The opaque Sako AR has finally properly broken cover with an FDF order for series production of the weapon. The weapon – which was known as the K22 in the testing phase – was officially adopted as the M23 with an order worth approximately 10 MEUR this week. The weapon will be acquired in two configurations for the (light) sniper and designated marksman roles. In these configurations the weapon will be known as the 7.62 TKIV 23 and 7.62 KIV 23 respectively.
Emphasis can be placed on the fact that both rifles are the same, with only the accessories differing. Key among these differences is that the TKIV 23 (sniper rifle) will sport a Steiner M7Xi 2,9-20×50 with a modified MSR2-reticle. The MSR2 is a prime example of a modern sniper optic, which means it is packed with different dots and bars to allow for accurate judging of distances and adjustment for different conditions (and which also make it look rather busy to the untrained eye, something the Finnish modifications deals with). The KIV 23 (DMR) will instead sport the Trijicon VCOG 1-6×24, which is a typical example of modern DMR-optics in that it allows for almost red dot-like close-range versatility at the non-magnified setting while still providing for target recognition and accurate shots at range with the higher magnification.
Most of the details are what you would expect from a modern DMR-platform. The weapon is an AR-10 pattern short-stroke piston-operated semi-auto rifle, fully ambidextrous, ships with 10- and 20-round P-mags, free-floating barrel, NATO Accessory Rail (i.e. backwards-compatible with Picatinny) and M-LOK mounting options, and sports a Ase Utra flow-through suppressor as standard (believe this is the version in question) mounted on a BoreLock-flash hider, adjustable Magpul CTR stock (which is used also on the upgraded 7.62 RK 62M), green ceramic coating, and so forth. Perhaps the one thing that does somewhat differentiate the weapon is the fact that it comes only with a 16” barrel, with a number of countries (including Norway) preferring a 20” barrel for their corresponding sniper systems. At the same time the uniqueness of this feature shouldn’t be exaggerated, as 16” barrels certainly also are found in a number of places (such as the US Army’s new M110A1 which likewise is used both as a compact sniper rifle and as a DMR). There is obviously a bipod involved as well, which for the time being at least is a Magpul bipod.
An interesting detail is that more or less all components are found straight off the shelf, meaning the cost should be manageable (and any reservist wanting to build their own MILSPEC-rifle should be able to do so once the rifle itself is out on the civilian market, something which I expect will happen within the next few years). Several of the components are also familiar from the RK 62M, further highlighting that while the weapon itself is new, this is really a rather straightforward and conservative design. As such the risk of any unpleasant surprises down the road either when it comes to performance or cost appear limited.
The first deliveries will take place before the end of 2022, with conscripts getting their hands on the weapon starting in 2023 (hence the name), after which “most” 7.62 TKIV 85 (a highly modded Mosin-Nagant) and all 7.62 TKIV Dragunov (no points for guessing which weapon that is) will be withdrawn from Finnish service. While infantry weapons seldom win wars, it is hard to describe how much of an upgrade this is for both the Finnish snipers as well as for the designated marksmen running around with Kalashnikovs with ACOGs (okay, slight exaggeration, but still). On paper the effective ranges are reported as up to 800 meters with the Steiner scope and up to 600 meters with the VCOG, though to be honest I would not be surprised if trained shooters under somewhat decent conditions would be able to be effective out to and beyond the 1,000 meter mark considering the scope, calibre, and Sako’s reputation for quality on their rifles. A key detail here is that the FDF press release discussing the ranges mentions high-quality rounds when talking about the 800 meters figure, while the DMR apparently is not set to receive such luxuries. One of the obvious benefits of the 7.62×51 mm is obviously the fact that there is both (relatively) cheap bulk ammunition allowing for training at shorter ranges, as well as dedicated long-range loads. The small number of rounds fired by Finnish conscript snipers is certainly one of the weaknesses of the current training, something that hopefully at least partially can be remedied by the transfer away from the classic rimmed 7.62 mm calibres.
The obvious question at this stage is why isn’t this a Heckler & Koch HK417/G28/M110A1? That does seem to tick all the boxes, right? The obvious answer is that the M23 is made in Finland, with the FDF better being able to influence design and production, and security of supply certainly is a key driver. On paper, there is preciously little that differentiates the two weapons from each other, and it will be highly interesting to see if this is just an illusion once the first comparative reviews start to appear on the internet. What has been said is that the FDF did test the GK417 as well, but preferred to go with the M23.
What about the Swedes? As mentioned earlier the weapon is currently undergoing testing in Sweden in the DMR-version with the VCOG as a potential replacement for the AK 4D (modified G3), and while the testing is still underway with no word on the findings, brigadier general Mikael Frisell (Director Land Systems at the Swedish Defence Material Administration, FMV) confirmed that if the weapon meet the Swedish requirement the “primary alternative is to buy the same as Finland, i.e. both the weapon and the accessories”. In other words, the Swedish DMR would be the same specification as the 7.62 KIV 23. The brigadier general was indeed over on a quick visit to Helsinki on the day of FDF placing the order with Sako to sign an Implementation Arrangement for firearms together with his Finnish colleague, building upon the earlier agreements (as well as a highly interesting Technical Arrangement for joint procurement of ammunition to mortars, MBTs, artillery, and anti-tank systems), further cementing the path forward.
Is this also the new assault rifle for both countries then? The short answer is that the M23 contract does not include anything besides sniper rifles and DMRs. However, as was earlier reported, both countries are looking at renewing their assault rifles, and with Sweden reportedly having taken lead on the assault rifle, and looking at the 7.62 NATO as the most promising candidate due to its development potential, and both countries having expressed a wish to buy from Sako due to security of supply reasons, any future assault rifle bought from Sako in the same calibre would certainly be at least based on the M23. But, and I will stress this, for the time being no such contracts are in place, and the assault rifle program is still at the concept stage.
An interesting detail is that there’s an option in the FDF order that is worth 525 MEUR (yes, fifty times the original order value). Exactly what this covers is interesting, but note that sniper rifles tend to be expensive when coming fully kitted out. The M110A1 is for example coming in at approximately 12,000 USD (10.6 kEUR), and it is entirely possible that there is included e.g. simulators or even bulk buys of ammunition for a decade or two with a requirement on Sako to deliver batches meeting a certain accuracy requirement, all of which could drive costs. Also, it is worth remembering that even if the weapon will be rare-ish in Finnish service, that’s still one in nine of the infantry soldiers in the first line squads who will receive the KIV 23. However, no matter how you parse it, it has to be said that the option is certainly surprisingly large. The potential Swedish order value is also not included, though the cross-buy principle reported earlier means that the contract signed by the lead country include the option for the partner to acquire weapons according to the same cost and legal terms.
With Sweden looking at replacing all of their squad firearms, and Finland looking at acquiring a new sniper rifle/designated marksman rifle, the news of Finnish-Swedish defence cooperation that included assault rifles among a number of other weapons understandably raised some questions earlier this year. To shed some light on the issue, I contacted the Swedish Defence Materiel Administration (FMV), where brigadier general Mikael Frisell (Director Land Systems) and lieutenant-colonel Per Norgren (Head of Weapons and Protection department, Land Systems) were happy to talk over the phone and explain where the Swedish project is currently, where they expect it to go next, as well as how the cooperation with Finland plays into the needs of the Swedish Armed Forces in this field.
While there is a need to replace the current armoury, this is also happening as the Swedish Armed Forces in general and the Army in particular is growing. Four new regiments (two infantry, one artillery, and a ranger regiment) are being created this fall, and that directly impacts the Land Systems division. “There’s lots of funding, lots of things to be acquired,”Frisell explains. “We are under pressure to deliver as our funding is increasing.” So far this has been visible in a number of different places, with the squad weapons now being one of the major focus areas as simply removing worn weapons from usage isn’t possible when the need for weapons grows. Instead a complete redo of all carried weapons is set to take place. This has in fact already kicked off with the acquisition of the Carl-Gustaf M4 recoilless rifle to replace the older versions in Swedish service back in 2019, and the program is now set to continue until almost all firearms have been replaced during the next ten years.
And this is where cooperation with Finland comes into the picture.
“At the end of the day it is about security of supply,” Frisell explains, noting that while Sweden doesn’t have their own rifle manufacturer any longer, the extremely close cooperation between the Finnish and Sweden armed forces allow them to look at the picture from the somewhat unusual angle of treating Finnish companies as almost domestic ones from a security supply point of view.
But let us start from the beginning.
Sweden has during the last few decades been very much at the cutting edge of small arms acquisitions. The country was second only to the USA in adopting the 5.56 mm NATO as their main calibre (with the FN FNC), was jointly second with Norway after Austria to adopt the Glock 17, was second only to the UK in getting the Accuracy International PM/AW sniper rifle, and in fact beat the USA to adopting the Barrett M82 heavy sniper/anti-materiel rifle as they became the company’s first large-scale customer. However, most of these systems were originally acquired back in the late 80’s or early 90’s, meaning that more or less all systems are in need of replacement by now. Even the FN MAG (locally designated KSP 58) is starting to show its age, though Frisell notes that it is at the back of the queue since “that one is built for eternity”. More or less the only thing not being slated for replacement for the time being is the Barrett.
The original plan based on the needs identified by the Army was to first acquire a personal defence weapon (PDW), in other words a modern weapon to fill the role formerly allocated to sub-machine guns. This would then be followed by all assault rifles (including both the FNC/AK 5 and the older G3/AK 4 which is still in widespread use in second-line units) and sniper rifles, and support weapons such as machine guns being at the end of the line with the FN Minimi (KSP 90) going first and the FN MAG following dead last. However, recognising the possibility of teaming up with Finland has lead to a certain amount of reshuffling, with the PDW being pushed back and the sniper rifle as well as the designated marksman rifle (currently a role filled by a modded Heckler & Koch G3 designated AK 4D) instead jumping to the front. This is done on the basis of tagging along on the Finnish K22 project which has seen Finland decide upon the Sako Semi-Automatic Sniper Rifle to be adopted as the new designated marksman rifle and as the new light sniper rifle. However, the plan is significantly more ambitious than simply buying the same designated marksman rifle as Finland.
All categories of weapons have been divided up between the two countries, with either country taking the lead for any individual category. The lead country will lead the development work including specification, testing, and signing the first order which will then include the option for the other country to place corresponding orders at similar terms. Frisell acknowledges that the specifications of both countries are very similar, but he also still sees a need for a more limited set of tests and development work done by the non-lead locally to ensure suitability and to get the userbase aboard – a key feature to ensure that this isn’t felt among the soldiers to be a political choice forcing a system of secondary quality into service. But why bother to begin with, trying to coordinate acquisitions across two countries?
Cross-develop, cross-buy, cross-use – Build trust and security of supply
That’s the guiding principle of the program. On the military side, the ability to cross-buy and cross-develop the weapons saves on cost, while the cross-use ability makes wartime logistics easier. Not necessarily through individual soldiers throwing a spare magazine to their foreign ally in the next foxhole – something that makes for good Hollywood-stuff but rarely is done in practice – but rather through the possibility at the operational and strategic level to redistribute ammunition, weapons, and spare parts according to need. Security of supply is also ensured through creating the critical mass of orders that is large enough to ensure that domestic (kind off) manufacturing is possible to begin with. Obviously, to reach this desired end-state, cooperating already during the development phase is key, as it not only helps push the cost down but also ensures the suitability for both countries. But besides the purely military benefits, the building of trust between the two countries is also important from the wider national security point of view, and here cooperating on this project is yet another building block.
In line with that, Sweden has acknowledged that Finland is ahead in the sniper and designated marksman game. Finland has therefore taken the lead here, while Sweden is preparing to do the cross-develop/cross-buy part of the equation. In essence, that means that the eventual Finnish contract will include the option for Sweden to tag along, and that Sweden is doing their own limited tests as we speak. While in Finland the SASR (which I assume will be the abbreviation) will replace the SVD Dragunov and the majority of the locally-built TKIV 85 (a Mosin-Nagant derivative), and in a version with simpler accessories the designated marksman versions of the standard-issue RK-assault rifles, Sweden has somewhat different plans. The plan currently is that the SASR in 7.62×51 mm will replace the AK 4D in the designated marksman role, while at the same time they are doing tests on the Sako TRG 10M in .338 LM as an AW (Psg 90) replacement. This also provide an excellent example as to how the end result might look, with similar weapons but possibly with different accessories and for slightly different roles (Sweden likely not acquiring any of the more highly-kitted out SASR that Finland is looking at for the light sniper role). Notable is that Finland already operate the somewhat older Sako TRG 42 in .338, meaning that both countries would standardise on that in addition to 7.62×51 mm for their accurate rifles. As mentioned, during the signing of the firearms technology MoU this spring Sweden also bought a number of Sako rifles for tests, which have now arrived and are out in the field. The TRG has been tested for roughly a month already, while the SASR tests have just kicked off.
But this is where it gets interesting, as Sweden is looking at the next step in their ten-year plan: the assault rifles.
Let’s give the news up front: at the moment the most likely candidate is a Finnish-built AR-platform in 7.62×51 mm.
Both Frisell and Norberg take care to point out that this is still in the planning stages and no decision has been made on either manufacturer or calibre, but as both the Swedish Armed Forces and FMV have spent considerable time and effort researching the question over the last few years (including no doubt looking into the state of ballistic protection in… certain countries) there are some paths that are looking more probable than others. What tips the scale in the direction of 7.62×51 mm is that the round is seen as having more development potential compared to the lighter 5.56×45 mm. The view is also that most high-quality service-grade AR-pattern rifles are more or less equal once you bring them out in the field, so the need for a big shoot-out is smaller than it used to be when the field of service rifles was more varied (while it wasn’t said explicitly that some designs had been ruled out, the discussion very much centred around the AR). Which brings you back to the question of security of supply. Sako might not be Swedish, but looking at the situation from Karlsborg it is certainly the next-best thing. Frisell notes that any orders require that Sako work out a model for how they will support the Swedish Armed Forces throughout the lifespan of any potential order, but he didn’t sound too worried and I got the impression that it was more a case of working out the details that a serious obstacle.
A few cases of non-AK pattern rifles in Finnish use does exist. Most notable is the use by the professional FDF SOF of the FN SCAR, but another instance is the professional readiness unit of the paramilitary Finnish Border Guard, here shown sporting the HK 416.
An obvious question is whether the Swedes have noticed that there is quite some developments taking place in the US with the NGSW-program set to replace the assault rifles and squad automatic weapons (i.e. the Minimi/KSP 90) with a new family of weapons in a new 6.8 mm calibre? The answer is ‘Yes’, with those involved from the Swedish side having good contacts with their US counterparts both on an agency- as well as on a personal level. The NGSW and associated developments have indeed been followed closely from Sweden, including being briefed directly by their US counterparts. In the end, the technological risk was judged too great for a small country to seek to join the program at this stage. Norgren also noted that “We don’t quite have that time to wait”, as the majority of the FN FNC (AK 5) and G3 in use are getting worn down. However, one thing that is being looked into is the possibility of having the new rifle being modular enough to allow for potentially changing calibre later – or even mid-production as the expected production run for any new assault rifle is expected to be measured in years – in case the 6.8 mm turn out to be a game changer.
Oh, and about that PDW the Army wanted. Sorry to make gun aficionados disappointed, but it seems like the MP7 won’t be coming (besides the ones already in use). For the time being a (really) short AR in 5.56 mm is the frontrunner.
But getting back to the Finnish angle, on the surface this looks like a great opportunity for Sako, and that it undoubtedly is. However, Frisell also made clear that Sweden has expectations other than just getting a bunch of new weapons. As explained, the deal is seen from a security of supply point of view, and that is a two-way street. “We’re not just going to talk about Finnish-Swedish defence cooperation, but actually going out and doing it,” Frisell emphasises. This means that not only has Sako to be able to step up and show that they can deliver the expected quality and volumes, but also that both countries will have to look at the common good instead of at individual benefit. The decision to postpone the PDW and go for the sniper and designated marksmen rifles shows that Sweden is already doing their part, but the bigger question is if Finland will be able to step up when it comes to the assault rifles? As Frisell put it, “We had to adjust the schedule a bit to build the trust […] we hope that the FDF also will have that flexibility”. For some time already the official Finnish line has been that the current AK-pattern rifles can stay in service until 2035 with a decision on the replacement to be made in the first half of the 2020’s. However, those dates originate in a statement made some time ago, and in an interview last month Lt.General Hulkko, the commander of the Finnish Army, stated that continued rebuilds beyond the current number of 20,000 modernised RK 62M “no longer is a cost-effective way forward” for the rest of the Finnish Defence Forces. While still some way out from any hard promises on the part of the FDF, it does sound like Frisell might be getting his wish.
Edit 07-11-2021: It seems the idea is so unexpected that I wasn’t quite clear enough about what the paragraph above actually means:
This isn’t a Swedish project to replace their assault rifles, it is a joint Finnish-Swedish project with Sweden as the lead nation,
In other words, while neither country has made procurement decision, the expected outcome of any acquisition program is that those involved acquire what the program is all about, i.e. in this case a 7.62 NATO assault rifle (or battle rifle, if you will),
It’s easy to forget, but the battle rifle was (and still is in the Swedish home guard) what most western soldiers carried for decades during the Cold War. With modern ergonomics and developments, an AR-10-pattern design (using the designation loosely here, we didn’t talk piston vs DI or anything like that) would likely be miles ahead compared to your regular FAL or G3 when it comes to handling,
Yes, there’s a number of reasons why the 7.62 NATO was ditched back in the days. As noted it isn’t yet decided that this will be the outcome, but if FMV after years of studies and weighing the pros and cons say they lean towards going back to it, the message certainly is that based on all available information they feel the benefits outweigh (heh) the disadvantages – the ability to actually kill your enemies also in 2030 most likely key among these.
All in all the development is very interesting, and while both parties are keen to stress that no firm commitments have been made and no orders placed – in fact, the sole FDF comment I got when reaching out was “A mechanism has been created, i.e. the documents have been signed between Finland and Sweden, which enable joint procurements to be made later, but we are still in the planning stage and no decisions on possible procurements have been made” (the statement is still one step above Sako who didn’t answer at all) – the plans does seem to be further along than has been assumed in some quarters (including on this blog) and they look well-thought out both from a national security policy as well as from a military capability point of view. Crucially, while I’ve earlier voiced caution against plans to buy ‘second best’-solutions due to political considerations, modern well-built firearms are generally all more or less on the same level when it comes to lethality. As such this is a field suited to policy cooperation, and the logistical and cost benefits are obvious. Interestingly enough, while there is a certain group of Finnish social media warriors who spend their days questioning whether we can trust the Swedes or whether they just pretend to be out friends to try to coax us into buying Swedish defence equipment, this is very much a case of the opposite. A Swedish buy of assault rifles from Sako would indeed require trust from the Swedes that we Finns won’t leave them out to dry once we’ve cashed in on the export market. Hopefully I read Hulkko’s statement correctly that that is indeed where we are headed – I would very much like to be able to maintain a view of us Finns as a people that can be trusted, both as business partners as well as when it comes to matters of national security.
Oh, and before we go there’s one question all Finnish shooters want to know the answer to: How did Frisell – who by the way has a background as a national level competition shooter – find the SASR to shoot?
Easy to shoot, good quality […] robust, simple, and with high accuracy
Harpia Publishing is one of those publishers who seems to have a more or less continuous stream of interesting titles coming out, but who’s books I’ve never actually have gotten around to trying out. As such, I gladly jumped on the opportunity when they contacted me and asked if I was willing to review their recent titles on the Russian Air Force. First out is something quite a bit out of the ordinary: Russia’s Air-launched Weapons by Piotr Butowski.
Compared to many western countries, Russia operate a range of different air-launched weapons. Partly this is due to the fact that while many design bureaus have been pushing newer designs, few weapons have been completely phased out in the recent decades. Instead, newer weapons have been bought in relatively small series, which are used alongside older designs. Russia has also kept a considerable number of ‘traditional’ gravity bombs, and contrary to the west, largely use these as ‘dumb’ weapons due to the difficulty of fitting them with guidance kits (contrary to the Mk 80-series, the Russian bombs are usually welded monoliths, making it impossible to change out the fins).
All this makes for a bewildering array of weapons, making the need for this book high amongst aviation geeks. A second group for which the title ought to appeal are national security pundits keeping track of what the Russian Air Force carries and uses in Syria.
The book uses a clear layout, going through the weapons category by category, including strategic weapons (nuclear bombs and strategic/theatre-level cruise missiles), tactical cruise missiles, air-to-air missiles of different classes, helicopter launched missiles, bombs, rockets, guns and gun pods, as well as naval weapons such as torpedoes and mines. Targeting pods also get an overview, though it should be noted that Russia has traditionally preferred fixed sensors instead of pods, and these sensors aren’t covered in the book. All currently operational weapons are covered, as well as those currently in development. An interesting aspect is that Butowski appears to have toured major Russian air and arms shows for years, providing a valuable source of information for projects which have at different times been in development, but which then have faded away or gone silent for some time.
There are some real gems in this volume. While I appreciate having a comprehensive overlook of the R-27 family or the Kh-31, my personal favourites where the more obscure weapons systems, such as the huge Klevok-V helicopter-launched missile, the S-13ALT radar decoy rocket, or the air-dropped mines, information on which is hard to come by.
The book is a rather thin soft-cover, being just under 100 pages, and I must admit I felt a bit disappointed when I first pulled it out of the postal package. Having read it my opinion changed, and it doesn’t feel like it leave things out due to its size. When I reached the last page, on the whole I felt I had gotten all information I had hoped for, with the possible exception of the chapter on naval weapons which I felt could have been a bit longer, as well as discussing at longer lengths to what extent some systems are in wide or limited use. Those are minor complaint, as said, the information on naval systems are hard to come by, and the book provide new information for me here as well. For the production figures, it is understandable that these are guarded secrets of the Russian Air Force. The level of illustrations is also good!
On the whole, it is hard to not recommend this book. As said, it isn’t overly thick, and the price (around 20 euros) is on the higher end. However, it functions as a very handy guide both to those wanting to ID what is hanging under the wings of Russian aircraft at home and abroad, but also for modellers looking into creating suitable loadouts for their models. The information seems solid, and especially considering the fact that this is in many ways an unique book in covering the latest development up to this year. Well worth a recommendation.
‘Seek and Destroy’. That’s the motto of the RAF’s 41(R) test and evaluation squadron currently residing at RAF Coningsby. Operating six Typhoons (as well as a few Tornados set for retirement next year), the squadron is responsible for testing updates to RAF’s Typhoons and looking into the best ways of employing new capabilities in the field, before these are rolled-out to the frontline squadrons of the service. This summer, the squadron will start testing a new and highly destructive tool, as the first operational Typhoons will receive the P2E-upgrade (Phase 2 Enhancements). The most obvious change to RAF Typhoon operations this brings is the introduction of the Meteor very-long range air-to-air missile, though internally the there will also be major improvements to the data link and sensor fusion.
“Meteor [on Typhoon] will feature a two-way datalink, which is quite different to Rafale”Paul Smith, BAE Systems Test Pilot
Meteor is something both RAF and BAE Systems like to talk about. RAF Lossiemouth station commander group captain Paul Godfrey notes that the real life roll-out has been preceded by a significant amount of test in simulators, focused on looking into the tactics the new weapon will allow for. “I am hugely looking forward to it”, he says. BAE test pilot Paul Smith shows a slide highlighting the different velocity pattern of the ramjet-driven missile compared to traditional rocket-powered ones. Rocket engines accelerate faster out of the gate, but once the rocket has burned out the missile will coast towards the target, meaning that long-range shots will have relatively little energy left for maneuvering close to the target. The Meteor’s ramjet engine is able to cruise at an economical setting and then throttle up when it closes in on the target, giving it a huge boost to the no-escape zone compared to rocket-powered missiles. It is no surprise that the Meteor is set to complement or in some cases replace the AIM-120 AMRAAM and MICA medium- and long-range missiles on all HX-contenders with the exception of the F/A-18E/F Super Hornet, though there are differences to exactly how it is being implemented. Both the Eurofigher and the Gripen will feature a two-way datalink, which allows the missile to send data back to the aircraft, further increasing accuracy as well as situational awareness.
“We already know how we’ll operate the Meteor”GROUP CAPTAIN PAUL GODFREY OBE, STATION COMMANDER AT RAF LOSSIREMOUTH
But P2E is only part of what RAF calls the the Centurion staircase, a series of phased enhancements aimed at making sure no capabilities will disappear with the retirement of the Tornado in 2019. The P3E(a) is in the works for RAF, which will bring the Brimstone to the Typhoon. Officially described as a low-collateral high precision air-to-surface weapon, the anti-tank/anti-vehicle missile is probably best described as an AGM-65 Maverick for the 21st century. It has been used with great success in all combat operation RAF has taken part in during recent years. Godfrey highlighted its performance in Libya, where RAF Tornados used it to take out a pro-Gaddafi T-72 which was shooting at a crowd in an urban environment. The Brimstone penetrated the tank, and the explosion was violent enough to cause the turret to bounce from its mount, while the people standing besides it were unhurt. The Brimstone has also quite a lot of potential against lighter naval vessels, and being carried on triple-racks a nice number of missiles can be carried by the Typhoon.
Yes, that is the kind of stuff that gives landing craft skippers nightmares.
The other weapon being integrated with P3E(a) is the Storm Shadow stealthy cruise missile, called SCALP in French service. In the event of the Eurofighter (or Rafale) actually winning the HX-program, this would likely be acquired to replace the AGM-158 JASSM in Finnish service (the 15 year shelf-life of the missiles nicely matches the retirement date of the F/A-18C Hornet). In parallel the P3E(b) is being developed for the Kuwait Air Force, and includes the Enhanced GBU-16 (GBU-48) 1,000 pound laser/GPS-guided bomb, as well as the CAPTOR E AESA radar and the Sniper advanced targeting pod in place of RAF’s Litening III pods.
There has been much talk about the fact that the Eurofighter still relies on the CAPTOR M mechanically scanned radar, which, despite being more or less as good as it gets when it comes to mechanical scanning, is still not an electronically scanned array. Godfrey admits that while the current radar is very good, he would like to get the CAPTOR E. “Would I like to have an AESA? Sure. Why? Because of versatility.” While his wish will be granted, in the case of RAF, the CAPTOR E is still some time out in the future.
Before HX deliveries the plan is that yet another major upgrade will have taken place. The P4E is currently in the negotiation phase, and as such its exact scope is yet undecided. The plan is that the upgrade will include full operational capability for the CAPTOR E, upgrades to the PIRATE infrared search and track sensor, as well as the integration of SPEAR long-range anti-tank/anti-vehicle weapon (and/or the Small Diameter Bomb in some version). The SPEAR will, together with a planned major improvement to the DASS and sensor integration, be at the core of allowing the Typhoon to take up the SEAD/DEAD mission. This is a most welcome addition for RAF, as they lack a dedicated SAM-hunting capability after the retirement of the ALARM anti-radiation missile in 2013. In addition, a number of anti-ship missiles are currently being evaluated. These include the Marte ER, of which there is currently a feasibility study ongoing for integrating it onto the Typhoon, as well as the JSM and Harpoon (of which the JSM is further along). A contract for the P4E is expected within the next 12 months.
“The Centurion staircase is what’s driving the UK Typhoon program”JOHN BROMEHEAD, GENERAL MANAGER BAE SYSTEMS
What won’t see a direct replacement is the RAPTOR reconnaissance pod, the British version of the Goodrich DB-110. Instead, advanced targeting pods will take over the role of dedicated reconnaissance pods for the Typhoon.
The P4E would likely form the basis of the Eurofighter Typhoon’s HX-bid. Still, it is important to remember that just because an aircraft is certified for a certain weapon, it does not mean that Finland would get these (case in point the current F/A-18C Hornet is able to carry the better part of the US Navy’s arsenal, while in Finnish service the weapons used goes on the fingers of one hand). In the case of the Eurofighter, while the weapons integration is part of the core package, ‘unlocking’ a certain weapon or capability means buying it from the nation(s) that have originally paid for it’s integration. In this way, costs for popular weapons are brought down through sharing, but you only pay for the ones you plan on buying. Realistically, this means that Finland e.g. would buy either IRIS-T (likely) or the ASRAAM short-ranged air-to-air missiles to complement the longer-ranged Meteor, and not both. In the same way, exactly which ground attack weapons would be bought is open. To replace the capabilities of the current F/A-18C Hornet the Storm Shadow would likely replace the JASSM, with SPEAR and some suitable GPS/LGB being other likely candidates. Brimstone and an anti-ship missile would add significant punch to the Air Force, but while the Air Force Command has confirmed they are looking into the anti-shipping mission for HX, it is unlikely that the funds will be found for these (at least not in the initial buy).
What will then follow after P4E? The Typhoon is set to stay RAF’s primary air superiority fighter for the foreseeable time, and the current plan is that it will stay in RAF service beyond 2050. Integration with unmanned platforms operating is a hot topic. A large area display for the cockpit has also been proposed to customers, but currently the interest from the users has instead focused on the Striker II helmet mounted sight, which will provide a full-colour, fully digital night/day sight. While the exact development path is still open, it is clear that the development will continue. As BAE Systems Mark Parkinson notes: “There is simply nothing else on the horizon.”
A subject which I’ve touched upon in my earlier posts, is the fact that the choice of fighter for HX also largely dictates which weapons the Finnish Air Force will use. Naturally, any weapon can be certified on any fighter, as long as they are within weight and size restrictions, but the process is neither simple nor cheap. As such, the large operators usually call the shots, their choices usually being domestic weapons suitable for the missions they prioritise. There are also a number of special cases, such as e.g. Saab and Boeing producing both aircrafts and some of their weaponry.
So, what would Finland then get with each of the different HX-candidates? Below is a simple table I’ve collected, with weapons integrated on each aircraft. The weapons are divided by type, and include both weapons currently available as well as planned weapons. For the future weapons I’ve only included weapons that the manufacturer or operator states will be integrated (edit: note that some of these planned integrations, especially in the case of the F-35, are still unfunded). The exception is for Gripen, where the Brazilian Air Force has not yet disclosed which weapons they’ve chosen for the aircraft. In this case, the weapons listed are based on those displayed on the mock-up, when it toured in Brazil this spring.
Some weapons are likely to appear on certain aircraft sometime in the future, such as the Meteor being integrated on the F-35, but as long as these aren’t officially confirmed, I’ve left them out. As said, if Ilmavoimat really wants something, it can most probably be added for an extra cost, but this table is what we would get “for free” with each aircraft.
A few comments:
Incendiary bombs are largely similar to napalm, but aren’t called that as their chemical composition is different. Cluster bombs are available in a number of different variants, where the Mk-20 (247 submunitions) is meant for anti-tank work, and the CBU-59 (717 submunitions) and CBU-101/-105 are used against ‘soft’ targets (unarmoured vehicles, troops). Many of the modern laser- and GPS-guided bombs feature wings, which means that they can be dropped from some distance, and then glide towards the target. Cruise-missiles differ from these, in that they have some kind of engine that lets them fly further than the unpowered glide bombs. Some cruise missiles can also be used as anti-shipping missiles, and the other way around. As sending a large cruise missile dimensioned to blow up a reinforced bunker to take out a single tank is a waste of money and explosives, some planes carry smaller missiles that can be used against vehicles. Anti-radiation missiles are specialised weapons made to home in on enemy radars, to knock out the enemy’s groundbased air defences.
The Eurofighter reflects its international pedigree in that some nations, especially Great Britain, want their own weapons on it, and as such it has two options in a number of slots. The Rafale is an example of the opposite, featuring almost exclusively French weapons. Due to their small production runs, these are sometime very costly, with e.g. the AASM (the French equivalent to a JDAM) rumoured to cost up to twelve times as much as its US counterpart.
Gripen features an interesting mix of Brazilian and European weapons. Of note is that if Finland would buy the Gripen, we would be one of the larger operators, giving better leverage if we wanted to integrate new weaponry onto it (this is not to say that they would come for free, only that our leverage would be better). The main drawback of the Gripen is the (current) lack of a dedicated anti-vehicle missile, with earlier versions having featured the AGM-65 Maverick.
Edit 24-07-2015: After having received input from Twitter-handles Gripen News and Obby Noxus, I’ve updated the table and texts accordingly. Sorry for the incorrect data given earlier, it was completly due to my own fault, and thank you to Gripen News and Obby Noxus for their help!
With regards to the F/A-18E/F Super Hornet, it seems like the US Navy decided to simply certify the aircraft for more or less every weapon in their arsenal. A number of these, marked with *, are already retired, and others are on their way out (such as the AIM-7 Sparrow). Of interest is that it is the sole platform with a mining capability. The ability to have two aircraft take off and after a few minutes close a strategic sea lane by dropping four heavy sea mines would be of marked value for Finnish defence planning, especially with the reduction in hulls with a mining capability that the navy is facing. In fact, it is interesting that the Finnish Air Force has not bought Quick Strike mines for the current Hornet-fleet, as they are also certified to carry it.
The F-35 is something in between, with a number of different options, although not quite as many as the Super Hornet. Its anti-shipping missile is a bit special, the Norwegian Joint Strike Missile featuring an infrared seeker instead of radar as all the others anti-shipping missiles in the tables. The IR-seeker is harder to distract than radar seekers, but feature a shorter range a poorer performance in adverse weather (rain, snow, and fog).
Does any single aircraft then have a marked advantage? I would say no. The Rafale is at a disadvantage, due to its reliance on uniquely French weapons, with their higher cost and poorer availability. The Super Hornet brings some interesting options to the table, but I find it hard to believe that Finland would buy either rocket pods or incendiary bombs, so the only real difference is the sea mines. The overall differences are small, and if mining capability suddenly is a must-have, it could probably quite easily be integrated on any of the other platforms. In fact, I would imagine that the US Navy is already thinking about getting it for the F-35C.
As is the case with the aircrafts themselves, their weapons suites all have their own strengths and weaknesses. In the end, these are but one of the many factors that will have to be compared and judged, before it can be decided which of the potential HX-fighters is the best choice.