Tag: Ukraine update

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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Russian Anti-Drone AK-Buckshot Rounds

We have previously examined a couple of Russian efforts to develop small arms-based anti-drone weapons including the single-shot shotgun insert for GP-25 under-barrel grenade launchers and in the future we’ll examine the efforts to develop an anti-drone shotgun muzzle device which is now in production at several Russian companies. All of these efforts have one thing in common – they are seeking to turn the individual soldier’s rifle into a weapon capable of countering the enormous drone threat they are facing.

In this article/video we’ll examine perhaps the simplest attempt at creating counter-drone ammunition I’ve come across so far. While a number of Russian companies have developed specialist shotgun ammunition for increasing the probability of shooting down drones with 12 gauge shotguns there has been no official or commercial efforts to develop an anti-drone 5.45x39mm rifle round. The efforts examined here all appear to be localised with the concept disseminated via social media.

In early July, a video showing a Russian combatant making home-made buckshot cartridges for their AK-74 pattern rifles was shared. The quoted caption read: “To combat annoying drones, our soldiers are remaking AK cartridges by inserting buckshot charges in them in a dielectric heat shrink.” In the video the Russian combatant demonstrates filling a length of electrical wire insulation sleeving with ball bearings, pushing them in with what appears to be a tent peg. He then uses a candle to heat shrink the sleeve around the ball bearings and then takes a 5.45x39mm cartridge, with the projectile pre-extracted, and places the ball bearings into the cartridge case, down on top of the propellant. He then heat shrinks the exposed ball bearings and hand crimps the case neck around them.

Since the July video I didn’t come across any imagery showing the buckshot until November, when interest in the concept seems to have increased with a flurry of posts on Russian telegram channels discussing the manufacture of the rounds and their pros and cons. The first of the second wave of posts came on 12 November, with a telegram channel sharing a photograph of two buckshot 5.45x39mm cartridges alongside two sleeves of seven ball bearings. The post makes some interesting observations; suggesting alternating the loading the magazine with the buckshot and tracer rounds. The post also mentions that the 4.5mm diameter of the shot is smaller than the diameter of the barrel and that this will likely impact ‘accuracy’ – though I suspect this is just one of numerous factors which will impact on effectiveness of the rounds. The post also notes that the plastic sleeving is likely to gum up the barrel’s rifling which will in turn impact the accuracy of the rifle and could lead to catastrophic fouling. The post concludes by suggesting while the idea is flawed if you don’t have a shotgun available the improvised buckshot is better than nothing.

Two days later on the 14 November, a video showing the assembly of a buckshot round identical to those seen in the previous photograph was shared. A Russian combatant fills a cable sleeve with seven Crossman 4.5mm (.177) ball bearings, he heat shrinks it with a lighter and then puts the shot into another slightly wider piece of sleeve which he also heat shrinks. Then he hand seats the shot in a standard 7N6 cartridge case and uses a pair of pliers to crimp the case neck.

On 16 November, the first video claiming to show the buckshot in action was posted. The clip begins with a drone feed video showing a lone Russian combatant in a trench system before cutting to helmet camera footage showing the combatant firing up at a passing FPV drone, he appears to successfully clip one of the drone’s rotors. The footage may have been filmed at a training range. Alongside the video they posted a photograph of a magazine loaded with the buckshot. The post’s caption again recommends alternately loading the magazine, this time with a sequence of ball ammunition and buckshot, claiming that “this sequence allows you to fight air targets as effectively as possible”.

On the 18 November, the same channel shared a short post explaining how the buckshot cartridges are assembled and what is needed. The post shows the same photograph that was shared on 12 November. This post suggests using the buckshot with a mix of tracer when firing from vehicles and standard ball ammunition when on foot.

Another Russian channel uploaded a pair of videos on the 29 November, one showing the assembly of a buckshot cartridge and a demonstration video. The first video shows several individuals in a workshop assembling the buckshot cartridges. Several individuals are working on different states of assembly with one feeding the shot into the plastic sleeving, another using a heat gun to shrink form the sleeving, another pulling projectiles from 5.45x39mm cartridges and another cutting the sleeve of shot to length, about six ball bearings, before seating it in a cartridge. This process shows production at a more significant scale.

The second video shows a demonstration of the rounds being fired from an AK-74. In the video the combatant recommends not using the rifles standard muzzle-brake to in feat of the shot striking it. The combatant then empties a magazine of buckshot, though its difficult to make out if the entire magazine is buckshot or if there is a mix. The video then shows the target downrange, a sheet of metal, perforated with a significant dispersal pattern.

A post on another Russian telegram channel shared on 3 December, included the earlier videos along with a couple of photographs of a pair of jungle-taped magazines alternately loaded with the buckshot and a mix of ball and what appears to be black-tip armour piercing 7N22. Interestingly, the post suggests that the alternated non-buckshot rounds ‘clean’ the bore of any residue from the plastic sleeving.

The most recent sighting of the buckshot, at the time of writing, were published on 5 December. They include a range video which demonstrates the buckshot, with the caption claiming that from 14 rounds fired there were “41 punctures in the target”, the target appears to be about 25 feet (8 metres) away. It is worth noting that the rifle’s muzzle-brake has been removed. In the replies to the post a photo of some buckshot rounds was shared showing them alongside a length of sleeving filled with shot and a bottle of Crosman ball bearings.

The final video shared on 5 December again shows the typical production of the home-made buckshot rounds. This time lead shotgun pellets are used rather than ball bearings. The caption of the video notes that it is essential to clean the rifle after using the buckshot ammunition. It also notes that the main strength of the home-made ammunition is that its simple and instantly on hand if a soldier carries a magazine loaded with it, then he can quickly load and engage a drone.

The development of the home-made 5.45x39mm buckshot is certainly intriguing and at short ranges, from the available imagery, appears to have some merit. It enable an combatant armed with an AK-74 to theoretically engage a drone with a potentially slightly improved hit probability – though they may have to operate with their muzzle-brake permanently removed. Drones remain one of the key battlefield threats for combatants in Ukraine but it is unlikely this ad hoc solution is effective against drones at ranges of more than 20 yards. The dispersion of the five to seven shot is extremely unpredictable given it is being fired from a rifled barrel and there is not choke.

Many Russian posts discuss the potential for damage to the rifle and while this is certainly possible, especially when using the steel BBs rather than lead shot, the user however, is unlikely to be firing hundreds of rounds of the buckshot – especially given how time consuming production appears to be. Fouling from the plastic cable sleeves used may also have detrimental effects and cause barrel obstructions. It’s also unclear how reliably the round will feed given the varied projectile length and lack of rigidity when feeding. Additionally, once in field conditions significant temperature changes could impact the integrity of the plastic sleeves. Never the less the idea is ingenious but it illustrates how urgently defences against FPVs and other drones are needed by troops in the field.

Update – 22/12/24: A clip of a Ukrainian testing a version of the ammunition with 6 ball bearings. He feels the concept has enough merit for it to be of some use. (Source)

Update – 24/12/24: Additional video of scaled production of the 5.45x39mm ‘buckshot’ rounds shared via telegram.

Update – 9/1/25: Another clip of Ukrainian’s testing the ‘AK buckshot’ concept.

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Dismounted 2A28s as Improvised Support Guns

The 2A28 Grom is the main armament of the BMP-1 and BMD-1 infantry fighting vehicles, it is essentially a 73mm low-pressure gun which fires a variety rounds ranging from HEAT to HE-Frag. Developed in the early 1960s it has been in Russian service ever since.

While it is the same calibre as its tripod-mounted cousin the SPG-9 it is designed to fire rounds with less propellant charge. In the last six months there have been a series of sightings of Russian troops testing 2A28s which have been dismounted from vehicles and mounted on craft-made or repurposed carriages for use as infantry support guns.

A 2A28 on what appears to be a 2B9 carriage (via social media)

The first of these I’ve been able to find appeared on 27 May, this example was seen in a short video being test fired. The gun itself appears to have been mounted on a carriage similar to that used by the 2B9 Vasilek automatic mortar, though there are some differences in the trails. The crew of a gunner and loader are able to get of 10 rounds in 40 seconds with the gunner adjusting his aim several times. In the background there appears to be a team training with a conventional SPG-9. It could be argued that the wheeled carriage offers and advantage over the SPG-9 which has to be deployed on foot by its crew. The dismounted 2A28s could be seen as DIY analogues of the old Swedish PV-1110s which have seen limited service with the Ukrainians.

A 2A28 mounted on a commercial trailer which is removed when setting up to fire (via social media)

Several months later on the 1 July, another dismounted 2A28 appeared. The first of two videos showed the gun being towed into position by a tractor. The 2.37 minute-long video shows the crew bringing the gun into action: uncoupling it from the tractor, fitting the trails and front support. The carriage itself has been fabricated using a commercial trailer which is removed from a frame once the trials and supports have been fitted. The frame is built around a ring for the BMP-1’s original turret ring to sit on. This appears to allow rotation using the turret ring. The BMP-1’s turret has been cutaway to enable the gunner to access the breech. A couple of photographs of the salvaged turret being adapted were also shared with the videos. It takes the crew approximately 1 minute 40 seconds to bring the gun into action, the design is quite ingenious if unwieldy. The video concludes with the gunner refusing a lanyard and firing the gun personally.

The second shorter video shows a gunner operating the gun alone loading and firing another four rounds in 17 seconds. The gun jumps and moves back significantly despite the carriage’s trails having spades to reduce recoil movement. Some sources claim the unit is part of the 25th Combined Arms Army, the Russian combatant filming the video mentions the ‘3rd Battalion’ but does not mention a regiment or brigade.

On the 26 July, a short video of a pair of 2A28s mounted on well built craft-made carriages, which appear to share a common design, was shared. While the design of the carriage appears to be the same they have different sized tyres.

Another well made dismounted gun based on a 2B9 carriage (via social media)

Most recently, on 6 September, a Russian engineer shared a couple of photos of a carriage-mounted 2A28 he came across at a unit near the front. The carriage again appears to be from a 2B9 Vasilek mortar. The 2A28’s trunion appears to be mounted directly on to the carriage.

The idea of re-purposing the 2A28 isn’t a new one with the guns seen dismounted around the world with examples from past and current conflicts in Libya, Syria and Africa. According to open source figures from Oryx an estimated 824 Russian BMP-1s had been damaged or destroyed. These knocked out BMP-1s and others which have broken down in the field are likely the source of the 2A28s in use in the craft-made support guns.

The rarity with which these DIY support guns have appeared on social media suggests that they may not be an entirely practical weapon system though their existence points to a perceived need for infantry support guns in the field. The 2A28’s effective battlefield range is likely around 500 yards, but given the guns are now unstably mounted on ad-hoc carriages, rather than a 13 tonne BMP-1 they suffer from greater recoil which may be a detriment to their effectiveness.

A pair of dismounted 2A28s testing at a range (via social media)

If the guns are to be used to harass, suppress or saturate a target at medium ranges they may be more effective but the Ukrainian battlefield is not an ideal space for an exposed crew to be manning a 2A28. With large stretches of open ground dominated by artillery and drones the dismounted 2A28s are likely to be of little value, even if crews attempted to tow them into optimal range. The dismounted 2A28, however, might prove more effective in the urban battlespace where support guns are valuable for dislodging enemy defenders from positions. Given I’ve not been able to find any verified footage of the guns in use in combat so far it is difficult to objectively gauge their effectiveness without speculation.

Update – 17/2/25:

Update – 7/10/25:

A Russian ad hoc technical with a 73mm 2A28 cannon mounted on what appears to be a chopped Moskvich 412. Date and location of the video is unconfirmed.

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RPG-FPV – Rocket Launcher Drones in Ukraine

In a recent video/article I mentioned that the Ukraine-aligned Georgian Legion had mounted an RPG-7 on an drone and successfully tested it. Several days later video of another drone equipped with disposable RPG was shared. Posted on 10 September it shows a Queen Hornet FPV equipped with an RPG-18 anti-armour weapon. The drone is seen taking off at a range and hovering. The short clip does not show the RPG-18 being fired.

This isn’t the first time a drone with a disposable RPG mounted on it has been seen in Ukraine. In January 2023, a photograph surfaced of a heavy-lift DJI Agras T-30 armed with a gimbal mounted PK-pattern machine gun and a Bulgarian Bullspike anti-armour weapon. The photo has since been shared regularly but with no further context. One post claimed it was associated with a GUR unit (Solnyshko DRB).

Still showing Bulava’s RPG-FPV (via Wild Hornets)

On 13 September, the Wild Hornets (a Ukrainian drone manufacturing organisation) shared a video of another RPG-FPV. The 56 second video, soundtracked by music from Terminator 2, showed a Queen Hornet drone equipped with what appears to be a Bulgarian Bullspike-AT. The efforts to develop an RPG-FPV based on the Queen Hornet appear to be lead by the Bulava drone team, part of the 3rd battalion of the Separate Presidential Brigade. The Bullspike-AT is produced by VMZ and fired a PG-22 pattern warhead, it has an effective range of 500m and can penetrate up to 400mm of armour. It weighs in at around 3.4kg, which is well within the Queen Hornet’s 9.5kg (21lbs) payload. The video shows the RPG-FPV take off and fire at a target down range. The drone can be seen pitching down to aim and then returning level before landing. This appears to have been a test of the assembly of the system to confirm the concept. In the photographs at the beginning of the video it appears that the weapon is fired by a servo arm which depresses the weapon’s trigger.

The Bulava RPG-FPV was again briefly seen in a fundraising video shared by the unit on 15 September. A close-up of the drone shows an RPG being attached to the drone with a zip-tie and the servo arm trigger mechanism is again visible.

On the 17 September, Wild Hornets shared another short video from the Bulava team, claiming that the team had been working on ‘calibrating the drone grenade launcher’ leading to the ‘shots [becoming] more accurate.’

RPG-FPVs are something that Russia has also begun developing with one showcased at the recent ARMY 2024 defence exposition. The drone appears to consist of a ‘Gortensia’ quadcopter armed with an RPG-26 anti-armour weapon. The drones was developed by Гортензия (Gortensia) and has a range of 10km and a payload of up to 6kg. On an info sheet shared at ARMY 2024 the company claims they are developing a system that allows the drone to jettison the empty RPG tube once it has fired. Images from ARMY 2024 show a dovetail-type attachment with a cradle attached to the RPG’s tube. On 18 August, the company shared two videos of test launches of the RPG-armed Gortensia drone. The videos show the drone take off and then the drone pitches down to aim and then fires. On firing the RPG’s tube detaches from the drone, seemingly using the weapon’s recoil to jettison it. In the second video, the drone travels further down range and fires on the target at a flatter trajectory, again the tube detaches from the drone.

‘Gortensia’ quadcopter with an RPG-26 (via social media)

In mid-September Russian government organisation People’s Front shared a short video showing a octocopter armed with an RPG-22 being tested at the range. The RPG-22 is mounted on its side The long body of the extended RPG-22 body, at 850mm long, seems to somewhat impact the balance of the drone. Despite this the test fire appears to be successful, it’s unclear if this is a development by a drone company or a Russian unit.

While the RPG-FPV has more firepower than the gun-armed drones which have begun to emerge they are still a concept in development. The major positive of the RPG-FPV is the use of an anti-armour weapon which means that the drones aren’t a part of the munition, as in the case of the kamikaze/one-way FPVs, and can be reused. Similarly, the firing of the RPG’s warhead means the drone does not have to be directly over its target as with a bomber drone. This means the RPG-FPV can engage at stand-off distance and has increased survivability. The difficulty, as we’ve seen with the gun-armed drones, is aiming the launcher accurately. It’s still unclear if the drone operators are using the FPV’s primary camera to aim the weapon, this would mean the aiming process might be impacted by latency, the lack of a reticle and poor feed quality. One way to increase hit probability might be to mount the RPG vertically as Nammo did in their tests of an M72-armed drone back in late 2021. The technology and doctrine for RPG-FPVs is still developing so it will be interesting to see how these drones evolve and are employed tactically.

Update 22/9/24:

A video of an RPG-FPV, developed by an unspecified manufacturer, was shared by MASH with the caption (machine translated):

“Meet the new product in the SVO zone – the flying RPG-26. The drone has already passed tests and will soon delight the military on the front lines.

According to our information, the request for the device came from the Ugledar direction, since ours went on the offensive. The first batch of fighters is preparing for flights.

Features: stabilization mode, which does not throw the drone back after firing. On the contrary, the drone returns to the base to replace the grenade launcher. It is equipped with an RPG-26 with armor penetration of 440 mm (and the prospect of installing a “Shmel” flamethrower). It carries up to 12 kg, rises to 800 meters, flies 30 km at a speed of up to 60 km / h. The miracle costs about 600 thousand rubles, the footage shows winter tests.”

Update – 14/1024: A Wall Street Journal article (by Isabel Coles) featured photographs of one of the Ukrainian RPG-FPVs pictured during assembly and range testing.

Update – 8/11/24: An ArmyInform video looking at the Bulava RPG-FPV. It appears to show the same test launch featured in earlier videos.

Update – 29/12/24: A Russia RPG-FPV fires on a building.

A Russian FPV hits a building with a rocket launcher, possibly an RPG-18.The rocket motor burns out completely in the launch tube, so the FPV isn’t hit by backblast.

— Roy (@grandparoy2.bsky.social) 2024-12-29T03:59:36.520Z

Update – 15/2/25: Russian with RPG-FPV, no further information available. (Source)

Update – 28/2/25:

Ukraine’s Presidential Brigade shared a video showcasing the work of its drone teams. In the video an AK-FPV is highlighted.

Update – 13/5/25:

WildHornets have shared what they report is the first combat use of their RPG-armed drone.

Additional footage from WildHornets gives us a closer look at the drone:

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Russian Recoilless Gun Drone

What is old is new. On 12 September, Russian journalist Alexander Kots shared a photograph of a recoilless gun mounted on a drone on his Kotsnews telegram channel channel. The idea certainly isn’t a new one. The use of a recoilless gun on aerial platforms dates back to the 1910s with the development of a series of recoilless guns by Commander Cleland Davis (US Navy) which were experimentally mounted on a variety of early military aircraft.

While the Davis Gun was abandoned shortly after the end of World War One, it was influential and its principle of operation was utilised in later recoilless guns. Essentially it worked along the premise of Newton’s Third Law of Motion, that all things have an equal and opposite reaction – as such Davis connected two guns back to back, with the backwards-facing gun firing a counter-weight.

Fast-forward over a century and the concepts is again revisited in miniature and mounted on a quadcopter drone. Kots described the recoilless gun in his post [machine translated]: “Large pellets are loaded in the front, and an equal counterweight is loaded in the back. Thus, a lightweight drone becomes capable of hitting small air targets without the risk of falling into a tailspin from the recoil.” The image shared appears to show a smoothbore weapon attached to the drone with plumbing clamps with several electrical wires running to it, likely for ignition of the charge.

The developer of the drone, the chief engineer of Russian company BRT, shared Kots’ post commenting [machine translated]: “Our BUBUKA hit the news. I made it, taught it to shoot, and gave it to our FPV players… – I don’t fly myself, it’s not my thing,” lamenting that “since then – no response, no greetings. I’m not even sure they tried to test it.”

The engineer followed this up by posting footage of a test of the recoilless gun, explaining [machine translated]:

“The principle is fully functional. And it was used more than 100 years ago, on plywood planes.
On the FPV, as I see it, for its use, you need to solve 2 main problems: –
– aiming at the target.
– correct ballistics of shot ammunition (dispersion, mass of shot charge, etc.).”

In the video the engineer exclaims that ‘both ways [fired] just fine’ with the grass in front of both barrels clearly impacted by the test. It’s unclear what kind of shot the recoilless gun is designed to use likely a buckshot-style round able to spread on leaving the barrel and sufficiently damage a drone to down it.

It appears that the ‘Bubuka’ may not yet have been tested or used in the field but it is an interesting design mitigating one of the major factors of firing a weapon from a drone – recoil. However, the recoilless gun has a number of drawbacks too. While the gun allows the drone to engage another drone kinetically without having to fly into it, the gun only has one shot which magnifies the difficulty of scoring a hit when aiming is difficult. It’s clear, however, that the evolution of drone warfare in Ukraine is continuing at pace with recent efforts by both sides to mount AK-pattern rifles to drones and the increasing number of drone vs drone engagements occurring.

Update 28/12/24: It appears that a Ukrainian team has also developed a recoilless gun-armed drone. 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 show a series of successful drone vs drone engagements.

Update – 3/1/25: A telegram associated with BRT has posted additional photos of their recoilless gun drone developed in early 2024 and expressed Thier frustration that a similar Ukrainian drone has had operational success.

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Gun-Armed Drone in Ukraine

Drone warfare has evolved massively in Ukraine since the Russian invasion in February, moving from commercial drones spotting enemies and dropping grenades to First Person View (FPV) drones capable of taking out a tank. One branch of the possible evolution of drones which hasn’t seen a great deal of development or practical use is the mounting of small arms on them. 

On 4 September, Wild Hornets, a Ukrainian drone manufacturing initiative, shared footage of what they claim is the first use of their gun-armed drone in combat. The video was shared with the caption [machine translated]: “this time, the first combat deployment was carried out—targeting a position with Russian forces. This test indicated the direction in which this project should move forward.”

The grainy footage from an FPV drone’s camera shows the barrel of an AK-74, mounted tilted to the right, at the bottom center of the frame. It is seen firing several full-auto bursts towards the ground but it’s difficult to see at what exactly. The drone is believed to be operated by the Bulava (Mace) drone team, which is believed to be attached to the Ukrainian Presidential Brigade.

Wild Hornets note that the rifle is mounted on one of their largest FPV drones, a Queen Hornet. The Queen Hornet FPVs can reportedly carry up to 9.5kg (21lbs) of payload so an AK-74 with a loaded magazine (even a 40-round RPK-74 magazine) would be no issue. The drone also has to contend with the rifle’s recoil and from the video it appears that on firing the drone’s flight is only slowed momentarily. The Queen Hornet was unveiled in March 2024, and began to appear on the frontline in July and have been used not only to drop munitions but to also deliver smaller drones downrange – acting as a carrier, and also as signal repeaters to enable other drones to travel further from their operators.  

The gun-armed FPV was first seen in a video shared on 16 August. Wild Hornets shared a video showing a Queen Hornet returning to Ukrainian lines with an AK-74 hanging below it – Wild Hornets claim that the rifle was a Russian AK salvaged with a magnet. A montage then shows the salvaged rifle being mounted on a Queen Hornet, with its stock removed to save weight, and test fired. The rifle appears to be held onto the drone with zip ties and a small grey box encloses the trigger – likely containing a servo to pull the trigger.

There have been efforts to mount firearms on drones outside of Ukraine and there is also some earlier evidence of Ukrainian drone teams attempting to mount guns on the large Baba Yaga heavy drones earlier with imagery appearing in April of a large, possibly gun-armed, drone being filmed from above. In May, footage of what could also lay claim to the first use of a gun-armed drone in combat was shared. The footage was shared by the 74th Battalion of the 102nd Territorial Defense Brigade and shows a Baba Yaga drone equipped with a firearm, again firing bursts, the weapon appears to have a sighting post attached to allow the weapon to be aimed using the drone’s camera. The footage of the drone firing on Russian positions was reportedly filmed northwest of Marfopil, in Zaporizhzhia.

There is also evidence that the Russians have experimented similarly with gun-armed drones with Russian drone company Molot Aero sharing a video of their Vatya X8 drone equipped with a suppressed AK-74 in June. There is no evidence currently available to suggest this configuration has yet been used in the field. Photographs of the drone show a similar configuration to that assembled by Wild Hornets with a stock-less AK-74 mounted on its side on the underside of the drone. The footage shows the Molot Aero drone hovering over a range successfully shooting several balloon targets at relatively close range before it lands.

Most recently, in direct response to Wild Hornets’ video the Georigian Legion, a unit composed of volunteers from Georgia fighting for Ukraine, shared a short video of a drone armed with an RPG-7. The footage appears to show the launcher being tested but on speaking with the Georgian Legion they confirmed that the RPG-FPV has been used during combat operations. They have reportedly used it against vehicles, fixed positions and infantry but are looking to improve the design with better optics and increased engagement range.  

One key reason we probably haven’t seen more gun-equipped drones is that mounting a firearm is a relatively poor use of a heavy lift drone. These larger, more powerful drones can be better utilised as bombers carrying large payloads over significant distances. Bombs dropped on vehicles and defensive positions have more impact than a drone equipped with a rifle-calibre firearm. It is likely very difficult to accurately aim the weapon and the magazine capacity is limited. To aim effectively the drone will probably have to fly lower than it would when bombing, thus making it more susceptible to fire from the ground.  

Update – 11/9/24:

Update – 14/10/24: A Wall Street Journal article (by Isabel Coles) featured a photograph of a drone mounted with a suppressed AK74.

Update – 22/11/24:

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Who Let the Dogs Out: Robot Dogs in Ukraine

Since the February 2022 invasion the war in Ukraine has been characterised by the use of drones and remote systems. While we’ve seen aerial drone use expand and evolve extremely rapidly and naval drones have proven themselves very effective, ground based drone use has been much slower to evolve with unmanned ground vehicles (UGVs) seeing some limited use delivering explosive charges, mines and taking on logistical roles.

One unmanned ground system which I didn’t expect to see is the use of ‘robot dogs’ (робот-собака). These quadrupedal, remotely operated systems were seen for the first time earlier this month, most notably with Ukraine’s 28th Mechanised Brigade.

A Unitree Go-2 robot dog being tested in Ukraine (via social media)

The first footage of the robot dogs in Ukraine was shared by members of Kurt & Company (a unit with the 28th Mechanised Brigade) on 2 August, it shows one of the dogs being demonstrated in a field navigating though fields and woodland, through brush and righting itself when it got stuck trying to climb over a fallen branch.

Another video appeared on 5 August, with the robot dog seen moving along a bombed out residential street and being carried by its operator, a member of Kurt & Company. The footage does not show the dog operating inside any buildings. The post claims the footage was filmed in Toretske, Donetsk.

On the 8 August, France24, published an article based on a demonstration of one of the robot dogs during which the model of dog was referred to as “BAD 1” and a second model “BAD 2” was referenced but described as more advanced and “could not be shown for security reasons”. The article also noted that if one of the dogs ever fell “into Russian hands… an emergency switch allows the operator to erase all its data.” AFP shared a short video from the demonstration which noted that the drones were provided by BRIT Alliance, a UK-based security company which specialises in deploying drone systems. Interestingly, some articles describe the robot dogs as ‘British built’, however, they actually appear to be Chinese Unitree Go-2 robot dogs. The Unitree name can be seen below the dog’s camera sensor in the AFP video, as well as a Kurt & Company sticker on its right side.

Ukrainian troops of the 28th Mechanised Brigade with a Go-2 robot dog (via social media)

The Unitree Go-2 has a number of interesting features including the ability to map areas using LIDAR scanning, an AI mode that helps it navigate complex terrain and a live camera feed. Unitree’s site lists them as available from $1,850 for a Go-2 air and $3,050 for a Go-2 Pro. The Go-2 Pro model weighs around 15kg, has an 8kg payload, a battery life of up to 2 hours and a top speed of just under 8mph. Intriguingly back in 2022, Russia displayed the M-81, a robot dog armed with an RPG-26, at the Army 2022 defence exposition. The M-81 was actually based on Unitree’s Go-1 robot dog.

A further video was shared on 12 August, the drone is seen camouflaged with what may be a Ukrainian digicam shirt. In the same video the word ‘B.A.D.2.’ can be seen stenciled on the body of the dog.

On the 14 August, Kurt & Company shared a series of photos of a robot dog and operator with the caption [machine translated] “Better to buy robots than lose soldiers”. In several of the photos the dog has a backpack and radio strapped and taped to its back. On examination of the images this dog appears to be of a different design and resembles the DeepRobotics Lite3 Venture model, DeepRobotics are another Chinese manufacturer. This model weighs in at 12.2kg and has a 2 hour endurance.

A DeepRobotics Lite3 Venture demonstrated in Ukraine, August 2024 (via Ukrainian Army)

The same day the brigade’s official telegram page shared another video of the robot dog being demonstrated with the caption [machine translated]:

“Asymmetric responses are effective against the enemy’s numerical superiority in manpower, and they are possible thanks to technologies and innovative approaches in the conduct of hostilities.
As an example – this robot dog at the service of “Kurt&Company”.
He has many talents and a wide potential for use on the battlefield. Just as drones once changed warfare, so our four-legged robotic friends will influence the course of hostilities.”

The short video included clips of the dog on the move, doing backflips, and walking along a bombed out residential street.

Also on the 14 August, Ukrainian Army social media channels also shared the same photographs previously shared with a caption quoting the commander of Kurt & Company as saying: “Such a dog should be in every unit”.

Left: DeepRobotics Lite3 Venture
Right: Unitree Go-2

It’s unclear how many of the robot dogs might be in use in Ukraine, or if they’ve been used on operations yet. A BILD article published on 14 August, claimed that as many as 30 have been deployed but there’s no further evidence to support this. A Новини ФАКТ article stated they had been used operationally in Toretsk but this remains unconfirmed.

While the quadrupedal design of the robot dogs means they are, in theory at least, more capable of climbing stairs than tracked or wheeled UGVs their utility remains to be seen. They have less capability to carry payloads and its unclear if they’ll be used in a one-way role with explosive payloads – though given every other unmanned system in Ukraine has, it is probably a just matter of time. Unlike some of the simpler tracked and wheeled UGVs the Go-2 robot dogs are probably more expensive, harder to maintain and have a larger profile making them more vulnerable to enemy fire. It has been noted that they will also likely be utilised in reconnaissance of enemy trenches ahead of assault teams but again evidence of this has not yet surfaced.

A Unitree Go-2 robot dog being tested in Ukraine (via social media)

It seems that the role the dogs would be best used for is reconnaissance in urban areas where aerial drones can’t easily navigate inside structures, removing the need to send troops to recce buildings to locate the enemy. It seems that this is the role that the Ukrainians have in mind for the dogs. While China, the US and a range of other militaries have tested robot dogs, including the mounting of small arms and even light anti-armour weapons, if they are utilised in combat in Ukraine this will represent a battlefield first for this type of system.

Update – 20/8/24: An another video of one of the Chinese Robot Dogs, a Unitree Go-2, in Ukraine posted on 19 August.

Update – 8/9/24: Some additional video featuring both models of robot dog previously identified.

Update – 15/1/25:

RoboCopDog.A robot dog with what appears to be a thermal camera with the Rapid Operational Response Unit (KORD) of the Ukrainian National Police.More on these robot dogs in #Ukraine here: armourersbench.com/2024/08/16/w…

— Matthew Moss – Armourer's Bench (@matthewmoss.bsky.social) 2025-01-15T12:27:16.637Z

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LMT Standalone M203s In Ukraine

In this series looking at weapons used in Ukraine we’ve looked at a number of different grenade launchers including GP-25s adapted for standalone use, FN FN40GLs, discharger cups for hand grenades and perhaps the rarest grenade launcher seen in Ukraine so far; the standalone Colt M203. Another interesting and fairly rarely seen grenade launcher that began to appear in Ukraine last winter is LMT’s standalone 40mm M203.

LMT offers a series of M203-derived launchers and two standalone stock attachment methods. The Iowa-based company introduced its 40mm grenade launchers in 2003. The launchers seen in Ukraine appear to be the rail mounted version with a 9 inch long barrel.

An LMT M203 in the field (via Rogue Team)

The first sighting of an LMT M203 in Ukraine came in November 2023, when Georgian volunteer O.d.i.n.s.o.n., part of the GUR/HUR (Ukraine’s Main Directorate of Intelligence)’s Omega Team, posted a photo of one side by side with a standalone GP25. The launchers likely arrived in country a little earlier, speaking to TAB at the time he noted that “the aiming module is a little weird. It has like an M4 forward sight and GL [grenade launcher] distance adjustable rear sight but it’s on top of the weapon. So it doesn’t force you to arc the barrel Like a GP25 does.”

The next appearance of one of the launchers came in late February 2024, when Scorpion Protection Group, another SOF group, shared a photo of a combatant training with one. A third GUR unit, Rogue Team, have also posted images featuring an LMT M203. The first image was shared by a team member on 17 March. This was followed by an image shared on the team’s Instagram page on the 5 April.

LMT M203 rail mounted version with 9in barrel – right side (LMT)

On the 14 April, a photo posted by one of the Kraken Regiment’s (also under the GUR) teams also appears to include a standalone LMT M203. Most recently on 16 April, a Spanish member of Omega Team, shared a photo of an LMT M203 with its action open with a round ready to load. On the same day TAB spoke again to Omega Team member O.d.d.i.n.s.o.n. at length about the launchers.

O.d.i.n.s.o.n. explained that the unit switched from rotary 40mm grenade launchers to standalone GP25s and LMT M203 as they are lighter and less bulky than the rotary launchers. He reiterated the difference in the LMT sight from quadrant sights found on other launchers and noted that “instead of a switch or a selector it has a little hook that you pull back and it prevents your finger from going on the trigger.” This is a carry over from the original M203 on which LMT’s launcher is based.

When comparing the GP25 and M203 O.d.i.n.s.o.n. noted that the M203 is light, effective and has a ‘really nice stock’ but he dislikes that the M203’s action has to be opened to reload, unlike the GP25 which when fired “leaves nothing inside the tube and is faster on the reload.” When asked if he’d seen many other units using LMT launchers he explained that “most [International Legion] Special Task Units [affiliated with the GUR] have a couple.”

An LMT M203 with its action open (Courtesy of Delta Knights)

We also spoke with Delta Knights, another GUR Specal Task Unit made up of international volunteers, who confirmed they also use LMT M203s and said that they ‘really love it’ but one thing they do wish they had more of is 40mm smoke grenades, adding that the launcher is most often employed with High Explosive (HE) grenades. Delta Knights were kind enough to provide some photos and videos of the M203 in operation at the range.

While the imagery and information available confirms combat use of the LMT M203s in Ukraine it doesn’t give us a solid picture of just how many are in-theatre and other units who may be using them. As always the imagery shared online represents a fraction of what is going on and can only be considered a limited sample. In terms of the origins of the launchers one potential source for the LMT M203s is Estonia which adopted the LMT MARS-L as the R-20 in 2020. Some of the Estonian R-20s have been seen with LMT M203s and given Estonia’s considerable past support for Ukraine it is possible that they may have provided a number of the launchers.

Special thanks to O.D.I.N.S.O.N and Delta Knights for their time and insights and to the guys at Cloooud for additional assistance.

Update – 1/5/24: A recently shared International Legion recruitment social media post included an LMT M203.

Update – 25/7/24:

https://twitter.com/historicfirearm/status/1816564781995712964?t=pTJX3W7_WVFylnBym1-zyQ&s=19

Update – 10/9/24: The ‘Expeditionaries’ Instagram page, seemingly affiliated with an international volunteer team shared a photo of an LMT M203 being jokingly loaded with a deodorant roll-on rather than a 40mm grenade.

Update – 10/01/25: Two additional archival sightings of LMT M203s. The first on the left dates from September 2024. The second, from DC Tactical was shared on 29 October 2024.

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Bibliography:

9″ Standalone Rail Mounted M203, LMT, (source)

The LMT M203-2003 Grenade Launcher, Small Arms Defense Journal, (source)

Lmt M203 Grenade Launcher Stand Alone Frame, LMT, (source)

Swedish K In Ukraine – Update

A few of weeks ago I published an article/video detailing the appearance of Swedish Carl Gustaf m/45 9x19mm submachine guns in Ukraine. One notable feature of the guns was that their configuration appeared to sit somewhere between the m/45A and the m/45B.

In the absence of clearer information I referred to these as m/45Bs, the most common variant and one which has the defining fixed magazine housing rather than the earlier removable magazine well seen on the m/45A. The fixed magazine well is an upgrade which was made before the later m/45B refit. It seems that there was some fluidity to how the upgrades were carried out which has led to guns with a mix of features.

An upgraded m/45A with the 41st Mechanized Brigade (Daily Mail)

From Swedish sources I’ve spoken to many of the m/45s seen in the imagery from Ukraine are early spec guns (m/45As) which may have been in storage and were not refit to the m/45B pattern. The m/45B refit was partially necessitated by the need to add an additional retention method to hold the receiver end-cap in place. Some sources suggest this was due to a type of training ammunition then in use, others point to it being simply extra security.

An m/45B (top) and an m/45A (bottom) with the fixed-magazine well upgrade (Henrik Jansson)

Working theories explaining the configuration of the guns seen in Ukraine include: that they are m/45A configuration guns which had been in storage and were retrofitted after the training ammunition left service and the additional end cap retention was no longer needed, so this change to the guns was omitted. As mentioned earlier, another reason may be that these are m/45As which had the magazine well upgrade but were placed in store or transferred before the broader m/45B upgrade was carried out.

As discussed in the initial video, it is thought that Estonia is a likely source for these guns as they received some of these guns in the 1990s and these m/45s have then subsequently been sent to Ukraine. Regardless of origin country the result is guns which do not have the additional end cap retention catch nor the green finish of the Swedish Army’s m/45B. They all feature the fixed magazine housing but there is also a mix of larger and smaller perforations in the barrel shrouds. [Note: Thanks to Jonathan Ferguson who noted that there is some variation in the size of shroud perforations within examples of both A & B model guns.]

A combatant in Ukraine with an m/45 c.early 2024 (via social media)

Since the last video a couple of other sources showing the m/45 in Ukraine were shared with me. Including this image of a Ukrainian combatant with a Swedish K which has the smaller barrel shroud holes. On 10 February a Daily Mail report, featured Thunder Company, an element with the 41st Mechanised Brigade. Members of the company show journalist Richard Pendlebury an m/45 that is in their inventory. The company’s deputy commander describes it as a ‘museum piece’. Both guns appear to be of the same configuration generally seen in Ukraine. On 4 March, another short video of a Ukrainian combatant firing an m/45 at what appears to be a range was shared. It’s unclear when or where the video was filmed.

My very special thanks to Henrik Jansson for his time, insights and imagery and to numerous others for their knowledgeable input. Thank you to Weapons_Illustrated for their help sourcing imagery, check them out on twitter.

Update – 24/5/24:

On 11 April, a soldier of the 2nd Battery of the 2nd Self-Propelled Artillery Battalion of the Field Artillery Regiment of the 3rd Assault Brigade shared a photograph holding an m/45. [h/t Cloud for sharing].

Update – 18/6/24:

Update 4/9/24: A new image of the Swedish m/45 submachine gun recently surfaced. (H/T AbraxasSpa)

Update 3/10/24: A photograph of what may be a member of the Ukrainian 129th Territorial Defence Brigade or potentially a member of the International Legion. He’s equipped with an m/45, note the three magazines in his chest rig and Ukrainian digicam pattern sling.

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Vintage Weapons In a Modern War: Swedish K in Ukraine

The war in Ukraine has seen a plethora of vintage weaponry being used by both sides. Everything from M1910 Maxims to TT pistols. One of the more surprising vintage weapons to turn up is the classic ‘Sweden K’. The Kulsprutepistol m/45 (Kpist m/45) perhaps better known as the Carl Gustaf M/45 has appeared in imagery from Ukraine numerous times over the past two years.

The most likely origin of the venerable submachine guns is either Sweden itself, whose home guard ceased using it in 2007, or Estonia, which received a number of the weapons from Sweden in the 1990s and for a time issued them to elements of thier Defence League.

Manufactured by Carl Gustafs stads gevärsfaktori from 1945 through to the mid-1960s the m/45 is a standard blowback submachine gun chambered in 9x19mm. The initial version had a detachable magazine well that enabled the weapon to feed from either a 36-round magazine or from Suomi KP/-31 (m/37-39 in Swedish service) magazines. The later m/45B variant permanently attached the magazine well limiting the weapon to feeding from the standard 36 round box magazines. The m/45B also incorporated a reinforced receiver end cap.

The earliest sighting of a ‘Swedish K’ in Ukraine I’ve found dates to early March 2022 when a member of the Krym Battalion posted a photograph of some of the weapons available to him; an AK-74, a Walther P99, an M7 bayonet and a Carl Gustaf M/45B.

Another image of a Ukrainian serviceman with an M/45 surfaced around the 23 March, but I’ve been unable to find the original source for the image so have little context for it.

In early May an photograph of an older member of the Ukrainian Armed Forces was shared on a number of sites, he’s seen sat in a vehicle holding up an M/45 with a sling attatched.

In mid-May 2022 another M/45 surfaced in a photograph from a member of Krym Battalion, which is a part of the International Legion. It’s unclear if this photograph was posted by the same member who shared a photograph of his weapons in March, but the wear marks on the gun appear quite similar.

On 10 November, a daily update post from the Ukrainian General Staff included a photograph of an individual holding an M/45 with a sling, while the unit the individual belongs to isn’t stated given the contents of the post he may have been assigned to a unit on the border with Belarus.

Throughout most of 2023 sightings of M/45s were rare but in mid-June a member of the National Guard posted a short video featuring himself holding a Swedish K as other members of his unit walk behind him, two of the passing men also carry slung M/45s.

On the 28 September, a Swedish volunteer posted a photograph of himself holding an M/45 he came across on the frontline, he captioned the post: “Photo of when I found a mint condition Swedish K with 39B ammo out close to the front. Just an awesome rare Swedish Gun to see in use by a Medic.” The unit where the M/45 was encountered was the 131st Separate Recon battalion. This suggests the photograph may have been taken earlier in the summer of 2023 and also that M/45s may be used by medics. The mention of the Swedish 39B 9mm ammunition which was specifically issued with the M/45 is also interesting. Most notably, however, is the presence of the attachment assembly for an original Swedish spent cartridge case catcher bag.

October saw the first video of a Swedish K being fired. A short clip was shared on Instagram showing an M/45B being fired at the range with what appears to be a red dot optic mounted forward on the perforated barrel shroud.

Several months later, on 11 December, a medic with the 12th Ukrainian National Guard Brigade “Azov” shared a photograph of himself holding an M/45. Later in December a member of the 78th Separate Assault Regiment ‘Herts’ shared a photo, on 21 December 2023, with the caption ‘lend lease again’, he’s holding up a behind him can be seen several DP-27 light machine guns and some AK-pattern rifles.

Interestingly, none of the M/45s have the green paint finish which was used on some of the Swedish Armed Forces’ guns but have clearly shipped with original slings and in one case a brass catcher attachment. Also none of the guns in the imagery from Ukraine appear to have the end cap reinforcement typically see on the Swedish Army’s M/45Bs. While the guns have the M/45B’s fixed magazine well they don’t seem to have the characteristic pair of rivets and hooked end cap. It’s difficult to positively identify the variant as the guns’ markings aren’t visible in any of the imagery. With little context for some of the imagery and relatively few sightings of the guns in Ukraine its difficult to pinpoint the types of unit which are receiving them but it is conceivable that the guns have been decimated amongst a number of different types of unit including frontline elements of the Ukrainian National Guard, International Legion and Army.

Update – 21/01/24: From Swedish sources I’ve spoken to these M/45s are early spec guns which may have been in storage and were refit later. Retrofitted with fixed magazine wells but not the reinforced end cap as the ammunition that necessitated this was no longer in use.

Update – 22/01/24: Another photograph posted November 2023.

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Bibliography:

thank you to the researchers at Weapons Illustrated, Cloooud and Ukraine Weapons Warfare

https://www.gotavapen.se/gota/artiklar/kpist/swede_45.htm