armed with what is clearly a KMG556 which has been painted. The video also features a Turkish BMC Kirpi MRAP.

At the beginning of September, a member of the Lyut Brigade’s Safari Assault Regiment shared a montage video on TikTok showing fighting in and around Toretsk. It features several short clips of a KMG556 in action.

On the 10 September, a photograph of personnel from the Brigade’s Luhansk Assault Regiment was shared with a Ukrainian serviceman standing front and centre equipped with a KMG556. The KMG556 was seen again in a short promotional video on one of the Brigade’s associated TikTok accounts.

The following month the Brigade’s social media posted a photograph of a squad of Ukrainian personnel stood in front of a BMC Kirpi, with one of the men equipped with a KMG556. It appears the photograph was taken earlier when the Independence Day video was filmed. On the 7 October, the Brigade’s Tiktok account shared a video showing helmet camera footage from a machine gunner with the Enei Battalion using a KMG556 during fighting in Toretsk.

On 7 November, a video showing more street fighting in Toretsk was posted on Tiktok showing a KMG556 in action, it appears to be mounted with an EOTech HWS 500 series sight. The National Police of Ukraine shared several photographs of Lyut Brigade personnel several days later, on 9 November, including a pair of portraits of brigade members equipped with KMG556s mounted with what appear to be Aimpoint Comp C3 red dot sights. Several days later, on 12 November, the Enei Battalion shared a short video on their TikTok account showcasing a fireteam and their weapons, including: a UAR-10, Repkon RDS-40 and a KMG556. A day later, a video showing a machine gunner from the Safari Regiment at work during fighting in Toretsk featured a KMG556 during an ambush. His KMG556 is mounted with an EOTech 512 or 552 holographic weapon sight. A short clip from this video was previously seen in a video posted on TikTok on 7 November.

A video commemorating 1,000 days since Russia’s invasion of Ukraine, posted on 19 November, also featured a KMG556. It appears to be the same fire team seen in the earlier video. On 16 December, a series of portraits of brigade members were shared, including one of a machine gunner armed with a KMG556 mounted with an EOTech HWS 512 or 552, a suppressor and loaded with a belt of M855. The same machine gunner was seen again in a festive photo posted on 31 December. In the same post another KMG556, with what appears to be a magnified optic, was seen, mounted on a MISTA Oncilla armoured car.

On 7 January 2025, a video showing fighting in Toretsk with members of Safari battalion clearing buildings also features a KMG556, with a Holosun 510 red dot optic, being fired from a upper storey window. The date the footage was filmed is unclear but it appears likely it was filmed earlier in 2024. A KMG556 has also been seen in a group photo of members of Lyut Brigade, alongside another Turkish weapon – a Repkon RDS-40 rotary grenade launcher.

At the end of January, a video of a night-time clearing operation, likely in Toretsk, was shared on the Lyut Brigade TikTok page, showing what is likely a KMG556 being used to lay down suppressive fire.

In March the KMG556 was seen a number of times, first in a Lyut Brigade facebook post on the 6 March, which featured a photograph of as KMG556 equipped with a suppressor. The manufacturer’s markings are clearly visible on the side of the receiver. Finally, the KMG556 was most recently seen on 14 March, in a squad photo posted by the Lyut Brigade to celebrate Ukraine’s Volunteers Day.

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Ukraine War: Both Sides Continue Development of Gun Drones

Since our last article/video on gun-armed drones in September 2024, both sides have continued to develop the technology. Numerous Ukrainian teams have developed recoilless ‘shotgun’ drones designed to hunt other drones as well as developing and fielding an AK-armed FPV. The Russians too have returned to the concept in recent months showcasing a number of gun-armed drone systems.

In December the first footage of a Ukrainian gun drone appeared, it utilised the recoilless gun concept. Several videos were shared of an FPV drone equipped with a pair of barrels which are likely electrically initiated and have counter-weight charges as the earlier Russian drone did. The videos showed a series of successful drone vs drone engagements.

On 7 February, Russian Telegram channel, FPV Covenant, shared footage of a gun-drone being tested, with the caption “Testing a shooting drone. The bird has two cameras, a night camera and a thermal imager.” The drone appears to have a single barrel and on firing is jarred considerably by recoil, this indicates the lack of a recoilless, recoil mitigation system.

In the first indication of Russian state efforts to develop a gun-armed drone the Осоед-Д , developed by the Novgorod scientific and production center “Ushkuynik”, was unveiled to Russian media on 20 February. The Осоед-Д has four barrels and appears to incorporate a recoilless counterweight system. Very little imagery of the system is available but it’s developers claim it has a degree of autonomy and can find and attack targets within an area once ground detectors locate a target. One article states that the drone “has already been put into operation”.

On 6 March a Russian Telegram channel, affiliated with the engineers of the Russian Black Sea Fleet, shared test footage and photographs of a new gun system which can be mounted on small drones. The Telegram post highlights that the system uses the recoilless principle to mitigate recoil and it reportedly utilises standard 12 and 16 gauge shotgun cartridges. It is claimed that it has an effective engagement out to 20 metres and that the aiming of the gun is done through the standard drone camera. The post also claims that operators can “you can hang from 2 to 4 barrels on the drone.” The size and power of the drone would likely have to be greater than a standard Mavic or Russian FPV to mount more than one or two barrels and greater payload reduces range. The post includes a photograph of the barrel assembly on a scale reading 700.9g. (1.5lbs) but a video caption notes when loaded the weight is closer to 780g.

The telegram post includes a pair of videos showing the gun system being tested at a range. The first video shows a 10in quadcopter drone equipped with a 16 gauge gun system. The drone takes off and fires down range, while the recoil is noticeable the drone continues to hover.

In the second longer video the drone appears to struggle to initially maintain a stable altitude/hover but this may be an operator error. The drone travels downrange and fires on a target from a distance of 3.5 metres. The video cuts to show the effect on target with several dozen shot holes. Incidentally, the box is for AI-Thinker RA-08 transceiver modules made in China.

Meanwhile on 7 March, a drone unit with Ukraine’s Separate Presidential Brigade shared the best look at a Ukrainian gun-armed drone we’ve seen so far. We’ve previously seen the Bulava drone team, which part of the 3rd battalion of the Separate Presidential Brigade, deploying drones equipped with rifles and RPGs. These drones were developed with the help of Wild Hornets (a Ukrainian drone manufacturing organisation).

The gun-armed drone seen in the video is operated by the 4th Mechanized Battalion and is based on a Lucky Strike-manufactured quadcopter drone. It’s unclear if Lucky Strike has assisted in the development of the gun system.

In the video we see the drone operators drop in a 12 gauge cartridge into a barrel, notably the cartridge’s primer has been removed probably to enable electrical ignition. The video does not show the counter-weight system likely to avoid breaches of operational security on how the system works. The drone can be seen mounted with a pair of barrels and when firing is demonstrated its clear that the larger drone is able to compensate for any remaining recoil the counterweight system can’t mitigate. Its also possible that the Ukrainian counterweight charge has been more finely tuned to the charge of the firing barrel. The operator explains that even a small number of hits from relatively small shot can be effective on target and that one of their primary targets are DJI Mavics which the Russians use for  Intelligence, Surveillance, and Reconnaissance (ISR). In terms of doctrine the video explains that they try and engage with one barrel but if they want to be sure of hitting a target they can fire a salvo of both at the same time to increase hit probability.

On 10 March, A small Russian Telegram channel, Bright Head, shared a short video of a small quadcopter drone armed with a pair of barrels. The video is simply titled ‘Drone killer “GORYNYCH (ГОРЫНЫЧ)’. It approaches a cardboard target and fires twice. Intriguingly, the Gorynych has an ingenious recoil-mitigation system with the barrels being ejected from the drone on firing, this reduces the recoil significantly with the first shot only briefly dipping the drone.

On 15 March, Ukrainian drone developers Sky Defenders shared video of their fixed wing UAV equipped with four forward-firing gun barrels. Check out our earlier article/video examining the Sky Defenders ZigZag.

A close up of the ZigZag’s four-gun barrels and gimbal mounted camera (via Sky Defenders)

Ukrainian drone developers ВІТРУГАН introduced their ‘Ги́цель’ (Gitsel) gun-armed drone on 19 March. The Gitsel is equipped with a pair of 30mm barrels and the developers claim is has ‘automatic target acquisition and firing when the target is within the strike zone’ but it can also be operated manually. ВІТРУГАН have so far only shared photographs of the Gitsel and while there is no video of it in operation they say it can be used against both aerial and ground targets. The barrels in the photographs appear to be cut down metal piping wired for electrical ignition through the rear end of the barrel. They appear to be mounted on on a 3D printed assembly.

Most recently on the 29 March, the 2nd Mechanised Battalion of the 30th Separate Mechanised Brigade shared a minute long super-cut video of a gun-armed drone engaging more than 20 Russian quadcopter drones. Most fall to the ground after suffering damage to their rotors but one explodes upon being hit, with the shot likely hitting a piece of ordnance the drone was carrying. The video concludes with footage of one of the downed Russian drones being salvaged and lifted away by a Ukrainian drone.

The flurry of development by both sides illustrates how sorely gun-armed drones are needed to counter the ever pervasive drone threat. The development of the gun-drones is now being undertaken not only be individual developers and units but now also by larger companies and in Russia’s case a state-owned research and development entity. Both sides are also now claiming some limited autonomous targeting capability. While some of the gun-drones have entered operational use it’s unclear if significant numbers have been produced and fielded. Over the coming months we will likely see further fielding of the gun-drones and it will remain to be seen how effective they are and how they may change the dynamic of the conflict’s drone use.

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UK Royal Marines Commandos Adopt SIG Sauer MCX

The UK’s Royal Marines have confirmed that some units of the UK Commando Force are now equipped with the SIG Sauer MCX. The announcement on social media simply read: “The UK Commando Force has been issued with 1,500 new Sig Sauer MCX rifles for use in the maritime counter-terrorism role.” These are set to be used alongside the new Knights Armament-produced KS-1s which were adopted in 2023 as the L403A1.

Royal Marine of 42 Commando seen with a 5.56x45mm MCX in the Royal Marines’ video ‘RAID’, (Royal Marines)

The first confirmation that the MCX was in British service came in February, with the publication of a video titled ‘RAID’ showcasing the Royal Marines Commandos’ capabilities. In the video members of 42 Commando are seen using SIG MCX LTs while Marines from 40 Commando are seen using the L403A1, which has been adopted by elements of the UK Commando Force and the new Army Special Operations Brigade, which is made up of the battalions of the Ranger Regiment which was formed in 2021. Check out my earlier article/video looking at the L403A1 here.

In a full statement the Royal Navy, under which the Royal Marines operate, said the procurement was “part of £6m Navy investment” with the new rifles “designed to complement the Commandos’ new general use weapon [the L403A1].”

This means that the UK Commando Force have at least four AR-patterned (in terms of ergonomics and layout) carbines in service: the new MCX variant, the L403A1 (KAC KS-1), and the L119A1/A2 (Colt Canada C8) which is available in a standard configuration with a 15.7 in barrel and in the C8SFW configuration which has a CQB upper receiver with a 10 inch barrel. Additionally, they also deploy the 7.62x51mm AR-10-pattern L129A1, with plans in the works for an A2 chambered in 6.5 Creedmoor.

Lieutenant Colonel Olly Osborne, of the Commando Force Programme team, said: “These rifles reinforce the commitment of the Navy and Defence to our transformation, and the value the Commando Force provides to our national and international security. This is an excellent period of investment in the force and provides great confidence through exceptional task specific modern weaponry.”

The rifle was procured under the auspices of Project Hay, during which the Royal Navy says that Commandos “put the system through strenuous testing during force-on-force exercises and live firing drills… [they were able to] thoroughly field-test systems and provide feedback on their performance. This was instrumental in shaping the final configurations of the fielded MCX.”

A different configuration of the MCX LT was previously part of the Project Hunter trials. The Royal Marines Commandos’ MCX will replace the short C8SFW with trials of a .300BLK upper and associated ammunition said to be ongoing. This will likely be used in conjunction with reduced ricochet, limited penetration ammunition.

At SHOT Show 2025, SIG Sauer had one of the rifles on display but couldn’t offer details at the time.

From the released imagery we can see that the rifle, an MCX LT, seen at SHOT 2025 matches. The rifle has a 12.5in barrel and is equipped with a SIG Romeo 8T red dot sight and Juliet magnifier, mounted on a UK-marked mount, as well as a SLXC compact suppressor.

In addition to the 5.56x45mm chambering the Royal Marines will also field a .300BLK configuration which has a 9in barrel and accessories (including the stock, an SLX762QD suppressor, magazines, rail scales and optics) in black finish while the 5.56x45mm chambered carbines all feature FDE-coloured accessories (as seen above). This system is intended to prevent the mix up of ammunition between the two weapon systems preventing accidents. As with the earlier L403A1 procurement the MCX carbines were procured via UK-based Edgar Brothers.

The .300BLK configuration of the Royal Marines’ new MCX carbine (SIG Sauer)

UK Commando Force is made up of a number of specialist units; 42 Commando, the unit seen equipped with the rifles in the RAID video, specialises in Maritime Security Operations, Maritime Interdiction Operations, Joint Personnel Recovery, Support and Influence Operations, and Ships Force Protection Teams.

42 Commando won’t be the only unit to deploy the new rifles. UK Commando Force Operations confirmed that L403A1 Alternative Weapon System (AWS) is the primary weapon for 40 Commando and 45 Commando, and the Commando Force’s Surveillance and Reconnaissance Squadron (SR). The latest figures from the UK MoD confirm that delivery of 1,620 carbines have been completed. but that the MCX will also equip 47 Commando Raiding Group. Other UK Commando Force elements will retain the Colt Canada C8, with the aim of replacing remaining SA80 series weapons currently in use.

Royal Marine of 45 Commando with an upgraded Colt Canada C8 in 2021 (UK MoD)

In a recent article Soldier Systems Daily, who has a close relationship with SIG Sauer, noted that the procurement of the Royal Marines’ MCX-pattern carbines had been carried out two years ago with delivery completed in 2024. The Royal Navy’s announcement did not state what the weapons’ designation is but several models of MCX have been in UK service for a number of years, largely within the ecosystem of UK Special Forces. Sources suggest that these MCX are designated the L143A1 and L143A2, it remains to be seen if the new rifles will be designated the L143A3 or be classified as A2s.

Most recently, UK Commando Force shared several photos and a short video of the MCX at the range, with a Royal Marine demonstrating how the weapon can be fired with the stock folded. This is a useful feature for operating in confined spaces during boarding operations.

This article was adapted from a piece originally published at TFB. 

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3D Printed AK ‘Buckshot’ Anti-Drone Rounds

Back in December I published an article/video examining the Russian practice of creating a rudimentary anti-drone round from a 5.45x39mm cartridge case and a handful of ball bearings (BBs). The BBs are encapsulated in shrink-wrap tub ing and then loaded in the cartridge case like a conventional bullet. This was seen to be relatively effective with evidence of multiple workshops independently producing the ammunition.

The ad-hoc production of the ammunition has been seen in locations ranging from kitchen tables to well-laid out large workshops. The rounds have also been tested by Ukrainian forces and there has been some interest in replicating the buckshot cartridges but its unclear if this has come to fruition as yet, shotguns appear to be more prevalent for Ukrainian forces.

3D printing has become a key element in so many aspects of the ongoing war so it was inevitable that it would be leveraged in making this ad-hoc anti-drone ammunition. It appears that several Russian workshops have now developed 3D-printed sabots to replace the shrink-wrap tubing. It appears that this move towards 3D printed sabots is an effort to prevent the barrel being fouled by plastic from the tubing. This is an issue which has been highlighted in a number of posts including a bore scope video published by Ukrainians who tested the home-made rounds. The shrink-wrap likely disintegrates in the barrel leaving behind polymer residues whereas the 3D printed sabots seem to remain intact until they leave the barrel.

The first sighting of the 3D printed sabots came on 23 February, when a Russian telegram channel shared a video showing the printing and assembly of the anti-drone ammunition with 3D printers printing a bullet-shaped sabot. The design and production was attributed to the assault detachment of the 33rd regiment of the 20th Guards Motor Rifle Division. The design consists of a two-piece clam shell-like design which encapsulates the BBs and can be loaded into a 5.45 cartridge case like a conventional projectile. The video shows three 3D printers printing the sabots which hold 4-rounds each. It then shows how the standard cartridge’s projectile is pulled from the case, the sabots are loaded with BBs and then the sabot is tapped down into the case.

The video then shows an individual firing full auto at a target, said to be 75m away away – thought the distance is difficult to verify. It then cuts to a shot of the rifle disassembled and the individual filming states that after four magazines there is no plastic residue in the gas system, barrel or action.

On 26 February, another Russian Telegram channel, Time of Terror, which describes itself as run by a special forces drone group, shared a photograph of a cartridge loaded with sabot with the two halves of an empty sabot next to it, stating that they had been asked to develop the sabot by a subscriber and that tests were ongoing. The nose of sabot has a notably less pronounced point compared to the first example. A day later the same Telegram channel shared another photograph of the ammunition this time with a five-BB sabot, next to a bottle of Crosman copperhead BBs.

Several days later, on 2 March, a short video showing a version of the sabot without the pointed nose was shared. It appears that the point of the sabot’s nose has been filed down. The video’s captions reads [machine translated]: “Based on the feedback, certain modifications were made. After checking them and collecting feedback from other units, we will stop at the most working version.” The video shows a few bursts being fired and several hits on a target down range. The video appears to have been filmed somewhat close to the frontline.

Later the same day another photo of some of the ammunition was shared, notably with the sabots seated at different depths. The caption mentioned the changes that have been made based on feedback [machine translated]: “In the new version, the diameter of the bullet base was reduced by 0.2mm and a chamfer was added instead of rounding, the diameter of the first solid cut-ring was reduced, which ensures easier pressing.”

On 4 March, the same Telegram channel shared a video demonstrating the assembly of one of the rounds. The video shows the pulling of a bullet and then the filling of the sabot with five BBs before the two halves of the sabot are pressed together and placed in the cartridge and tapped home with a hammer. The video’s caption reads [machine translated]: “At present, we observe significant potential in the application of the proposed modernization. Tests are ongoing, collecting data, which is necessary for forming a final conclusion on this issue. It is proposed to begin developing a prototype of equipment for an accelerated pressing procedure.” This would suggest the use of a conventional bullet press rather than a pair of pliers and hammer.

The video also includes footage of testing showing the ammunition being fired at a small rectangle of cardboard. The first two strings have a horizontal spread but with most of the BBs appearing to hit the target. A series of bursts shows the more hits on the target. The engagement range appears to be around 20-25 metres.

On the same day they also shared a short clip of a PKM machine gun being loaded with a belt holding three rounds of anti-drone 7.62x54mmR ammunition. Not much can be seen in the video but its likely that the 7.62 sabots can hold six or seven BBs. The caption notes [machine translated]: “In parallel, tests are being conducted for the modernized rifle bullet 7.62… Three rounds were fired in single mode. Results will be added later, looking ahead I will say that there is potential.”

The usefulness of having a machine gun with a belt of the anti-drone buckshot ammunition is somewhat debatable, while perhaps not ideal for a patrol or an assault having a belt of anti-drone ammunition while defending a position may be useful. A post from 8 March, shows the development of a loading punch and the use of nail varnish on the nose of the round as a means of adhering the nose of the sabot together preventing it parting. The most recent post from Time of Terror features couple of photos of a large batch of five-BB sabots. The caption states: “made a batch of 10,000. The test variants showed a very satisfactory result. I am waiting for further feedback and hope to put an end to this process as soon as possible.”

The evolution of these makeshift anti-drone rounds has moved rapidly, with the shift to 3D printing in some areas leading to the potential production of thousands of rounds. While printing may expedite one element of production the loading of the sabots and the seating of them in cartridge cases remains a bottle neck in the manufacturing of the rounds.

Update – 3/4/25

Another version of the 3D printed sabots has appeared on line in a video showing a Ukrainian combatant from the . Printed as once piece the sabot has five recesses for BBs. A video shows the firing of three rounds from an AK-74 pattern rifle. A target is shown approximately 5 metres away with a pattern of impacts from the anti-drone rounds.

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Ukraine’s Fixed Wing Gun Drone

Since our last article/video on gun-armed drones in September 2024, both sides have continued to develop the technology. We’ll be taking a look at the latest develeopments in gun-armed rotor-powered drones in a future article/video, in this video we’re going to take a look at the latest development: a gun-armed fixed wing UAV.

The first imagery of the ‘ZigZag’ UAV developed by Ukrainian drone manufacturer Sky Defenders was shared on social media 15 March. Shared on Sky Defenders’ official social media channels the minute long video shows a fixed wing UAV being launched, once in the sky the video cuts to an onboard camera view which features a crude but unmistakable sighting ring. In the nose of the UAV we can see a pair of tubes set side by side. The video shows a test flight of the twin prop UAV.

The ZigZag during flight testing, without its guns mounted, February 2025 (via Sky Defenders)

This appears to be the second fixed-wing drone developed by Sky Defenders. the first is the Vyryi M7 which is now said to be being delivered to Ukrainian units. The M7 is a loitering, or one-way, munition, powered by a single rear prop it has a 33km range and a warhead in its nose.

In an earlier video shared by a Misha a member of the Sky Defender’s team, posted on 5 March, we get a closer look at the ZigZag gun-armed drone. The video’s caption reads: “Please support the combat tests of the Zigzag interceptor aircraft. This UAV is quite an achievement for my small but really awesome team. We put all our resources into this project.”

The ZigZag firing its left, top, gun barrel during testing (via Sky Defenders)

The ZigZag has been in development since at least February 2025, with Sky Defenders sharing a short video from flight testing of the drone with the UAV seen without its four guns.

It appears that the drone actually has four rather than two gun barrels. There is only a short clip of the drone’s guns being tested and it doesn’t appear that the drone’s flight is impacted by the recoil of the gun. From the fuselage design it appears that the drone will not be using the counterweight recoilless gun designs used by the quadcopter gun-armed drones. It’s likely the the ZigZag is powerful enough to fire conventional-type ‘shotgun’ and withstand the recoil.

A close up of the ZigZag’s four-gun barrels and gimbal mounted camera (via Sky Defenders)

In the video we can see the aiming post and ring and behind it a camera on a 360-degree gimbal mount which enables aiming. While the M7 drone is a one-way-munition and not designed to return the ZigZag appears to be more robust and intended for repeated sorties. The range, weight and loitering time of the UAV is currently unknown. The role of the ZigZag appears to be as a dedicated drone hunter able to rapidly intercept opposing drones and engage them with its guns. It will be interesting to see how the ZigZag is employed.

The Sky Defenders ZigZag represents another interesting step in the rapidly evolving gun-armed drone space in Ukraine.

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Improvised Shoulder-Fired S8 Rocket

The S8 is an 80mm family of unguided rockets developed by the Soviet Union and still in service today. Developed in the 1970s there is a whole range of different types of warheads for the rockets and the S8s are most commonly seen being fired from both Russian and Ukrainian helicopters or Su-25s. We typically see both sides firing salvos of the rockets by pitching up the aircraft and launching, while this no doubt more inaccurate than firing them directly onto a ground target, as originally intended, the practice does keep the valuable aircraft somewhat out of the range of opposing air defences and must have some effect downrange as the practice has continued since the first weeks of the war.

Firing an improvised S8 launcher (via social media)

This week, however, a video of an improvised launcher developed to be fired from the shoulder emerged, seemingly developed by Russian personnel. We can see that the launcher has a pair of pistol grips, a shield made from four planks of wood with a small hole and a plastic screen tacked in place. An electrical box is also mounted on the shield, possibly containing a battery, with a cable tube running to the rear of the launch tube, ostensibly to ignite the rocket motor. It appears that there may be a trigger on the front grip. An individual in the video providing commentary states that the connection is ‘absolutely safe’. The launch tube appears to have at least one bracket welded to it for securing the shield. How the launcher is aimed is unclear, but the individual filming states that they are testing the principle and still need to make some refinements.

S8 rockets ready to be loaded onto a Ukrainian helicopter, 2023 (via social media)

The S8’s rocket burns for approximately 0.7 seconds, generating around 5,800 Newtons of thrust. Depending on the variant of rocket used the rocket has a velocity of around 450 m/s, some variants are faster, this is around 4x faster than a conventional shoulder-fired rocket system, an RPG-22 for example has a muzzle velocity of approximately 130 m/s.

Shield and pistols grips of the improvised S8 launcher (via social media)

The clip shows the firer shoulder the weapon and fire, the launch is successful with the launcher operating as expected but the recoil from the extremely fast moving rocket was considerable. The exhaust gases also appear to have acted on the shield pushing it back against the operator. The launcher flies completely out of the operators hands just after launching, with the shield – designed to protect against rocket’s exhaust gases, apparently striking him in the face. The individual filming continues to track the flight of the rocket and the firer is not shown again.

Preparing to fire an improvised S8 launcher (via social media)

The idea of shoulder launching an S8 has been explored before in Chechnya and elsewhere but unless the force of the launch can be mitigated then the results are the same. Ground improvisation with S8 rockets isn’t uncommon with lots of improvised multiple-launch rocket systems (DIY MLRS) being used by both sides, these typically use pre-existing rocket pods mounted on vehicles. This is a topic for a future article/video. A single S8 launch tube on a mount or tripod, where the danger to the operator is minimised, might have useful applications, similar mounts have already been developed to fire Grad rockets with some degree of accuracy.

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Heckler & Koch GMG in Ukraine

While the Mk19 40×53 mm automatic grenade launcher has become increasingly ubiquitous in Ukraine, alongside familiar Soviet-era AGLs like the AGS-17, but there are other automatic grenade launchers in use. In this video we’ll look at the use of the comparatively rare Heckler & Koch GMG.

Developed in the early 1990s the GMG (grenade machine gun) or Granatmaschinenwaffe (GMW) uses an advanced primer ignition blowback action. Gun, mount and tripod combined weighs in at around 47.5kgs and has a maximum range of 2,500m. It feeds from 32-round disintegrating belts and is used by over twenty countries.

On 23 May 2023, the German government confirmed that 100 GMGs were to be transferred to Ukraine. The first back of 30 GMGs were confirmed to have reached Ukraine by the German government on 8 December. A subsequent batch of 70 guns were reportedly delivered in March 2024. On 23 December 2024, the German government announced that an additional 120 GMGs had be transferred to Ukraine bringing the total number provided by Germany to 220.

Additionally, it is likely that a small number of HK GMGs may have been provided along with vehicles provided by various countries including the Netherlands and Slovenia. While it is difficult to confirm if a vehicle has simply been mounted with a GMG, rather than being delivered with it, some of the vehicles appeared in Ukraine before Germany pledged the GMGs as aid.

The first HK GMG’s appeared in Ukraine long before the German government began providing them as aid. The first gun was seen in October 2022, appearing in a short clip of a KNDS Fennek reconnaissance vehicle. It should be noted that while confirming if this video was filmed in Ukraine is difficult, the delivery of the vehicles has been confirmed by the Dutch government. Fenneks can either mount a GMG, an M2 Browning or a GPMG. An unknown number of Fenneks are confirmed to have been provided by the Netherlands.

It’s worth noting the Ukrainian troops who have been trained in the UK as part of Operation Interflex may also have been familiarised with the HK GMG which is in UK service as the L134A1, the UK is not known to have provided any of the guns to Ukraine. Ukrainian troops training in the UK in November 2022 were seen familiarising with the GMG, but this may simply have been to familiarise with Western 40mm grenade launchers rather than with the GMG specifically.

There is a considerable gap between sightings with the next appearance coming in February 2024, when a Slovenian Valuk 6×6 armoured personnel carrier equipped with one appeared in a video from Ukrainian journalist Ramina Eshakza. The vehicles gunner discusses using the GMG and close ups show that it is loaded with a belt of M430A1 High Explosive Dual Purpose. The gunner notes that he liked the assistance in aiming that the GMG’s shoulder rest provides.

Following the arrival of the first batches of GMGs donated by Germany in the first half of 2024, the weapons began to appear more regularly throughout the second half of 2024. On 12 July, the 115th Territorial Defense Brigade shared a series of photographs of troops training. In two of the photos men can be seen training with an HK GMG, noteably the gun has an interesting set of markings on its feed tray cover – which read: “Not like Mk19! Male link first!” in English and accompanied by pictograms indicating the link orientation. These markings were added in December 2023, ostensibly to avoid confusion for operators who might be more familiar with the Mk19 and assume the loading procedure is the same. Given HK’s production workflow it is possible that these markings were added specifically for the Ukraine contract, why the text wasn’t rendered in Ukrainian is unclear.

Two months later, on 10 September, a Russian drone team claimed to have have suppressed a Ukrainian position, specifically naming the weapon as a GMG. The footage’s low resolution makes this difficult to confirm. Later in September a photo was shared of a Ukrainian combatant sat next to a GMG, the date, location and the combatant’s unit is unknown.

On 8 October, a team from the GUR’s 2nd Special Operations Detachment KORD, which is a part of the Tymur Special Unit, shared a photograph of a GMG in the rear pedestal mount of a ridged inflatable boat. The mount features an armoured shield to protect the gunner.

A week later the 44th Mechanised Brigade shared several photos of a Valuk APC mounted with a GMG. In one of the photographs the gun’s serial number is visible, ‘57000483’ which would place it’s manufacture in the early 2000s. This confirms that the GMGs seen mounted on the Valuks came with the vehicles and not from German aid.

In early November the Kalinoŭski Regiment shared a video, said to show an engagement
 near Liptsi in the Kharkiv region. An HK GMG engages Russian infantry in the open and uses a drone feed to correct the fall of shot. This is the only footage we have of a GMG actually operating in Ukraine.

Several weeks later, on 19 November, the 44th Mechanised Brigade shared another image of one of their GMG-armed Valuk APCs in a post commemorating the 1,000th day since Russia’s invasion in February 2022.

On 27 November, the GUR’s Aratta Battalion used a photo of an HK GMG mounted on a Polaris MRZR all-terrain vehicle on the thumbnail of a social media video. The vehicle and GMG, however, don’t appear in the video. A member Med Team Alpha, an element of the GUR’s International Legion, posted a photograph on 21 December, with a tripod-mounted GMG in the background.

On the 22 December a member of another GUR International Legion team, the Delta Knights, posted a series of photos with an HK GMG in a fighting position. The location of the position is unknown, notably he’s also holding an HK MG4, keep an eye out for our article/video on those.

The Aratta Battalion’s GMG mounted on an Polaris ATV does appear in the background of a photo posted on 1 January 2025. On the 9 January 2025, another photograph, possibly from a member of the Aratta Battalion, also showed an HK GMG mounted on the back of a Polaris ATV.

On 10 January, MTAC, a Ukrainian military clothing and gear manufacturer, shared a photograph of a combatant posing with a pintle mounted GMG on a Polaris. Notably the GMG’s reflex sight is not fitted. This Polaris may be one of those previously seen with Aratta Battalion.

Thank you to Matthias, Dikobraz and DEaidUA for their invaluable help with this article/video.

Update: 1/2/25: The GUR’s Artan Unit were featured in a CBS report which showed them setting up an HK GMG during training. Artan shared this on Telegram on 31/1/25.

Update 11/2/25: An automatic grenade launcher team from the GUR’s Artan Unit were seen in action with an HK GMG in a video shared on 5/2/25. The team do not appear to be using the weapon’s sights suggesting they are correcting fall of shot by observation and are firing on pre-ordained coordinates.

Update 11/2/25: A support team from the Belarussian Volunteer Corps operating an HK GMG during an operation near Vovchansk. No reflex sight or other optic is used, instead the team utilises the ladder sight. This also appears to be the first occasion we have seen a GMG painted. (Source)

Update – 18/11/25:

Recent image of a HK GMG with collimator sight, as well as an HK MG5.

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