Still-frame from video of BM-27 Uragan MLRS supposedly moving into position to fire on Ukrainian targets near Belgorod, 16 April 2024.

“The Russian transition to the BAZ-69092 chassis seems to be motivated by several factors… but also aligns with Russian strategic preferences [necessity] for local production.”

Despite Western efforts to dismantle or limit its defense industry, Russia continues to find ways to produce the weapons it needs to fight its war in Ukraine.[i] As discussed in the excerpted article from the Azeri based Caliber news outlet, on 16 April, the Russian Ministry of Defense released a video unveiling an updated version of the BM-27 Uragan [R1] self-propelled multiple rocket launcher (MRL), supported by a new BAZ-69092 [R2] three axle chassis, at work in Ukraine.[ii] According to the Caliber article, the modifications are a reflection of not only the need to modernize Russia’s rocket and artillery systems, but also “align with Russian strategic [necessity] for local production.” The article notes that Russia has lost at least 83 BM-27 systems in Ukraine since it invaded in Feb 2022. Replacement of these and other systems is critical to Russia’s war effort. The article points out the original Uragan chassis were built in other parts of the former Soviet empire, including Ukraine.[iii] The new BAZ-96092 is a multi-platform chassis wholly built in Russia. Russia continues to rearm its military despite sanctions and restrictions imposed by the West to reduce Russia’s ability to fight the war in Ukraine.

OE Watch Insight:

Updated RUS Uragan MRLS appears on UKR battlefield demonstrating RUS ability to replenish its military systems despite western sanctions and restrictions intended to hold back military industrial establishment.

Sources:

“Russian Army deploys new version of BM-27 Uragan MLRS Rocket Launcher in Ukraine,” Caliber (Azeri based news source with good regional coverage from neighboring perspective), 18 April 2024. https://caliber.az/en/post/234544/

On April 16, 2024, the Russian Ministry of Defense released a video showing a night-time operation involving the BM-27 Uragan 220mm multiple launch rocket system (MLRS) near the Belgorod region. Notably, the video unveiled an updated version of the BM-27 Uragan launcher mounted on a new platform, identified as the BAZ-69092 three-axle chassis, marking a significant departure from its traditional ZIL-135LM 8×8 truck chassis.

The transition to the BAZ-69092 chassis is part of an ongoing modernization effort within the Russian Army to upgrade existing military equipment and improve its artillery capabilities. This strategy includes plans to replace the aging BM-27 Uragan MLRS with the more advanced Tornado-S [R1] system….

…

The Russian transition to the BAZ-69092 chassis seems to be motivated by several factors. Firstly, the Russian Army lost at least 83 units in Ukraine since the beginning of the conflict. As of 2023, the Russian Army had only 150 of these vehicles in service, indicating a critical need for the modernization and replacement of this valuable system. Secondly, Russian engineers could face difficulties in modernizing older vehicles such as the ZIL-135LM, whose production ceased in 1995. Thirdly, these difficulties need to be compared with the advantages offered by new platforms for improving combat efficiency. The adoption of the newer BAZ-69092 6×6 chassis offers several advantages, including its capacity to accommodate weapons systems weighing up to 13 tons, but also aligns with Russian strategic preferences for local production.

…It is interesting to note that the BAZ-69092 chassis was specifically developed to standardize and facilitate the use of various military and special vehicles within the Russian army. This initiative began in the early 1990s after the dissolution of the Soviet Union, which affected the supply of special chassis as key manufacturers were outside Russia (for instance MKZT in Belarus and KrAZ in Ukraine). The Bryansk Automobile Plant (BAZ) was tasked with developing the BAZ-69092 under the project code “Voshchina-1” to substitute for foreign-made chassis. The model is part of a family of vehicles designed for diverse functions, including combat and support roles, tailored to meet specific requirements of the military.

Notes:

[i] For recent media reporting on Russia’s resurgent domestic arms industry, see: “Russia ramps up weapons production, using mass quantity to outgun Ukraine,” The Washington Post, 19 April 2024. https://www.washingtonpost.com/world/2024/04/19/russia-weapons-production-ukraine-war/; Russia has also received Chinese and Iranian weapons assistance. For recent news coverage regarding Chinese assistance, see: “China Has Helped Russia Boost Arms Production, U.S. Says,” The Wall Street Journal, 12 April 2024. https://www.wsj.com/politics/national-security/china-russia-arms-production-help-c098c08b and “US intelligence finding shows China surging equipment sales to Russia to help war effort in Ukraine,” The Associated Press, 19 April 2024. https://apnews.com/article/united-states-china-russia-ukraine-war-265df843be030b7183c95b6f3afca8ec

^[ii] Fielding of the new and improved Russian BM-27 had been anticipated for months. See: Російські БМ-27 “Ураган” отримали нове шасі БАЗ-69092 (Russia Modernizes BM-27 Uragan Rocket Launchers with BAZ-69092 Chassis Upgrade),” Militarnyi (Ukraine media outlet focused on the military and defense industry), 22 December 2023. https://mil.in.ua/uk/news/rosijski-bm-27-uragan-otrymaly-nove-shasi-baz-69092/

[iii] The above sourced Caliber article noted that Ukraine is also “modernizing its BM-27 MLRS, fitting the Uragan launcher on a Tatra Т815-7Т3RC1 chassis, resulting in the creation of the Bureviy system. Revealed in 2020 and developed by the Shepetiv Repair Plant, the Bureviy successfully completed fire tests in November 2020. Ukraine also developed the Bastion-03, which combines a KrAZ-6322 chassis with a 9K57 Uragan MLRS launcher. This latter project is part of a Ukrainian initiative to standardize rocket artillery chassis using the KrAZ platform, following the earlier Bastion-01 and Bastion-02 models.”

Image Information:

Image: Still-frame from video of BM-27 Uragan MLRS supposedly moving into position to fire on Ukrainian targets near Belgorod, 16 April 2024.
Source: Russian Ministry of Defence, https://t.me/mod_russia/37664
Attribution: Public Domain

A Russian medic applying first aid. While Russia has released very little information about its casualty rate, a newly-released report offers some initial insights.

“The high professionalism of military doctors allowed them to reduce disabilities of military personnel, but most importantly, to reduce their hospital mortality rates, the lowest in history military medicine.”

Since the beginning of Russia’s “special military operation” in Ukraine, there has been little, if any, information released from Russian sources about the workings of the Russian military medical system in general, and Russian casualty rates in particular.[i] The accompanying excerpted article from the official medical journal of the Russian Ministry of Defense (MoD), Voyenno-Meditsinskiy Zhurnal, is the first publicly released information about the inner workings of the Russian military medical system during the special military operation. Although this detailed 17-page account does not mention specific casualty numbers, some idea of the magnitude of Russian casualties can be postulated by the information it provides about the increases in various types of Russian military medical facilities, including long-term rehabilitation, palliative, and prosthetic care. The article also lays out the four stages of Russian military medical treatment consisting of forward treatment, treatment at Military District facilities, treatment at centralized MoD military medical facilities, and rehabilitation centers. Unsurprisingly, there is considerable effort in placing medical treatment as close to the line of contact as possible to increase positive outcomes. This is being accomplished not only by placing medical units further forward, but also by placing various medical capabilities/personnel at lower echelons than have historically occurred. In sum, the article does not provide Russian casualty figures but does support the premise that Russia has suffered large numbers of casualties in the operation and is adapting in response. The article highlights what the U.S. military medical community may expect if the U.S. engages in Large Scale Combat Operations on the modern battlefield.

Sources:

D.V. Trishkin, “Итоги деятельности медицинской службы Вооруженных Сил Российской Федерации в 2023 году и задачи на 2024 год (Results of the medical service activities of the Armed Forces of the Russian Federation in 2023 and goals for 2024.),” Voyenno-Meditsinskiy Zhurnal (official medical journal of the Russian Ministry of Defense) January 2024. https://voenmed.ric.mil.ru/upload/site229/3JSanq38G6.pdf

The results of an analysis of the medical service activities of the Armed Forces in 2023 in its main areas are presented. Particular attention is paid to the organization of medical care and treatment of the wounded during a special military operation. The multi-level system of staged medical care has proven its effectiveness.  The following results were achieved: the time for providing first aid was reduced by 3 times (to 10 minutes), providing medical care to a serviceman from the moment of injury – by 2 times (to 1 hour); 98% of military personnel were discharged upon recovery after treatment for wounds and injuries; mortality at the stages of

medical care was 0.43%, disability – 2.1%. First aid training for personnel resulted in a potentially preventable mortality rate of 5.2%. The main task facing the medical service in 2024 will be the timely and high-quality provision of medical care to the wounded and sick when performing tasks in a special military operation…

The main efforts of military medicine were aimed at organizing medical support for the special military operation.  The enemy’s use of modern types of weapons and ammunition during military operations determined the prevalence of combined, combined lesions and shrapnel wounds. Taking into account these factors, it was formed a medical care system in which there are 4 main stages for the provision of medical care and treatment to special military operation participants:

— the stage of providing qualified medical care, which is represented by mobile medical units;

— the stage of providing specialized medical care, consisting of stationary military hospitals of military district subordination;

— the stage of providing high-tech medical care, at central military medical facilities;

— the stage of medical rehabilitation at rehabilitation centers and military sanatoriums…

One of the most important aspects in the system medical treatment and evacuation support is the stage of providing qualified medical teams and medical battalions directly in area of the special military operation …medical units are put as close as possible to the line of contact. At the same time, the medical detachments and battalions have been strengthened with surgeons and traumatologists from central hospitals that are capable of performing surgical procedures that were previously not typically conducted at this stage…

The next stage of treatment involves the wounded being treated at military district hospitals…The tactics of “damage control” [«контроля повреждений»] are widely used to providing specialized medical care with the goal of minimizing the volume of surgical interventions in the seriously wounded and performing definitive surgical treatment after stabilization of their condition.

In central hospitals, the basis for the provision of high-tech medical assistance is based on a multidisciplinary approach to the treatment of patients by specialists with different specialties within one military hospital. Multidisciplinary teams include resuscitators, vascular surgeons, traumatologists, general surgeons and extracorporeal detoxification specialists….

[T]he medical system evacuation, includes mass casualty aviation evacuation to district and central military hospitals, and medical evacuation by ambulance, sea, and rail transport…

[T]he quality of medical care provided remains sufficiently high level. The high professionalism of military doctors allowed them to reduce disabilities of military personnel, but most importantly, to reduce their hospital mortality rates, the lowest in history military medicine.

At the same time, in order to prevent a decline in the quality of medical care, the leadership of the medical service of the RF Armed Forces has taken a number of measures aimed at increasing the number of military and hospital medical specialists and units to prevent staffing and medical unit shortages in the special military operation, including:

— forming separate medical battalions, medical companies and medical posts for formations [объединение], large units [соединение], and units [часть];

— 4 additional medical billets in the staffs of the combined arms armies;

— Branch Clinic No. 4 was added to the 1602nd Military Clinical Hospital (Lugansk) with 300 beds;

— construction of military hospitals is underway in Ryazan, Belgorod, Bryansk, Makhachkala, Yuzhno-Sakhalinsk, Mirny, Vladikavkaz, Kursk, Sevastopol, new 100-bed medical buildings are in Samara, Pskov, Krasnoznamensk, Kostroma, St. Petersburg, Moscow, Ivanovo;

— major and ongoing repairs of military hospital facilities are underway in Rostov-on-the-Don, Chita, Polyarny, Volgograd, Novosibirsk, Stavropol, Khabarovsk, Selyatino;— a medical detachment (reserve) has been formed and successfully performs its tasks with citizen volunteers that have medical training (currently a decision is being made to form a second detachment from among the volunteers).

Notes:

[i] Moscow uses the term spetsial’naya voyennaya operatsiya (“special military operation”) or spetsoperatsiya (“special operation”) to describe its campaign in Ukraine.

Image Information:

Image: A Russian medic applying first aid. While Russia has released very little information about its casualty rate, a newly-released report offers some initial insights.
Source:
Attribution: CCA-SA 4.0 Intl