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Tuesday, June 1, 2021

ATHOS Or ATAGS?

While the Ministry of Defence’s (MoD) notification of ‘Second Positive Indigenisation List’ of 108 items finally confirms that both the Indian Army (IA) and Indian Air Force (IAF) will now receive only the indigenous Light Utility Helicopter (LUH) developed by the MoD-owned Hindustan Aeronautics Ltd (HAL) and not the Kamov Ka-226T, the absence of any mention about any type of 155mm/52-cal field artillery howitzer (be it towed, mounted gun system of MGS and tracked self-propelled) can only mean that such items will be imported for the foreseeable future. While the towed 155mm/52-cal howitzer was mentioned in the first negative list released on August 9, 2020, and the embargo on imports was to kick in from December 2020, the date was subsequently changed on August 21 to December 31, 2021. Now it has been left open-ended.

The process for acquiring 155mm/52-cal towed howitzers and MGS began in 2001 as part of the IA’s Field Artillery Rationalisation Plan, which had been drawn up in 1999. Multiple requests for proposal (RFP) were issued, starting with the first in February 2002. Nearly 14 years ago, the MoD had cleared the proposal for a 155mm/52-cal towed howitzers under the ‘Buy and Make’ category. In the last RFP, which was issued under the UPA government in June 2013, only two companies—ELBIT Systems of Israel (teamed up with the MoD-owned OFB) and Nexter Systems of France (teamed up with Larsen & Toubro) participated. The competition was for the supply of 400 towed howitzers off-the-shelf and licenced-production of another 1,180 howitzers by Ordnance Factory Board (OFB), under a full Transfer of Technology (ToT) process that guarantees 50% local material content.

In March 2019, following exhaustive ‘Field Trials Cum Evaluation Process’ spread over two years of ELBIT’s Autonomous Towed Howitzer Ordnance System or ATHOS (weighing less than 15 tonnes) and Nexter’s Trajan (weighing 13 tonnes), ELBIT Systems was declared the lowest bidder (L-1). ELBIT had quoted €477 million for 400 fully-built ATHOS, while Nexter quoted €776 million, which translated into each ATHOS costing €1.2 million, significantly cheaper than the Trajan’s €1.94 million per unit cost. Thus, the ATHOS cost 40% less than the Trajan. cost negotiation process was successfully completed between SIBAT, the International Defence Cooperation Directorate of Israel’s Ministry of Defence (representing ELBIT Systems) and the MoD in July 2019.

However, in December 2020, SIBAT wrote a letter to the MoD to expedite contract signature and even stated that in case the MoD wanted to order only 400 ATHOS (for 20 IA medium regiments) and forego the option of licenced manufacture, the related cost corresponding to the ToT process can be deducted from the total contract price. In addition, ELBIT Systems through SIBAT offered the ToT for the 1,180 ATHOS as an option for India, at the same cost as mentioned in the commercial offer made. ELBIT has also committed itself to achieve 70% indigenisation within the contract for the first 400 ATHOS howitzers, starting from the first units. 

Finally, ELBIT also promised to supply the 400 howitzers much earlier than the contract delivery schedule—the first six within 10 months after contract signing, an additional six within 14 months, and the remainder according to an accelerated delivery schedule, which will ensure finalisation of the deliveries not later than 54 months from the date of contract signature, instead of the 72 months stipulated in the draft contract.

For meeting its ambitious 70% indigenisation target, ELBIT has proposed to take the unprecedented step of setting up two parallel production facilities in India, under which it will partner with the Pune-based Kalyani Group’s Bharat Forge Ltd (BFL) for supplying the first 400 ATHOS howitzers. After that, ELBIT has proposed to undertake ToT with OFB to build the next 1,180 howitzers. ELBIT has an existing industrial joint venture (JV) with Bharat Forge called BF-Elbit Advanced Systems, and another JV with Alpha Design Technologies, called Alpha ELSEC, and another JV with Hyderabad-based Aditya Precitech Pvt Ltd.

From the above, we can safely conclude that the procurement of 400 ATHOS is now a foregone conclusion, and the fight is now between two opposing lobbies: one within the MoD where the Department for Defence production & Supplies’ Secretary (who is a sitting member of the OFB’s Board of Directors) being duty-bound to mandate the licenced-production of 1,180 ATHOS howitzers by OFB; and the other led by the MoD-owned Defence R & D Organisation, which is lobbying against the ATHOS and instead pushing for the procurement of 1,580 indigenously developed Advanced Towed Artillery Gun System (ATAGS).

The ATAGS project commenced in 2012 with two strategic industrial partners—BFL and Tata Aerospace & Defence Ltd. The ATAGS was developed in a record time of 30 months and has gone through extensive trials over the last four years and performed admirably with remarkable consistency. Electrical power is used for gun-laying and ammunition-handling. ATAGS is configured with an all-electric drive that ensures maintenance-free and reliable operation over longer periods of time. The 155mm/52-cal howitzer has automatic setting up, laying with high-end SIGMA-30 ring laser gyro-based system (from SAFRAN/SAGEM of France) and an automated ammunition handling system that loads the shell, bi-modular charge and primer simultaneously, with manual back-up for gun-laying.

The ATAGS also has an advanced hydraulic drive system that provides effective manoeuvrability in different terrain such as on roads, cross-country terrain, deserts and high-altitude areas. The high-power auxiliary power unit (made in India) provides effective self-propelled speed, rapid deployment and short response time. ATAGS has greater than 95% indigenous content. It comprises 7,463 components of which 4,977 are manufactured parts involving about 30,000 manufacturing processes and more than 2,00,000 inspection parameters. The longer range of the ATAGS comes from its larger chamber, which houses a larger quantity of high-explosive propellant that shoots out the warhead further. The ATAGS chamber volume is 25 litres, compared to 23 litres in all other existing 155mm/52-cal towed howitzers. The project entered the TRL Stage-10 (as per DRDO TRL stages) last October and was put through mandatory trials over the period of last five years and has completed them successfully.

The 18-tonne ATAGS performed well in high-altitude trials in January 2018 at the 12,000-foot-high Menla Firing Range in Sikkim. In these trials, the BFL-developed ATAGS prototype fired a total of 130+ rounds, mostly in Zone 7, and the feedback was that the system had met the parameters. The howitzer prototype fielded by TATA Aerospace & Defence Ltd too succeeded in firing 99 rounds. However, when it went for additional trials in September, a gun barrel burst while being fired. At the 100th round, which was fifth of the rapid-fire practice, the gun tube sheared off, thus creating the first unfortunate incident during the entire process of design and development. It must be noted that the two prototypes, which have till now fired almost 2,000 rounds between them, can easily withstand pressures up to 560 mega Pascals and are the only ones to fire munitions in Zone 7.

PLAGF MGS For Warfare In High-Altitude Areas

PCL-161 122mm MGS
PCL-171 122mm MGS
PCL-181 155mm/52-cal MGS

Friday, May 14, 2021

PLAGF’s Modular Combined-Arms Brigades and Combined-Arms Battalions Explained

First and foremost, China and the ruling Communist Party of China (CPC) are looking to become what they call a “Great Power,” as they were centuries ago. We can trace much of this back to 1979, when Deng Xiaoping implemented a massive reform effort in the wake of Mao’s death a few years earlier. He set the goal to become a “moderately developed” country by the mid-21st century, which is usually interpreted as the centennial anniversary of the PRC, or 2049. When this goal was first established, China was very literally dirt-poor by global standards. It had to make major changes to their economy and society at large in order to build the foundation for achieving what they now call the “China Dream.” Officially, the CPC does not use language that suggests that it is looking to supplant any existing world power; it does not discuss spreading the communist political ideology; it does not discuss having the most powerful military, or the most political influence, or the greatest scientific or industrial base. Instead, it talks about being a leader in each of these areas—one of many leaders. That being said, it still faces significant challenges in achieving its goals. The most important aspect of this from the military’s perspective is understanding the path that China adopted following Deng Xiaoping’s ascent. In the early 1980s, Deng stated that he did not think a large-scale war was likely. At the time, this meant that China could essentially postpone building a strong military, and instead, focus China’s limited resources on building its economy, science and technology base, and a variety of other social, non-military issues. This was a significant contrast compared to the massive investments in the military one saw in other one-party states, such as the Soviet Union or North Korea. The military’s development essentially was subordinated to national economic development, and for much of the first 20 years after Mao’s death, the military was relegated to a background role from a budgetary perspective. The defence spending in this era was in the single-digit billions, for a force numbering 4 million soldiers. Compare this to the US spending of around $400 billion for a force roughly half that size.

In the mid to late 1990s, with its economy growing at a rapid rate, China started spending more money directly on the military. In the mid-1990s, China’s defence spending hit $10 billion, and grew consistently after that, roughly in step with the growth of the GDP. Growth varied year to year, averaging over 10% annually, but the upward trend was consistent. Today, the spending is around one-third of the US. This has given the PLA far more resources to throw at new equipment and training. However, it should be noted that the growth of the military budget remains subordinate to, but coordinated with, national economic development and the communist party controls the allocation of resources. China’s military development goals were first quietly announced in the late 1990s, then announced more publicly in 2006. They all described a three-step development process for military modernisation: placing benchmarks at 2010, 2020 and mid-century, meaning 2049, indicating a very long-term outlook for military modernisation. Specific objectives have been adjusted slightly over the years and President Xi Jinping recently added a new milestone in 2035, acknowledging that the 2010 date had passed. By 2020, the PLA expects its current set of reforms to be complete, and will have achieved mechanisation of the PLAGF. By the time of Xi’s new benchmark, the PLA seeks to have fully modernised equipment, training, personnel structure, and doctrine. By 2049, the PLA looks to be a “world-class military.” Officially, the CPC consistently uses the wording A world-class military, not THE world-class military. But, the CPC does not define what a world-class military is, a lesson learned from previous rounds of reform, where certain goals were set out, and then adjusted.

It was in the spring of 2014 that a task force was formed in Beijing to draw up an over-arching reform blueprint for the entire PLAGF. It involved more 690 civilian and military departments, 900 serving and retired commanders and experts, 2,165 Brigade-level and above officers, and ultimately resulted in excess of 800 meetings and took into account more than 3,400 comments and recommendations from the rank-and-file. The blueprint was revised more than 150 times and was finalised in November 2015. Subsequently, the PLAGF underwent thorough reforms, demobilising 300,000 personnel, constituting almost half of non-combat positions and 30% of the officer corps. It is the most comprehensive of all PLAGF reforms in recent memory and has radically changed the way the PLAGF operates. A new training syllabus also went into effect in January 2018, having been in the works since April 2013. The overriding priority of the new syllabus is to have a high degree of realism with emphasis on new modes of warfare such as jointness and network-centric manoeuvre warfare.

One important thing about these developmental objectives is that while some Western analysts and governments suggest that China is attempting to achieve hegemony in the Indo-Pacific region in the near term—and global hegemony in the long term—the CPC does not use the term hegemony to describe its own objectives. In fact, it uses the term “hegemony” to describe other powers—currently, like the US, and historically, like the USSR—in a pejorative sense. It also does not use the term Indo-Pacific as we understand it—its focus is on China-claimed territories and the near seas. As for more specific objectives, one can see China’s securing its perceived borders and territory, deterring attacks on the mainland, peaceful reunification of Taiwan, and maintaining claims in the near seas as the primary political objectives. Most other international objectives focus more on economic and commercial development, such as the Belt-Road Initiative. While these efforts are widely publicised, they likely are not as well-planned and organised as we’re led to think they are. They will, however, eventually necessitate a greater PLA military presence overseas that likely will require an improved naval and expeditionary capability. We are seeing this effort drive the expansion of the PLA Navy and Marine Corps—the Marine Corps, for example, has more than tripled its size over the last few years, increasing from two Brigades of 6,000 personnel each, to six Brigades, plus new SOF and aviation units. In short, the PLA’s primary focus will remain maintaining its deterrence and defensive posture in China’s own territory and in the near seas, while gradually expanding its expeditionary capability, all done in concert with national economic development.

Reforms are always a learning process. The PLAGF is certainly moving in the direction it wants to go, but the more it tries to implement some of these initiatives, the more it discovers that these things are harder to do in real-life than it is to write about them in books. In fact, the PLAGF in particular has already begun to reform some of its earlier reforms. One good example is standardising the structure of the Group Army (GA), the Corps-level organisation. Three years ago, GAs were standardised with six Combined-Arms Brigades and six supporting Brigades, one each artillery, air-defence, SOF, army aviation (helicopter), engineer and CBRN defence, and a Service Support Brigade. A recent change the PLA made has been to break up the engineer and CBRN Defence Brigade into two separate Brigades: an Engineer Brigade and a CBRN Defence Brigade. This change is not universal yet,—at least one GA has retained the old structure. This series of rapid changes illustrates that the PLA will decide on something, experiment and train with it, and discover what does and does not work. It then must go back and revise based on the lessons learned. Many of these new adjustments are not announced officially. When the 2020 “deadline” rolls around that the PLA will announce successful completion of reforms, but experimentation and modification will continue. Every time a PLAGF unit goes on a field exercise, new equipment, unit structure, tactics, and doctrine are tested. The results of these tests get sent up the chain of command, and then drives change throughout the institution. Running up to the 2035 “deadline”, one can anticipate many more significant changes in the PLA, but fewer public announcements. Regarding that 2035 date, it is very likely that the complete overhaul of the PLA’s equipment—begun under Deng Xiaoping back in the early 1980s—will finally be complete. All of the early Cold-War era material will finally be gone, replaced by mostly China-designed equipment dating from the 1990s or 2000s. For example, about three years ago more than half of the MBT force of the PLAGF was composed of Type-59 and Type-69 MBTs, a USSR-derived design dating from the 1950s. Today, newer Type-96 and Type-99 MBTs, designed in the 1990s, slightly outnumber the Type-59s. It took some 20 years to move to a majority modern MBT-types, so it is reasonable to think that it may take another decade at least to finally purge all of the legacy MBTs from the inventory. Ironically enough, by that time, some of the early Type-96 and 99 MBTs may themselves be obsolete and ready for replacement. The same process is underway for every category of equipment—modernised APCs, IFVs, artillery, helicopters, and so on—with many of the same challenges and similar timelines. One of the huge upgrades seen to PLAGF capability in this time period is a series of new systems significantly increasing the range at which ground commanders can strike.

Legacy 122mm and 152mm artillery pieces are being rapidly replaced by modernised, longer-range 155mm systems, older 106mm and 122mm MBRLs are being augmented by highly capable 300mm and 370mm MBRLs, and attack helicopters and UAVs have significantly increased the PLAGF’s operating radii. While longer range is a valuable, it has several second- and third- order effects that must be considered. Intelligence, surveillance and targetting must now extend to the maximum range of their capabilities to support the new systems; coordination and communications with other units and with the joint force are now necessary to deconflict airspace, and so on. All of these supporting efforts are ongoing, but it all results in increasingly complex operations that the PLA will have learn on the training field.

Prior to 1998, PLAGF squad leaders were simply 3rd or 4th year conscripts; NCO leaders weren’t a part of the PLAGF’s personnel system. That year, however, the PLA established its first cohort of professional NCOs, along with the educational and training support necessary to develop them into military leaders and technicians. The first cohort was chosen from the conscript pool and given additional training. Some jobs that previously were assigned to officers were handed off to NCOs, including many billets that we traditionally associate with NCOs, such as supply sergeants. Professional NCOs became squad leaders. Developing an NCO corps was a huge effort, requiring a number of major reforms and significant resources. The relationship between officers and NCOs had to be established; the duties and responsibilities of NCOs had to be built from scratch; the ranks of NCOs had to be filled by competent soldiers. One of the most significant changes undertaken was the training and education of NCOs. Today, several stand-alone NCO schools exist in which NCO cadets may attend two-or three-year degree programmes. Many PLA officer academies have subordinate NCO departments, where NCOs receive both academic instruction and military leadership training. Some NCO positions require significant functional, job-focussed technical training as well, which may be done formally or at the NCO’s unit. Figuring out the relationship between NCOs and officers has been a challenge. Higher level NCO leadership positions, such as Company First Sergeants or Sergeants Major, have been established only in the last few years. Many of the leadership duties that we typically associate with senior NCOs, such as supervising soldier welfare, morale, and discipline, were traditionally handled by the unit’s Political Officer. The PLA recently added a 7th NCO rank in order to allow more senior NCOs to finish their careers and retire from the military. In 2018, the first cohort of PLAGF NCOs hit the 20-year mark, which means we are only now seeing the first NCOs who have gone through the new system from the beginning to the end of their careers. One of the major benefits from the development of the NCO corps is that NCOs now can work in staff positions at Battalion and higher-level HQs. The newer PLAGF unit structures and approach to operations and planning requires far more staff than previously—a Battalion Staff used to consist only of a commander, political officer, and deputy commander, for example, which was sufficient when all they had to do was pass higher echelon orders down to their Company commanders. Now, Combined-Arms Battalions are tasked to conduct independent operations, requiring a full range of staff work at that level. The PLAGF discovered that staff NCOs can both provide assistance to officers and fill key staff roles. A significant amount of PLAGF experimentation over the last few years focussed on how the future Battalion Staff should be structured—getting the right mix of officers, NCOs, and trained specialists, in the right jobs, with the right relationships. At this time, it appears that the PLAGF has landed on a formal structure employing a Chief-of-Staff, a unit “Master Sergeant,” and four principal staff officers or NCOs. Of note, while this Staff is now probably capable of fighting independently for short periods of time, it does not look to be large enough to be capable of conducting both current operations and planning on a 24-hour, high intensity cycle over an extended period of time.

It is clear that the PLAGF has studied the US military carefully and has adopted some of the latter’s best practices in its own reform efforts, but the PLAGF is not attempting to become “just like the US Army” because of China’s social, political, economic, and geographic circumstances. The PLAGF has also studied Russian and European militaries; how they have performed both in hot wars and peacekeeping operations. The PLAGF has tried to learn from each country that it has studed and has come up with a unique solution. There are many reasons for this—China’s size, geographic position and terrain diversity—and the political system—are all important factors in the PLAGF’s strategy and policy choices. So, though it may mirror what other countries do in some ways, there are a number of important differences in the PLAGF’s approach to foreign and military policy.

PLAGF’s Organisational Composition Today

The Brigade-isation of the world’s armies dovetailed nicely with the PLAGF’s ongoing drawdown in size and desire to upgrade the training and equipment of its forces. Three different primary formation-types were established: the light (motorised) CA-BDE, which comprised truck-mobile or armoured personnel carrier-mounted infantry; the medium (mechanised) CA-BDE, built around the infantry fighting vehicle (IFV) and IFV-mounted infantry; and the heavy (armoured) CA-BDE, built around the main battle tank (MBT). Initially, CA-BDEs were built with “pure” Battalions, meaning that the Manoeuvre Battalions of each were homogenous—only infantry, mechanised infantry, or armour. After a period of experimentation and revision, the traditional homogenous Battalion was replaced with the combined arms battalion—the CAB. Major changes occurred at echelons above the CA-BDE as well. First, the Corps as it had existed throughout the history of the PLAGF was done away with, replaced by a new formation called the Group Army (GA). The GA was not a Field Army in the traditional sense, but rather, was a Corps-sized formation that mixed six CA-BDEs with six supporting Brigades: artillery, air-defence, rotary-winged aviation, SOF, engineer and CBRN defence, and service support. The GA was built specifically to support the new PLAGF’s concept of systems warfare: elements of the GA are used to build the various specialised combat groups that comprise an overall operational system—the task-organised unit that conducts operations. The Division echelon was virtually done away with: only a handful of Division structures remain extant, and it is unclear how these legacy organisations integrate within the GA/CA-BDE structure.

The operational system is the complete set of capabilities assembled to conduct a particular mission. At the GA-level, an operational system can be thought of as similar to a Joint Task Force (JTF). On a smaller scale, operational systems are assembled to conduct specific tactical missions such as an assault, defence of a key position, or wide-area security. Combat Groups are sub-units of the operational system, and are built to perform specified tasks in support of the operational system’s mission. Combat Groups are typically named for their task: command group, assault group, firepower group, and so on. These names are not standardised, and different variations appear throughout different PLAGF publications. While the CA-BDE can be thought of as the tactical-level force provider for the various Combat Groups, the CAB is meant to be employed either in its organic form, or augmented by attached capabilities. The PLAGF describes the CAB as the lowest echelon capable of independent operations, and for many tactical-level Combat Groups, a CAB serves as the group’s manpower backbone and bulk of its combat power. The PLAA describes the differences between motorised and mechanised infantry in how supporting vehicles are employed: motorised units are only transported by their assigned vehicles, while mechanised forces employ their vehicles as combat platforms that support the infantry. The PLAGF employs a variety of APCs and IFVs that feature a broad range of firepower and protection. Some are tracked, some are wheeled, and there is considerable overlap. As such, one must look at how the unit intends to fight, rather than its composition and equipment, when assessing a unit as motorised versus mechanised. Airborne, Mountain, and Amphibious CA-BDEs are described as light. The three basic types of CA-BDE are configured as follows:

Light Combined-Arms Brigade

4 Motorised Combined-Arms Battalions

1 Reconnaissance Battalion

1 Artillery Battalion

1 Air-Defence Battalion

1 Headquarters Unit

1 Operational Support Battalion

1 Service Support Battalion

Medium Combined-Arms Brigade

4 Mechanised Combined-Arms Battalions

1 Reconnaissance Battalion

1 Artillery Battalion

1 Air-Defence Battalion

1 Headquarters Unit

1 Operational Support Battalion

1 Service Support Battalion

Heavy Combined-Arms Brigade

4 Armoured Combined-Arms Battalions

1 Reconnaissance Battalion

1 Artillery Battalion

1 Air-Defence Battalion

1 Headquarters Unit

1 Operational Support Battalion

1 Service Support Battalion

The CAB takes the basic combined-arms approach used to build the CAB and applies it to the Battalion echelon. CABs only combine different manoeuvre elements along with organic short-range fires elements (assault guns and mortars), with the provision that other headquarters can attach elements from other Brigade organisations as required. Each CAB also houses an organic short-range air-defence capability in the form of manportable air-defence systems (MANPADS). Of note, the CAB has only limited staff, which may affect its ability to function as the PLAGF intends—as an independent unit. CAB structures are as follows:

Light Combined-Arms Battalion

3 Motorised Infantry Companies (10 light wheeled vehicles or APCs per Company)

1 Firepower Company (6–9 rapid-fire 81mm mortars, MANPADS, crew-served weapons)

1 Headquarters Unit

1 Service Support Company

Medium Combined-Arms Battalion

3 Mechanised Infantry Companies (10 wheeled or tracked IFVs per Company)

1 Assault Gun Company (14 wheeled 105mm assault guns)

1 Firepower Company (6–9 rapid-fire 120mm self-propelled mortars, MANPADS, crew-served weapons)

1 Headquarters Unit

1 Service Support Company

Heavy Combined-Arms Battalion

2 MBT Companies (10–14 MBTs per Company)

2 Mechanised Infantry Companies (10 IFVs per Company)

1 Firepower Company (9 rapid-fire 120mm self-propelled mortars, MANPADS, crew-served weapons)

1 Headquarters Unit

1 Service Support Company

Undertaking Offensive Land Campaigns

Wednesday, May 12, 2021

ACTAS Fitment On INS Tabar FFG

Clearest evidence thus far on the fitment of ATLAS Elektronik-supplied ACTAS towed-array sonar suites on the three Batch-1 Project 1135.6 guided-missile frigates of the Indian Navy.

Tuesday, April 27, 2021

China's Assessment Of The Military Dimensions Of The LAC Standoff

The following is a semi-official assessment of the military balance-of-power along the LAC in eastern Ladakh by an unknown China-based entity, which was drafted sometime last last year, and has subsequently appeared here:

https://mil.news.sina.com.cn/china/2021-02-07/doc-ikftpnny5561650.shtml

This week, the western theatre of action continued. First, the combined regiment of a rapid reaction force of the Xinjiang Military Region (MR) changed from the ‘round head’ to the ‘square head’ Type-15 MBT, and then the ‘Dawn Xiongguan’ ZTZ-99A MBT was rushed to the Reqin Pass again after travelling thousands of miles on both railroads and tank transporter trucks. With the completion of a new round of organisational reform in the Xinjiang MR, the mechanised troops on the LAC are at last welcoming large-scale mechanised equipment replacements. Towards the end last year, the new equipment of the various units of the Xinjiang MR appeared: two fire regiments were replaced with PCL-181 vehicle-mounted 155mm/52-cal howitzers (mounted gun system, or MGS), some composite regiments were replaced with Type-15 MBTs, and some light and highly mobile infantry regiments were replaced with third-generation ICVs, and now with the ZTZ-99A MBTs also appearing at Reqin Pass, everyone has a bright future. After completing the reforms of the Tables of equipment (ToE), the equipment of the Xinjiang MR is thus ushering in a wave of long-overdue equipment upgrades. Affected by a series of conditions such as preparation for war, scattered troops, and a special establishment system, the Xinjiang MR is a military district that carried out the systemic reforms relatively late.

According to the PLAGF’s normal military re-organisation into a Brigade, generally the highly mechanised mobile/armoured Divisions will be directly dismantled into two Combined-Arms Brigades, one of which is based on the Division and the other is based on the Regiment. The two new Combined-Arms Brigades then determine whether the Brigade is a heavy Brigade, a light Brigade or a medium Brigade based on the deployment area requirements and the weapons equipped by the previous troops. For example, the old 6th Tank Division became a heavy Brigade and a medium Brigade after the reform. However, the four infantry Divisions in the Xinjiang MR are still deployed in a relatively scattered area, with many response directions and varying degrees of mechanisation. Coupled with the need for combat readiness after 2017, it is difficult to carry out ‘outright dismantling’ as easily as the PLAGF infantry Divisions located elsewhere in the hinterland.

Before the Xinjiang MR’s reform process began, the quality of mechanisation was roughly the same as that of the Indian Army, and the quantity was roughly the same when deployed on the front line. The Xinjiang MR has four Divisions. Among them, there are two infantry Divisions and several Frontier Defence Regiments on the front line. Before this round of systemic reforms, the total mechanised force of the Xinjiang MR against the Indian Army was about 4 armoured regiments and 2 light infantry regiments (equipped with Type 92 infantry combat vehicles). The first-line force was about 372 MBTs and 248 ICVs. The strength of the PLAGF does not seem to be much, but India is limited by natural conditions, and there are not many mechanised troops deployed in the western section of the Sino-Indian border. India's mechanised forces in the western section of the Sino-Indian border are mainly the XIC Corps and its 3rd ‘Trishul’ Division with its own integral MBT Regiments (85 Armoured regiment and 4 Horse), and the 254 Independent Armoured Brigade. The 254 Brigade has two tank regiments and one mechanised infantry regiment. The mechanised infantry regiment is equipped with 60 BMP-2 ICVs, and the MBT regiment is equipped with 59 T-90S MBTs. Therefore, the mechanised equipment deployed by the Indian Army in Ladakh all year round is about 180 T-72CIA tanks and 60 BMP-2s. The PLAGF thus has a quantitative advantage over the Indian Army.

Facing the actual military needs of the western section of the LAC and the overall situation of China’s force modernisation priorities from the east to the west, in recent years the Xinjiang MR has formed a hierarchical ‘Synthetic Division-Synthetic Regiment-Synthetic Battalion’ reforms process. Under the new ToE, the Xinjiang MR still maintains the overall strength of four Divisions, but the various infantry Divisions under its jurisdiction have been transformed into Synthetic Divisions, and the regiment-level units under its jurisdiction have also been reformed into synthetic regiments. The quantum of MBT units in the Xinjiang MR has been greatly reduced, from 4 armoured regiments to 3 heavy synthetic regiments, but the mechanised forces have increased significantly from the original two light regiments to 3 medium synthetic regiments. In addition, two new light and high-mobility infantry regiments were added. The new heavy synthetic regiment has three synthetic Battalions, and each synthetic Battalion has one armoured Company and two mechanised Companies. The armoured Company has 14 MBTs and the mechanised Company has 13 ICVs. However, compared with the past three MBT Battalions and an armoured regiment with one motorised infantry Battalion, the number of MBTs under the new combined regiment has dropped from 93 to 42, but the number of ICVs has increased to 31. At the same time, the number of self-propelled artillery in the firepower Battalion, the quantum of reconnaissance troops, and the establishment of air-defence Battalions have been greatly improved, the number of overall mechanisation has been increased, and the effectiveness of the troops has also been improved. The ToE of the medium regiment is the same as that of the heavy regiment, but the 14 MBTs per Battalion will be replaced by 14 wheeled assault vehicles.

In terms of the specific composition of troops, the Xinjiang MR has changed from its original warfighting concept of ‘more MBTs, more motorised forces, fewer artillery firepower and fewer battles” to the new ‘few MBTs, more troops, more field/air-defence artillery and more battles’. Under the new ToE, the number of MBTs in the PLAGF has dropped sharply to one-third (the original 4 regiments, 12 Battalions, 36 Companies and 372 vehicles are now to 3 regiments, 9 Battalions, 9 Companies and 126 vehicles). The overall number of assault weapons has dropped by about one-third, from 372 to 252. However, although the number of MBTs has dropped significantly, under the new organisation, the number of ICVs has increased significantly, from about 248 to 468. At the same time, the PLAGF is being equipped with a large number of wheeled armoured vehicles. In actual contact, India tends to rely on the advantages of certain geographical conditions over China, concentrate its forces, engage in large and small frictions with the BDR regiments in a non-hot war environment, engage in cold-weapons combat, and establishes ‘illegal’ strongholds. In this situation, the PLAGF is countering the small-scale offensive of the Indian Army by relying more on the manoeuvrability of mechanised vehicles for battlefield projection, and at the same time using vehicle-based firepower to deter the Indian Army's motorised infantry forces.

The firepower of the Xinjiang MR has also been greatly improved. In terms of overall deployment, the Indian Army is relying on solid strongholds for defence in both the east and the west. The two sides often have to fight on a preset battlefield. The typical preset battle area, such as the Rechin Pass south of Panggong Tso Lake, is not suitable for the armoured regiment to launch a Brigade-level offensive. In this situation, the PLAGF should give full play to its mobile and firepower advantages to attack the Indian Army's aggressive forces in a preset area. Therefore, in this round of reforms, the PLAGF has increased the proportion of firepower. Under the new ToE of the Xinjiang MR, four firepower regiments have been formed. Each firepower regiment will have two vehicle-mounted howitzer/self-propelled howitzer Battalions and one rocket artillery Battalion. The Xinjiang MR also has an army aviation Brigade equipped with armed helicopters and transport aircraft, and an artillery Brigade equipped with 300mm PHL-03 MBRLs and PCL-181 mounted gun systems. The overall artillery establishment of the Xinjiang MR has now reached 216 firing units, which far exceeds the quality and quantity of the firepower possessed by the Indian Army. The Xinjiang MR attaches great importance to artillery, which can also be seen from the re-balancing situation this year: since this year, the MR has two fire regiments and two battalions re-armed with the PCL-181 MGS and a regiment of AR-3 370mm MBRLs is now being raised.

Let us now talk about Xinjiang MR’s ToE upgradation efforts. The situation on the LAC has always been the catalyst for every change of troops/weapons compositions in the Xinjiang MR, and every major reform of the ToE of the Xinjiang MR is related to the Indian Army. The ups and downs of the LAC over the past few decades have turned the Xinjiang MR into the ‘Modern Chinese Tank Museum’. Most of the ‘round head’ MBTs waiting to be replaced by the PLAGF are mainly concentrated in the Xinjiang MR. In the 1980s, the Xinjiang MR successively formed a large number of Type A motorised infantry Divisions, under the jurisdiction of MBT regiments. The last batch of Type-59 MBTs of the entire PLAGF that are currently stationed in Urumqi is the result of the formation of this period.

By the late 1980s, the Indian Army, which had significantly mechanised itself, increased its provocations against the border areas. In order to cope with the large quantities of T-72M1 MBTs procured by the Indian Army, the two fast-reacting Divisions of the PLAGF in Tianshan on a fast-track basis replaced their MBTs with the most advanced MBT that China could provide at that time--the Type-88A MBT with 105mm rifled-bore cannon. About 200 of them were built, equipping two armoured regiments. With the completion of development of the Type 96 MBT (armed with 125mm smoothbore cannon) by 1998, the mechanised infantry regiments stationed in Hotan finally began service-inducting them. The Xinjiang MR now has one regiment of Type-59 MBTs, two regiments of Type-88As, and one regiment of Type-96 MBTs. 

By including one Type-96A Brigade, one ZTZ-99 MBT Brigade and one ZTZ-99A MBT Brigade of the 76 Group Army, the Western Theatre Command can be seen as an illustration of 70 years of MBT development in China. A series of second-generation motorised and second-generation semi-mechanised equipment of the Xinjiang MR procured 20 years ago also appeared in the current LAC standoff. In particular, an armoured regiment went to the front line of the Rechin La Mountain Pass to confront the T-72CIA MBTs of the 85 Armoured Regiment.

However, in the face of the Indian Army's deployment of T-90S MBTs of the 254 Independent Armoured Brigade to Ladakh since late 2019, the crew of the older Type-88As will naturally suffer from ‘loss of face’ and demoralisation. The location of the Type-88As was at a certain post on the front line of Lake Spanggur Tso, at an altitude of 5,000 metres. The post is close to the relatively flat Rechin La Pass and closer to the actual LAC. The faceoff point at Rechin la Pass is rare in the western section of the LAC and is suitable for the deployment of mechanised troops. Such a battleground for military strategists is of course, vital for anyone who is not willing to lose face. Since last summer, infantrymen of both armies have engaged in multiple rounds of ‘cold weapons combat’ (i.e. mirror deployment) at the Rechin La Pass. After the failure of this tactic to capture the Pass, the Indian Army mobilised the XIV Corps’ T-90S MBTs and BMP-2K ICVs.

The mechanised units of both armies faced each other there, and the situation was tense. If the broadcasted CCTV news reports are turned to 90-degree viewing angles, then we can see the T-72CIAs of the 85 Armoured Regiment, the BMP-2 ICVs and the Indian Army tents deployed there since last year. This direct confrontation also reflects the characteristics of armoured combat: Although the PLAGF’s MBTs are comparable in terms of night combat, manoeuvrability and fire-control, it is difficult for the Type-88As from a human resource standpoint to perform at preset battle-scenes like Rechin La. And that was why the PLAGF had urgently requested for the ‘rough-skinned Dawning Xiongguan’ ZTZ-99A MBTs to be urgently transferred to the Spanggur Gap after the June 2019 Galwan River-Valley clashes.

Although many technical parameters of the 55-tonne ZTZ-99A were finalised 10 years ago, they are still superior to the current MBTs of the Indian Army. However, the ZTZ-99A still faces many problems. Although it has undergone specialisation on the Tibetan plateau, it has encountered difficulties in logistics maintenance, manoeuvring deployment, and passage. The ZTZ-99A faces difficulties in reaching the designated positions when the troops need it the most. This is also why the ZTZ-99, ZTZ-99A and their successors are still generally installed in the 76 Group Army’s rear areas instead of the frontline. Presently, the Type-15 MBTs equipped with the rapid reaction forces of the Xinjiang MR can hardly take advantage of such a face-to-face confrontation. This puts forward the demand for a new type of 40-tonne MBT that is more balanced in protection and mobility and can replace the existing Type-88A and Type-96 MBTs.

After the Type-96B MBT performed well in the Russia-hosting Tank Biathlons over the past few years, it has basically met the needs of the PLAGF. Consequently, in future, the main MBT of the Xinjiang MR will be the Type-96B. Of course, the future of the Type-96B goes far beyond the Xinjiang MR. The various Synthetic Brigades that are Taiwan-centric have an obvious demand for 40-tonne MBTs. Therefore, the quantity of Type-96Bs procured in future will be much higher than expected. In the future, the Xinjiang MR will establish a three-tier MBT system: a certain Aksu-based Regiment will be equipped with Type-15s as a fast reaction force, the ‘Kunlun Cavalry’ of a certain formation in Hotan will be equipped with Type-96Bs, and the 76 Group Army at the rear will be equipped with ZTZ-99As.

As mentioned earlier, India’s aggressive advances will often speed up the replacement of the PLAGF’s mechanised equipment. Except for MBTs, this generation of mechanised equipment of the PLAGF was technically finalised 10 years ago, or even earlier. After nearly 10 years of development, the various sub-systems of mechanised equipment have continuously unveilled upgraded models with various improvements. As the Indian side continues to maintain a high-pressure situation along the LAC, these new mechanised equipment, after being replaced with ones featuring enhanced firepower and network-connectivity, will also sequentially join the various combined forces of the Xinjiang MR in future, and will follow the Indian Army’s force modernisation processes.

The reforms of the ToE of the Xinjiang MR is generally in line with the overall strategy of both China and its PLAGF, which is: “defend the west and attack in the east” and emphasize “controllable border situation”. In the final analysis, although the western section of the China-India LAC is vast, the geographical environment is harsh and the altitude is high, and it is impossible for the PLAGF to organise even a brigade-level mechanised offensive. The western section of the LAC is mainly based on offensive and defensive warfare on preset battlefields, while the eastern section is based on three-dimensional offensive control-points. Therefore, the proportion of PLAGF armoured might in the western section is relatively small, while in the eastern section it can form a “dimensional reduction strike”. As for the situation all along the LAC, the Indian Army knows all this very well, but in terms of geopolitical practice, India has always played imperialism by mass, and now it has provoked a country much larger than it, and has fallen into it. A kind of complete blindness.

Nowadays, despite constant domestic polarisation and a GDP growth rate of approximately -8.9%, India still has to increase her weapons procurements from abroad and invest heavily in the development of her own military industry to fill the gap between China and India in arenas like airpower, mechanised tube/rocket artillery, and air-defence. This is a kind of “against the trend” behaviour, which is not conducive to long-term competition practices. It is better to leave it to experts in country-studies to explain the reasons for India’s blind moves against the trend. After all, India’s apex-level civil decision-makers thought for 10 days and 10 nights and didn’t know what the Indian Army wanted to do. However, this kind of military adventure will prompt China to continue completing the upgradation of warfighting equipment in the next few years. After all, the national strength of China and India will grow stronger in the known future. As a country that has been able to dominate alone for 70 years and has a complete and advanced military-industrial infrastructure, the initiative of China’s and India’s military situation is in the former’s hands.