Tag Archives: РСЗО

No Answer for HIMARS

Russia’s war on Ukraine has been paralyzing.

It’s paralyzing because Russian media outlets covering the Russian Federation Armed Forces have spent 166 days doing two things. Either spewing Kremlin propaganda about the “special military operation.” Or not saying or writing anything true about the Russian military for fear of prosecution, fines, and prison time for disseminating “fake” information or “discrediting” the armed forces.

Needless to say, it’s crimped the “bread and butter” of these posts.

Be that as it may, Oleg Falichev wrote last week for NVO about Russia’s faltering war on Ukraine. Falichev’s a former KZ correspondent. But not really notable.

Without meaning to, Falichev shows how deflated Kremin loyalists are. His summation of the war indicates how large, perhaps insurmountable, are the difficulties Russia faces in its war on Ukraine. He attests that Ukraine’s artillery and missiles — Western-supplied or otherwise — are taking a toll on Russian forces. Falichev seems to have lost whatever optimism he once had for Putin’s adventure in Ukraine.

Falichev alleges that Ukraine’s foreign-made UAVs attacked a “humanitarian convoy” near Enerhodar on July 30. He describes Ukraine’s HIMARS strikes on the railroad in Zaporizhzhia oblast a day earlier. And he claims Ukraine destroyed a grain depot in Kamianka-Dniprovska. And Falichev notes the July 31 UAV strike on Russia’s BSF headquarters in Sevastopol.

He then repeats the lie about Ukraine using HIMARS to kill its own Azov battalion POWs held by the Russians in Donetsk. He also claims Ukraine may blow up the Bakhmut dam to flood the town of 35,000 and blame Russia.

Falichev notes some Russian “successes” in Ukraine. He claims Russian strikes seriously damaged Ukraine’s 30th Mechanized and 57th Motorized Rifle Brigades in Kyiv and Chernihiv oblasts, as well as the missile-artillery depot of the 81th Air-Mobile Brigade in Kostiantynivka in Donetsk.

Without providing a source, Falichev asserts Russia has destroyed 260 aircraft, 145 helicopters, and 1,631 UAVs since February 24.

But, he said, to warn of “heinous provocations and terrorist attacks on the civilian population,” Russia needs its own “eyes and ears” in space, electronic reconnaissance to intercept enemy long-range weapons and support counterbattery fire.

“We need drones of the most varied dimensions and designations. Not just strike, but reconnaissance drones with automatic and instantaneous systems for transmitting target coordinates.”

“This means we immediately need to correct not only the State Armaments Program (GPV), which was developed for us to 2030, but also the State Defense Order (GOZ-2022). They are now obviously obsolete.”

“If we don’t find answers to these questions, the provocations will continue.”

“But we still don’t have the strength to prevent such provocations. We haven’t even quickly upped the output of UAVs. Much depends on microchips, optics, engines for drones. But also on the work of various subcontractors, inertia of the bureaucratic apparatus, State Duma adoption of laws on additional GPV and GOZ financing.”

“We also don’t have reconnaissance means. We understand the Ukrainian crisis will drag out, there won’t be any lightning-fast resolution of problems. This means we have to work out long-term programs for reequipping the army, our space grouping, the Ground Troops.”

Just a reminder that “provocations” is Falichev’s term for claimed Ukrainian attacks on civilians, or perhaps for any Ukrainian resistance to Russia’s invasion.

Falichev concludes Russia needs what it currently lacks — fast and certain strikes on enemy artillery and missile systems using radar and space systems to geolocate launches by MLRS, long-range M777 howitzers, and HIMARS. Victory on the ground, he says, is connected to successful space missions, but it’s unclear how this will work out for Russia.

A Falichev interlocutor, a veteran of Air Defense Troops and BMEWS, says Russia needs medium- and long-range air defense missiles, modified to receive data from drones, to attack Ukraine’s artillery and missile launchers. Falichev says it seems a bit absurd but it’s up to “specialists to decide.”

It seems Falichev’s trying to say one very simple thing: The Russian military wishes it had GPS and GPS-enabled weapons systems.

But the fact that the “special operation” is creating problems is no longer in doubt, according to Falichev. The country’s management system and especially it OPK has to be reworked. Maybe not full mobilization but not business as usual either.

So while offering lots of doubtful assertions, Falichev makes the valid point that Moscow needs a quick answer to Western UAVs, M777, and HIMARS operated by Ukraine. But his recommendations are weak. Revamp the GPV, GOZ, and OPK? They don’t have time. Western militaries — certainly the U.S. military — adapt on the fly because they value and listen to their troops. With money tight, sanctions blocking access to Western supply chains, and other wartime exigencies, the OPK will find it virtually impossible to adapt and reequip the Russian military midstream.

Contract for Tornado-S MLRS

Tornado-S

According to Kommersant, Perm-based ZAO Special Design Bureau (SKB) received a contract worth 6-7 billion rubles ($93-$108 million) to produce 20 combat systems for the Russian MOD. The paper’s sources say the contract is for Tornado-S multiple launch rocket systems (MLRS) and transport-reload vehicles. The equipment is to be delivered in 2020.

The 12-tube, 300-mm Tornado-S (9K515) MLRS is a “deeply modernized” version of the Smerch. It reportedly features GLONASS satellite navigation, automated fire control, and 9M542 PGMs. Unlike earlier systems, Tornado-S gives specific flight profile data to each rocket. Its effective range is 120 km.

Tornado-S first entered the inventory in late 2016. Smerch was accepted for service in 1989.

The new 9K515 weapons system includes the 9A54 launch vehicle and 9T255 transport-reload vehicle.

Tornado-S and TZM

The 20 systems in the contract likely include 16 launch vehicles (two battalions of eight) and four transport-reload vehicles (two per launch battalion).

The Russian MOD is using new Tornado-S MLRS to build a heavy rocket launcher brigade at the district level in each of its four MDs. In Soviet times, each MD (front) disposed of its own rocket launcher brigade, typically four battalions of 18 40-tube, 122-mm BM-21 Grad systems.

Those “brigades” look like this now:

  • Western MD…Tver…79th Brigade…three battalions of Tornado-S…12 launchers.
  • Southern MD…Znamensk…439th Brigade…??? battalions of Tornado-S…??? launchers.
  • Central MD…Shchuchye…232nd Brigade…two battalions of 220-mm Uragan…16 launchers.
  • Eastern MD…Novosysoyevka…338th Brigade…2-3 battalions of Uragan…16-18 launchers.

But these are more like rocket battalions than the brigades of old days.

The first Tornado-S deployments began in 2017 in the Western MD and continued in the Southern MD in early 2019.

It seems likely the Tornado-S systems due in 2020 will go to the Central or Eastern MD before the Western or Southern get more.

Kommersant detailed the poor financial status of ZAO SKB. Its parent, long-time sole producer of Russian MLRS Motovilikhinskiye Plants is bankrupt. SKB was split away to keep creditors at bay. The rest of Motovilikha is supposed to retool to make civilian products. The growing problem of insolvency in Russia’s OPK is worthy of a look.

Ground Troops and the GOZ

Buk-M2 (SA-17 / Grizzly)

Discussions of service wish-lists for State Armaments Program (GPV) 2011-2020 have tended to overlook the Ground Troops.  It seems they don’t enjoy the same priority as other services.

But in late February and early March, there was a flurry of press detailing what the land forces intend to procure, at least in the short term. 

Arms-expo.ru, Lenta.ru, and other media outlets put out brief items on Ground Troops’ acquisition.  They indicated the Ground Troops will emphasize air defense, command and control, fire support, and BTRs and support vehicles.

But the best run-down of all came from Ground Troops CINC General-Colonel Aleksandr Postnikov himself in Krasnaya zvezda.

Postnikov told the Defense Ministry daily that the main feature of GOZ-2011 is the transition from the repair and modernization of existing systems to the purchase of new, modern ones to reequip Ground Troops formations and units completely.

First and foremost, according to the CINC, the Ground Troops will buy modern digital communications equipment and tactical-level automated command and control systems (ASU), like Polyana-D4M1 for air defense brigades.  He said Ground Troops’ Air Defense will also receive modernized S-300V4 systems, Buk-M2 and Buk-M3, short-range Tor-M2U(M) SAMs, and manportable Igla-S and Verba SAMs.

Postnikov says they will continue equipping missile and artillery brigades with the Iskander-M, new MLRS, self-propelled Khosta and Nona-SVK guns, Khrisantema-S antitank missiles and Sprut-SD antitank guns.

The Ground Troops CINC says he foresees purchases of a new modification of the BTR-82A, BREM-K armored recovery vehicles built on a BTR-80 base and BREM-L on a BMP-3 base, Iveco, Tigr, and Volk armored vehicles, and new KamAZ trucks from the Mustang series.

NBC defense (RKhBZ) troops will get the heavy flamethrower system TOS-1A, RPO PDM-A thermobaric missiles with increased range and power, and VKR airborne radiological reconnaissance systems.  Engineering units will get the newest water purification system on a KamAZ chassis (SKO-10/5).

In the longer term, Postnikov sees rearmament as one of his main tasks, and he repeated President Medvedev’s statement that the Ground Troops should have 30 percent modern equipment by 2015, and 70 percent by 2020.  He laid special stress on getting YeSU TZ into the troops.  Postnikov’s Glavkomat has a Concept for the Development of the Ground Troops Armament System to 2025 emphasizing standardization, multi-functionality, modular construction, and electronic compatibility across several general areas:  armor and military vehicles, tube artillery and MLRS, SSMs, antitank systems, air defense, reconnaissance-information support, UAVs, communications, automated command and control, and soldier and close combat systems.