Mystics & Statistics

PLA Rocket Force

The following article is from Alexandru Filip of the Canadian Center for Strategic Studies: 

——

During our discussion sessions on 13 and 27 November on the topic of Taiwan, a further exchanged developed regarding the People’s Liberation Army Rocket Force’s significant missile stocks and the effects it may have in a war.

While there is a vast amount of research and data on this topic, transposing these predictions to Taiwan would perhaps require a greater simulation which can account for the complexities of the relationship between A2/AD systems, the aerial systems in use (whether it is an aircraft or missile), and the targets on the ground.

Before a deeper dive (which will follow in further blog posts), we should propose a basis of general principles derived from previous incidents. While these can serve to create guiding assumptions of how this phase of operations may unfold, when simulated, it is indeed possible that we find differences between the Taiwanese situation and historical precedent.

These principles:

-Despite a marked superiority in both quality and quantity of air assets, gaining air superiority will not be a simple task; it will require planning, and a significant number of assets for the People’s Liberation Army Air Force. As evidenced by Russia’s war in Ukraine, in which the Russian Air Force has struggled to holds air superiority over more than just certain portions of Ukraine.

-PLAAF air superiority efforts can be blunted by Ground-Based-Air-Defense led interdiction. As we have seen in Vietnam, where many of U.S. combat losses were caused by AAA fire, and SAMs.

-Taiwan should endeavor to replicate the relative success of Serbian Air Defense Forces against NATO, in Kosovo. The mountainous terrain, and the densely forested areas provide ample opportunity for dispersing, and camouflaging air-to-ground assets so as to hamper PLAAF attempts at conducting Suppression of Enemy Air Defense missions. The outcome in Kosovo was that: “NATO reportedly fired 743 HARMs during the course of the 78-day campaign, but could confirm the destruction of only three of the original 25 SA-6 batteries. At the same time, over 800 SAMs were fired by Yugoslav forces at NATO aircraft, including 477 SA-6s and 124 confirmed MANPADS, for the downing of only two aircraft and several more damaged.

-Air power and missile strikes will similarly not be capable of degrading Taiwanese ground assets or air assets to the point of ineffectiveness. Robert Pape’s “Bombing to Win” demonstrates that, in the Gulf War, despite overwhelming air superiority and an extended air campaign a combined air effort did not coerce Iraq to withdraw from Kuwait. While it did attrit Iraqi armour, it did not render Iraqi forces entirely ineffective, and a ground invasion was still necessary.

-Dispersal of air assets into hardened shelters, which obscure the aircraft from satellite imagery, the use of decoys, underground hangars, and a raising of the air force to prevent destruction on the ground during a missile salvo would all raise the cost for the PLA Rocket Forces. This will also have the effect of forcing the PLA to dedicate further strike capability to targets on the ground. The ROCAF will still suffer damage. Yet, just as in Ukraine losses on the ground can be prevented even against an enemy which yields a significant strike capability.

-The destruction of runways, while easily repaired under relatively peaceful conditions (as was the case in Israel after the Iranian strike), will be more difficult under constant PLA strikes. Thus, the ROCAF will likely shift to road-based runways (as they have trained to do), and aircraft armed with air-superiority loadouts (lighter) will require shorter segments of runway.

-The PLA Rocket Force is likely to focus strike assets on population centers, with the aim of attracting Taiwanese air defense assets towards the protection of civilians. Just as we have seen in Ukraine, this in itself is a costly and complex endeavor which threatens to rapidly deplete missile stocks. Yet, just as in Ukraine, it may not be enough to break Taiwanese will, especially as a majority have claimed they are prepared to defend Taiwan.

A DF-11 (source: DF-11 | Weaponsystems.net).


More to come.

Modern Missiles – Russian, Chinese and American, Part 1

First of a series of blog posts from Geoffry Clark on modern missiles:

—————

Modern missiles – Russian, Chinese and American, Part 1

 

Mentioned in the previous post on the Zhuhai Air Show (see The Japanese Gifu and Chinese Zhuhai Airshows, 2024 – The Dupuy Institute), the Chinese PLA have revealed two new systems in 2024, the HQ-19 and DF-100. These systems are different types of missiles, generally known as Surface-to-Air Missiles (SAM) and Surface-to-Surface Missiles (SSM), respectively.

Image Credit: truexanewsua/Telegram

 

There was also a very notable development regarding SSMs in Ukraine recently; on November 22, 2024, the Russian Federation tested a new missile named “Oreshnik” (meaning “hazel”, referring to the shape of the luminescence of the re-entry vehicles). As reported by Voice of America:

Ukraine’s Main Intelligence Directorate reported that the Oreshnik missile was launched from Russia’s Kapustin Yar 4th Missile Test Range in the Astrakhan region. The missile traveled for approximately 15 minutes before striking the city of Dnipro. The missile was equipped with six non-nuclear warheads, each containing six submunitions, and it achieved a speed of Mach 11 during its flight.

There is some confusion and debate about the classification of this missile, whether it was an Intermediate Range Ballistic Missile (IRBM), or an Inter-Continental Ballistic Missile (ICBM). This is just a matter of range category, which is just anachronistic jargon from the Soviet Cold War and arms control negotiations and treaties. Since that time, the U.S. has withdrawn from the Intermediate-Range Nuclear Forces Treaty (INF Treaty) in October 2018, many claim since China is unbound by any arms control, and the U.S. saw a need to develop such mid-range ballistic missiles.

Then, in a video address by Russian President Vladimir Putin said:

There are “no means of countering such weapons today. Missiles attack targets at a speed of Mach 10, which is 2.5 to 3 kilometers per second. Air defense systems currently available in the world and missile defense systems being created by the Americans in Europe cannot intercept such missiles. It is impossible.”

This high mach number is really what sets this type of missile apart. By comparison, the Chinese DF-100 missile (also known as CJ-100, and also by NATO as CH-SSC-13 Splinter) has a similar range to the Oreshnik (also known as the RS-26 Rubezh – The War Zone has a good explanation for the lineage), but these two missiles have very different speeds; the DF-100 is supersonic at about mach 4. The speed of these missiles – subsonic, supersonic, hypersonic – is directly proportional to the difficulty of interception.

So, there is debate about whether many advanced systems such as the American THAAD and certain missiles (especially the Standard Missile 3) from the Aegis system may be able to intercept such missiles. One new contender for this category is the Chinese HQ-19 SAM, which was apparently derived from the HQ-9, which was itself derived from the S-300 SAM of Russian design and build, and also widely used in the Ukraine War by both sides.

Image credit: VLS_Appreciator via twitter: https://twitter.com/VLS_Appreciator/status/1844408468452802602

 

HQ-19 at Zhuhai airshow 2024. (Image Credit: Twitter/David Wang)

 

I’ll briefly mention a few more important recent events which shed light on the state-of-the-art of missile defense.

A USAF awards ceremony on November 12 provided a number of details about how USAF squadron of F-15Es that was forward deployed to Muwaffaq Salti air base in Jordan, in order to defend Israel.  Ward Carroll reports:

During the Iranian attack on Israel on April 13, 2024, the 494th Fighter Squadron launched 14 Strike Eagle sorties, including six aircraft scrambled at a moment’s notice, while base defenses simultaneously neutralized enemy threats overhead. Ultimately those F-15Es (along with those previously mentioned base defenses) successfully engaged and destroyed more than 80 kamikaze UAVs, out of more than 300 drone and missiles intended to strike Israel.

Apparently, this air defense effort included U.S., U.K., Israel and Jordan.  What was public knowledge was the success of the Iron Dome, but there were apparently many other assets operating together to attrit the drones and missiles in their trajectories from Iran to targets in Israel. 

And, finally, the statistics published by the Ukrainian Defense Forces about the Russian missiles used, and the rate at which they were intercepted.

Screen capture of video address by General Oleksandr Syrskyi via Odessa Journal.

 

Through the translation provided by the Odessa Journal, and through the identification of these missiles and the Harpoon V Admiralty Trilogy Annexes, I’ve attempted to describe these missiles in more detail.

Missile Name

Missile Code

NATO Code

GRAU Code

Type

Flight path

Range nmi

Speed kts

Weight kgm

Signature

Missiles

Intercepted

Rate %

Kinzhal

Kh-47M2

 

39K5

ASM

Ballistic

1080

4016

3800

Vsmall

       111

               28

25%

Kalibr

 

SS-N-27

3M14

SSM

Cruise

865

600

 

Vsmall

       894

             443

50%

X-555/101

Kh-555

AS-15

 

ASM

Cruise

1620

400

1700

Vsmall

    1,846

          1,441

78%

X-555/101

Kh-101

AS-23A

 

ASM

Cruise

2160

400

2500

Stealthy

Oniks

P-800

SS-N-26

3M55

SSM

Cruise

165

1650

 

Vsmall

       211

               12

6%

Zircon

 

SS-N-33

3M22

SSM

Cruise

187

3150

 

Stealthy

           6

                 2

33%

Iskander-K

 

 

9K720

SSM

Ballistic

500

5053

4615

Small?

       202

               76

38%

Iskander-M

KN-23

 

9K720

SSM

Ballistic

500

5053

4615

Small?

    1,300

               56

4%

X-22/32

Kh-22

Burya

 

ASM

Cruise

~200

2003

5900

Small

       362

                 2

1%

Kh-32

 

 

ASM

Cruise

485

2160

5800

Vsmall

X-35

Uran

SS-N-25

3M24

SSM

Cruise

65

580

 

Vsmall

         15

                 1

7%

Tochka-U

 

SS-21

9K79

SSM

Ballistic

~120

3500

2000

Small?

         68

                 6

9%

X-25/29/31/35/58/59/60

Kh-25

AS-10

 

ASM

Direct

5

1360

295

Vsmall

    1,547

             343

22%

Kh-29

AS-14B

 

ASM

Direct

8

792

690

Vsmall

Kh-31

AS-17

 

ASM

Cruise ?

86

1690

~700

Vsmall

Kh-35

AS-20

 

ASM

Cruise

71.5

560

520

Vsmall

Kh-58

AS-11

 

ASM

Direct

66

2065

650

Vsmall

Kh-59

AS-18

 

ASM

Cruise

~150

~550

930

Vsmall

Kh-60

AS-?

 

ASM

 

 

 

 

 

S-300/400

SA-N-6a/b

 

 

SAM

Ballistic ?

~50

3885

 

Vsmall

    3,008

               19

1%

Other

?

 

?

 

 

 

 

 

 

         57

                 –

0%

 

There are reports that Russian Armed Forces are amassing large stockpiles of these missiles for future strikes.

In Part 2 of this analysis, I plan to give a few examples of these types of intercepts and illustrate the odds using the Harpoon V game system.

Thanks for reading, and for your comments!

The Structure of the Chinese Armed Forces

A blog post on a potential Taiwan invasion from Geoffrey Clark:


The HAAC 2024 in October was great; lots of good analysts and analysis, presentations, and ideas for future work and collaboration. I’ll post the links to the two presentations that I gave here:

Data for Air Combat Modeling in Network Centric Warfare

A Naval Power Index: The United States vs Three Competitors

On November 13 and 27 2024, the HAAC community had meetings on the topic of Taiwan, regarding the sealift and airlift capabilities of the People’s Republic of China (PRC). At these meetings, there were some differences of opinion about who much force the Chinese can place ashore, and also support. I’ll review some information that I’ve been assembling on this topic in this blog post.

Rather than using “PRC”, it might seem more natural to use People’s Liberation Army (PLA), by which they really mean “military”, since the Navy, Air Force, Rocket Force etc. all fall under this banner. This is insufficient, however, since there are several other organizations, and categories of equipment that need to be considered to cover all categories of lift capability that are available to the Chinese nation. We hear the U.S. government use terms like “whole of government”, but in reality, it also includes elements of the private sector as well. This is analogous to the U.S. structures, like the Merchant Marine, and the Civil Reserve Air Fleet (CRAF).

The Swiss Institute on Global Affairs has a good structure chart of the Chinese Military, even if it is a bit dated from 2021. The China Power Project from CSIS also has a good chart from 2022. The most recent change detected is the new “Information Support Force”, which seems like an Information Technology (IT) unit than anything else.

The Chinese Military’s New Information Support Force

CNA, Annette Lee and James Bellacqua | Friday, August 2, 2024

This image above is taken from Chinese Amphibious Warfare: Prospects for a Cross-Strait Invasion. From this analysis, the following forces and elements should be considered at a minimum:

  1. PLA Navy (PLAN) – many amphibious vessels, including a growing fleet of large Amphibious General Assault Ships (LHA), Amphibious Transport, Dock (LPD) among many other smaller ships and craft.
  2. PLA Navy Marine Corps (PLANMC) – amphibious troops subordinate to the Navy.
  3. PLA Army (PLAA) – the ground forces maintain their own troops trained and tasked with amphibious operations. They have their own separate fleet of landing ships.
  4. China Coast Guard (CCG) – the world’s largest coast guard force.
  5. Maritime Militia – the so-called “Third Sea Force”.
  6. PLA Air Force (PLAAF) – Airborne Brigades and Transport aircraft to drop them.
  7. Special Forces (SOF) – These troops are part of other organizations – PLAN, PLAAF, PLAA, and People’s Armed Police (PAP), are trained and capable for helicopter borne operations, as well as several non-traditional transport means.
  8. PLA Joint Logistics Support Force (PLAJLSF) –

With modernization reforms in 2016 by Xi [Jinping], the CMC [Central Military Commission] established Logistics Support department, and a new branch known as Joint Logistic Support Force, responsible for integrating C4ISR (command, control, communications, computers, intelligence, surveillance and reconnaissance) system, providing the foundation for a joint logistics support network.” – blog post by Bok Lee (see sources below)

  1. Civilian Ships intended to transport PLA/PLAN troops – significant news on the requirements to equip Roll-on / Roll-off (RO/RO) ferries with strengthened stern ramps (and other modifications) for compatibility with military amphibious equipment.

Indeed, the pace at which Chinese shipyards are producing new civilian RO/RO vessels has increased significantly. From a China Power Project Report “China Accelerates Construction of ‘Ro-Ro’ Vessels, with Potential Military Implications” from 2023 October,

CSC Jinling Shipyard (招商局金陵船舶(南京)有限公司) far outpaces other ro-ro builders. Nestled along the Yangtze River near Nanjing, Jinling Shipyard specializes in producing ro-ros. It built at least 27 of them between 2015 and 2022, and it is currently poised to deliver as many as 56 from 2023 to 2026.

This cooperation between civilian ferry operators, shipyards and the PLA is not new, and not isolated. This is part of the Military-Civil Fusion strategy, which is well described below.

“Military-Civil Fusion (MCF), this term seems like a counterpart to the American term civil-military integration (CMI), but in reality it is far deeper and more complex. Whereas, according to the U.S. Congressional Office of Technology Assessment, America’s CMI is “cooperation between government and commercial facilities in research and development (R&D), manufacturing, and/or maintenance operations”, China’s Military-Civil Fusion strategy is a state-led, state-directed program and plan to leverage all levers of state and commercial power to strengthen and support the armed wing of the Communist Party of China, the People’s Liberation Army (PLA).” – from CASI’s China’s Military-Civil Fusion Strategy (see sources below).

What was perhaps the most enlightening aspect of this survey of research was a paper written by Lyle Goldstein, former professor at the U.S. Naval War College, and also a contributor to CMSI (see sources below). In his paper “The hard school of amphibious warfare: examining the lessons of the 20th century’s major amphibious campaigns for contemporary Chinese strategy”, Goldstein details the research done by the PLA Academy of Military Science, which is tasked with the study of military history and developing military doctrine. From Gallipoli to Normandy, Crete, Norway, the Japanese in the Pacific War to the Inchon landings, as well as the aborted “Operation Sea Lion”, this paper lists the many amphibious and airborne campaigns they have studied, and the points that they have noted as significant. 

WW2, and Normandy in particular, provide Chinese strategists with ample inspiration, ranging from the Mulberries to airborne operations. Yet, the fact that Chinese military researchers have gone well beyond Normandy to explore the contours of Dieppe, the Norway campaign, Crete, as well as Guadalcanal and Tarawa, illustrates 12 L. GOLDSTEIN the comprehensive scope of the Chinese endeavor to learn from foreign military experience. The impressively objective account of the Inchon landing demonstrates that Chinese strategists are quite able to put ideology aside in the interest of grasping the fundamentals of well executed amphibious warfare.

The abstract of this paper is below.

Increasing tensions across the Taiwan Strait have prompted many strategists to debate the nature of China’s amphibious warfare capabilities. While it is often noted that Beijing’s armed forces lack major, recent experience in that domain, this research reveals that Chinese strategists have undertaken intensive and systematic investigation of foreign experiences, including with respect to the most classic cases, such as the Normandy invasion. This study represents a first attempt to survey such Chinese strategic writings, in an effort to better understand the lessons that Chinese strategists take from these foreign campaigns. Themes that emerge from this Chinese literature include an emphasis on undersea warfare capabilities as a critical enabler for amphibious invasion, but an even greater prominence for air supremacy. The most persistent theme in this Chinese literature surrounds intelligence preparation, deception and, above all, surprise. Such findings have important policy implications for Asian security.

This paper also lists some actual experience by the PLA in amphibious operations, specifically the Jinmen and Yijiangshan battles. “The former turned out to be a disastrous bloodbath for the PLA, but the later amphibious landing proved remarkably successful, featuring massive firepower, excellent mutual support among the air, land and sea elements, timely coordination, and even meteorological innovation.

One case from the 20th century that was not mentioned as having been studied is Operation Dynamo, the evacuation of the British Expeditionary Force (BEF) from Dunkirk in May and June of 1940. While this was a hastily organized evacuation with an ad-hoc and patriotic appeal to the British ship-owning population, a similar planning effort under the banner of “Military-Civilian Fusion”, as noted above, could find that the actual sealift capabilities employed to be more of an uncomfortable surprise.

These are some of the excellent scholarly works available that I would consider authoritative on this topic:

Thanks for reading and for your comments!

Summation of the five Taiwan invasion posts

As a result of discussions at the Third HAAC and two follow-up meetings with participants, I ended up making five posts last week on Chinese amphibious lift capacity and their ability to invade Taiwan, They are:

The Chinese amphibious lift capacity – The Dupuy Institute

The load on PLA Navy Amphibious Assault Ships – The Dupuy Institute

Other Chinese landing craft – The Dupuy Institute

The RoRo Ships – The Dupuy Institute

The Chinese fishing fleet as an amphibious asset – The Dupuy Institute

The final paragraph from the last post:

Anyhow, as we stated in our original post on this subject, “China has the ability to land over 20,000 soldiers on Tawain on the first wave.” They can supplement that capability by 1) Seizing a working port, 2) running a hundred old landing craft across 100 miles of sea, 3) enlisting China’s commercial fleet of RoRo ships, 4) enlisting their fishing fleet. We have addressed each of these issues in our posts and will probably continue to discuss some of these in the following weeks. Our original post concluded with the statement “It is clear, based upon their military capabilities, they currently have no real plans to invade Taiwan.”

We will be making further posts this week and subsequent weeks on China and Taiwan, many prepared by other members of our “HAAC community meetings” on the subject.

 

The Chinese fishing fleet as an amphibious asset

Now, China being a communist country (with a strong capitalistic bent) does have the ability to call upon all civilian and commercial assets for use by the state. As such, some people postulate that many of their larger fishing vessels can be used as amphibious assets.

Now, as an amusing exercise one of our associates asked artificial intelligence (Chat GPT) what would be the Chinese lift capacity. They came back with:

Now, we don’t buy into their count from military ships (the first wave capability is probable half of what they list), we don’t buy into their use of merchant ships, and we can honestly say we are not sold on the idea of conducting an opposed amphibious operation using fishing vessels.

Basically, what they are talking about is some form of a reserve Dunkirk. Now the problem with a reverse Dunkirk is that you need to get the troops into four feet or less of water. That is a problem with V-hull large commercial fishing vessels. Furthermore, these are men with combat loads and in need to support equipment. Whole lot easier to evacuate desperate men with fishing vessels than it is to invade with them carrying full combat loads. The vast majority of people at Dunkirk were not evacuated by fishing vessels. 

Needless to say, if gathering dozens of RoRo commercial ships would alert Taiwan, gathering hundreds of fishing vessels and moving them to south China, would give Taiwan considerable alert time. We don’t think this is a serious discussion, although some people in the west have seriously discussed it (artificial intelligence did not pull this idea out of thin air).    

Anyhow, as we stated in our original post on this subject, “China has the ability to land over 20,000 soldiers on Tawain on the first wave.” They can supplement that capability by 1) Seizing a working port, 2) running a hundred old landing craft across 100 miles of sea, 3) enlisting China’s commercial fleet of RoRo ships, 4) enlisting their fishing fleet. We have addressed each of these issues in our posts and will probably continue to discuss some of these in the following weeks. Our original post concluded with the statement “It is clear, based upon their military capabilities, they currently have no real plans to invade Taiwan.”

I am sure some of you will disagree. 

The RoRo Ships

China has a collection of dozens of Roll-on, Roll-off (RoRo) commercial transports that have had their ramps reinforced to be able to use heavy equipment. This has led to a number of people counting them as Chinese amphibious assets. They have used some of them for training exercises with the Chinese marines.

The actual count of these is 40 or 63 or more (I have seen various figures). They are commercial ships and used regularly for commercial shipping. As such, at any given moment they are scattered across the world.

Now if China could gather dozens of these together, then they might be able to increase Chinese lift capacity by tens of thousands. There are some real problems with that.

1. They really can’t be used in the first wave. They usually require docks to unload at and cannot be used across the beach. As such, they really don’t increase the Chinese first wave capacity of around 20,000 troops.

Now, theoretically, they could load up with LCMs, LCUs and ZDP-05s and unload off shore at sea to contribute to a first wave. This is a difficult arrangement but could add 10-20K troops to the first wave. Still, it does not appear to be how they would be used.

2. They do require docks to unload at. This means China either have to take a port in the first couple of days of the operation or they would have to set up at sea docks. If Taiwan is properly defending, taking ports in the first week will be difficult. Furthermore, if they doing their job properly, once those ports are taken the dock areas should be difficult to use.

Now, China does have mobile docks, similar to the U.S. These are difficult to maintain in a hostile environment. They are difficult to maintain in the non-hostile environment. The U.S. recently deployed one in Gaza and had lots of problems. This was done in peacetime, in the Mediterranean (a more peaceful body of water than the South China Sea) and by the nominally most experience amphibious force on the planet.  So, China would be looking at setting up mobile docks on the first or second day of an invasion, which then would mostly likely become prime targets. The RoRo ships would need functional docks to unload.

3. They would have to be gathered from across the world and this would telegraph the blow by weeks if not months. These are commercial ships scattered across the world doing commercial transport. They would have to stop doing commerce, return to China and be readied for military operations. Hard to hide that. If Taiwan knows for weeks that China is coming, then they can start mobilizing. So, instead of facing over 100,000 deployed troops, they will face hundreds of thousands. Has China gained an advantage by doing this? 

In the end, people seem to believe that the RoRo ships gives China the lift capacity that it needs to invade Taiwan. It does not seem to do this. Furthermore, an amphibious operation would be greatly assisted by surprise, or at least limiting the warning to hours, vice days. Using RoRo’s does the opposite. They are not a first wave asset, and maybe not even a second or third wave asset. They are an asset after an attack as already been conducted, a port had been seized, it can be protected and is operational.  It is a supplemental capability to Chinese amphibious operations.  

Other Chinese landing craft

Now China has a load of other smaller landing craft. These include (chart courtesy of Geoffrey Clark):

LCM

Ex-US LSM-1

Hua

0

14

480

LCM

Type 079II

Yulian

 

30

730

LCM

Type 271I

Yuwei

3

1

500

LCM

Type 271II

Yuwei

9

9

500

LCM

Type 271IID

Yuwei

30

290

500

LCM

Type 271IIIA

Yulu

2

2

614

LCM

Type New

Yubu

2

2

600

LCU

Type 067

Yunnan I

1

10

85

LCU

Type 067I

Yunnan II

12

120

85

LCU

Type 068

Yuqin

15

150

50

LCU

Type 069

Yuqin

14

150

50

LCU

Type 074A

Yubei

11

10

650

Now, the fifth column on this chart is the total count of vessels. The fourth column on this chart is the count of “active vessels” This is 99 vessels. The other vessels can be activated but they are currently in various states of disrepair or in some cases being used commercially as tugs and such. The sixth column is tonnage. The load capacity of these 99 “active” vessels is:

  • 3 x 300
  • 9 x 300
  • 30 x 300
  • 2 x 200
  • 2 x 200
  • 1 x 100
  • 12 x 100
  • 15 x 0
  • 14 x 100
  • 11 x 250

This is 18,850 people. 

These craft are mostly 1960s – 1980s construction. Note that Wikipedia states that all Type 079 landing ships have been decommissioned. 

But there are problems with these ships being used to directly invade Taiwan. First, they at best have a speed to 8 to 12 miles per hour. They have 80 to 100 miles of ocean to cross. If the weather is good, this is 10 to 12 hours at sea. This is a reach, especially in a hostile zone. It is also hard to achieve surprise with a hundred craft sailing for a half a day. While Taiwanese ground forces have 105,000 active ground forces and marines, they have a reserve component of 2.3 million. If China cannot achieve surprise in its initial wave, then they will be facing considerably more forces when they arrive.

Then China has a large collection of amphibious fighting vehicles, primarily the ZBD-05 infantry fighting vehicle and the ZTD-05 assault vehicle.  The 26.5-ton IFV carries 8 passengers. Their amphibious speed in 18 MPH. The PLA Ground Force had at least 750 ZBD-05s and 750 ZTD-05s. The PLA Marine Corps has at least 240 ZBD-05 and 80 ZTD-05s. Assuming they are not among the hundreds of vehicles landing in the first wave, then theoretically the 990 ZBD-05s can add another 7,920 troops to the operation. Sailing loaded LCM and LCU across the straits is a reach. This is beyond that.

Now, Taiwan controls multiple islands between the Chinese mainland and Taiwan. This includes the archipelagos of Penghu (90 islands), Kinmen (dozens), Matsu (36 islands), Wuqiu (2 islands), Pratis atoll, and two island in the Spratly chain. Most of these islands are a few miles from the Chinese mainland. These are probably of objectives of troops carried in these craft. They will probably not be used initially for an invasion of Taiwan. 

More to come.

The load on PLA Navy Amphibious Assault Ships

We state is our post yesterday that “China has the ability land over 20,000 soldiers on Taiwan on the first wave.” Now three different people in our conference on 13 November independently did counts. They all ended up in the 20,000 to 25,000 range. Here is my count:

  • 4 landing ship dock
    • 28 helicopters each
    • 800 troops each
  • 12 amphibious transport docks
    • 8 Yuzhao class (25,000 tons)
      • 800 troops each
  • 32 landing ships tanks
    • 15 Yuting III class (4,800 tons)
      • 250 troops or 10 armored vehicles
    • 10 or 11 Yuting II class (4,800 tons)
      • 250 troops or 10 armored vehicles
    • 3 Yukan class (4,170 tons)
      • 250 troops or 10 armored vehicles
    • 33 landing ship medium
      • 10 Yunshu class (2,000 tons)
        • 500 troops or 5 to 10 tanks
      • 1 Yudeng class (1,850 tons)
        • One platoon and 4 tanks
      • 11 Yubei class (700 tons)
        • 250 troops
      • 12 Yuhai class (700 tons)
        • 350 troops or 2 tanks
      • 1 Yulu class (800 tons)
        • 200 troops

Some math:

  • People: 21,750
    • 4 x 800 = 3,200
    • 8 x 800 = 6,400
    • 10 x 500 = 5,000
    • 11 x 250 = 2,750
    • 12 x 350 = 4,200
    • 1 x 200 = 200
  • Vehicles: 284
    • 15 x 10 = 150
    • 10 x 10 = 100
    • 3 x 10 = 30
    • 1 x 4 = 4

Now, carrying vehicles versus personnel is an either-or proposition. You could choose to carry more people and less vehicles. It is a tradeoff. I made some assumptions, as modern armies don’t like to go to war without vehicles.

Now, all these calculations are too high. You will also want to land supplies and support material in the initial wave. This is not an insignificant portion of the load. In some operations, it has made up to half the load of the initial wave. So, the figure of 20,000 is an upper limit. If they actually did it, the real figures will probably be lower. 

This also assumes that the initial landing wave is not intercepted, attrited, or otherwise seriously attacked. This is hard to do in the current intelligence environment, especially with U.S. support. It is hard to believe that a hostile incoming amphibious wave would not be hit by volleys of missiles and drones.

Further posts will address the rest of the PLA’s amphibious assets.

The Chinese amphibious lift capacity

During the Third HAAC a discussion developed over what is the amphibious lift capacity of the armed forces of the Peoples Republic of China (PRC). This is, of course, directly related to the issue of whether China can successfully invade and conquer Taiwan. We then held follow-up discussions with some the HAAC attendees on the subject.  This is going to generate some new posts to the blog detailing out what we explored. But, let me summarize the tentative conclusions of the discussion here.

First, China has the ability to land over 20,000 soldiers on Taiwan on the first wave. This is not much considering the defending Taiwanese ground forces consist of over 100,000 active troops. China maybe be able to supplement that with 10,000 airmobile troops, but this is risky in a strong anti-air environment. They may be able to add other troops by use of commercial shipping and other means, but this is pretty uncertain.

Obviously on subsequent days, they can land another 20,000 or more troops, but we are looking at a week to build up an army capable to fully engaging the Taiwanese Army. In the meantime, Taiwan can mobilize hundreds of thousands of reserves. Added to that, Chinese reinforcements and resupply are subject to interdiction. While China has a lot of aircraft and missiles, so too does Taiwan if it is properly backed up by the United States. This invasion does not appear to be an “iffy” proposition, it appears to be one that will most likely fail.

Now, if China can directly seize a port and/or an airfield, then possibilities develop, but if Taiwan properly defends these locales, this is also a long shot. 

To successfully invade Taiwan China will need to be able to land a whole lot more troops on the first and subsequent waves. Nominally it has that capability with a large number of 50-year old landing craft. These are mostly not active and some are in civilian use as tugs and ferries. Furthermore these small landing craft have to traverse 100 miles of ocean at a speed of 8-12 miles per hour in a hostile environment. This is not promising. There are other options, like using merchant ships (and running them aground?), fishing fleets, etc. None of these are particularly promising for a modern mechanized army. 

Now China does have dozens of large roll-on, roll-off ferry ships that could be used to supplement their amphibious operations, but, they usually need a dock to unload at. This implies that any amphibious operation will have to start by seizing a port, which can be defended, and if taken, can be denied immediate use. These are really not first wave assets. Nominally they can provide additional over-the-beach lift capacity for an initial wave by loading them up with small landing craft and unloading the small craft offshore at sea, but there are still two limitations here: 1) they need small landing craft or amphibious vehicles, and 2) because they are in commercial use, activating them will give Taiwan weeks, if not months of notice. Taiwan’s reserves are 2.3 million people. See: China’s Secret Weapon in the Invasion of Taiwan: RoRo Ferries

It is clear that while China has maintained a modern Marine force with amphibious capability, they had not maintained the amphibious capability to invade Taiwan. Their Marine force is structured for use elsewhere, not Taiwan. It is clear, based upon their military capabilities, that they currently have no real plans to invade Taiwan.

This, of course, can change if the United States does not continue to support Taiwan or if Taiwan loses the desire to defend itself, but right now, a Chinese invasion of Taiwan is not really practical given the limited Chinese first wave lift capacity.

We will be discussing the details of this on subsequent days: 

  • Tues: The load on PLA Navy Amphibious Assault Ships
  • Wed: Other Chinese landing craft
  • Thu: The RoRo Ships
  • Fri: The Chinese fishing fleet as an amphibious asset

 

The Dogs of Chernobyl

Totally unrelated to what we usually blog about, but I found this interesting: The dogs of Chernobyl: Demographic insights into populations inhabiting the nuclear exclusion zone | Science Advances

A general newspaper article on the same subject: The Dogs of Chernobyl Are Experiencing Rapid Evolution, Study Suggests

Not sure what lessons I should draw from this.

Happy Thanksgiving to you all.