Category Archives: Capability Analysis

Analyzing Specific Naval and Maritime Platforms

Contested Ship-to-Shore Movement, Pt. 2: Firepower Overmatch

Part One of this series focused on the role of quantity in contested ship-to-shore movement. Read it here.

By Josh Abbey

The age of battleships laying broadsides into beaches may have been over when the USS Iowa was decommissioned, but the increasing threat of anti-ship missiles and A2/AD may draw a curtain on the modern surface combatant doing likewise. For a contested ship-to-shore movement to be successful at the shore overmatch is required at the landing zone both in terms of quantity of troops and firepower. Unable to conjure enough firepower out on the beach due to obvious constraints, extensive supporting firepower must come from the air and the sea.

Contesting the Beach in the Modern Age

Anti-ship and surface-to-air missiles are a constant and pervasive complication to ship-to-shore movement against a well-equipped foe. Prior to the creation of precision weapons amphibious fleets could often stage just over the horizon or even closer. Now amphibious fleets can be challenged from land more than 100 miles out to sea.1 The increasing range and speed of anti-ship missiles necessitate over-the-horizon capabilities for amphibious fleets to operate safely.2 Increasingly capable integrated air defense systems also greatly threaten the viability of fire support from the air.3 A2/AD strategies can situate long-range artillery and rocket batteries within air defense bubbles, forming extensive threat zones while using unmanned vehicles for ISR. The proliferation of ASMs and SAMs means even some non-state actors can hold amphibious fleets at risk further out to sea. For example, Hezbollah posses Noor anti-ship missiles with a range of 75 miles,4 and for state actors the range is even greater.5

Modern missile systems present a major problem to ship-to-shore movement in that they can also force out of range what little exists of gun-based fire support from ships. Given how anti-ship missiles may be fielded in fewer numbers than anti-air missiles, ships may find themselves providing fire support when aircraft cannot. Even so, the land attack cruise missiles they may contribute could also be held at risk by anti-air systems, and where closing the range to use guns more effectively could put ships at risk from smaller, anti-armor guided weapons.6

In any case accurate fire support is vital and in high demand. Naval gunfire support played a considerable role in Vietnam and particularly in the Falklands, enabling small British units to combat larger Argentine forces.7 However, the transition from gunfire to missiles as the default weapon of modern ships decreases the availability of fire support. Navies are unlikely to fire expensive munitions such as a Tomahawk missile to destroy a machine gun emplacement or a vehicle, whereas gunfire can be brought to bear on numerous targets of opportunity. Ships also carry limited numbers of land attack missiles due to the need to maintain a diverse inventory of missiles for a variety of multi-domain threats. In a contested theater one would also be loath to expend many Tomahawks on minor land targets a short distance away. Land attack missiles may be able to carry some of the burden for amphibious troops, but if fired at a great distance out to sea the long flight time for subsonic missiles is hardly ideal for troops in contact.11 These cruise missiles would also likely need some form of in-flight retargeting support to ensure their precision.  

The sea denial aspect of certain precision weapons can be mitigated to an extent by extending the range of gun-based fire support. These capabilities can include the Advanced Gun System firing the Long-Range Land-Attack Projectile (LRLAP) which can reach out to over 70 nautical miles.8 However, the cost of the LRLAP makes this exception prohibitively expensive. One LRAP at approximately $800,000 is around half the cost of a Tomahawk missile.9 One could purchase 11 guided Excalibur shells for that price able to hit targets over 30 miles away or 266 precision guidance kits for M549 shells and reach out to over 15 miles away.10

Spent shell casings from a naval gunfire support mission by HMS Cardiff (D108) on the night of 5 June, 1982, as part of the Falklands War. Photograph was taken the morning after on 6 June, also the top of her charred Sea Dart launcher can be seen bottom right. She fired 277 rounds that night and also shot down AAC 656 Squadron Gazelle XX377 in ‘Blue on Blue’ friendly fire incident killing four British servicemen. (Wikimedia Commons)

Airpower to an extent has filled the vacuum gunfire or cruise missiles cannot. In the Falklands campaign for example, airstrikes from Harrier jets helped make up for the lack of gunfire support.11 However, air defense systems have become increasingly sophisticated and potent. As they will continue to grow in capability and proliferate amongst state and non-state actors, aircraft operating in A2/AD environments will be restricted to more advanced platforms.12 Rotary wing aircraft could be of little value if their ships have been forced out to sea by anti-ship missiles since the combat radius of many rotary wing attack aircraft is around 120 nautical miles.13 Instead, viable firepower support will be best provided via tube artillery, rockets, or cheaper missile systems that can operate closer to shore.

While surface combatants can undertake the task of providing fire support the range of most current gun systems places them well within the range of ASMs as well as tube and rocket artillery.14 It is unlikely one would take an Arleigh Burke or Type 45 destroyer into such an environment. Instead, cheaper and more expendable gun or missile boats carrying missiles like the Spike NLOS or ALAS, rocket artillery systems, or advanced naval guns will need to provide the firepower required. GMLRS equipped boats, capable of firing the ground-launched Small Diameter Bomb, the Deep Strike Missile, the Alternative Warhead, and other munitions could provide a powerful mix of close-in fire support and deeper interdiction fires. However, the key vulnerability of missile or rocket artillery boats will be logistical sustainment. These indirect fire systems could be used from the flight decks of larger ships as an intermediate measure.15

Such craft will also require point defense systems for survivability. This is a necessity to provide survivability for ship-to-shore connector because one can expect increasingly precise artillery and rocket systems. Laser-guided munitions capable of striking moving targets and top attack munitions such as the BAE Bofors 155 BONUS or SMArt 155 will be capable of significant devastation. It is conceivable that counter-battery fire can be swapped between defending land-based artillery and ships providing fire support for an invading force as artillery grows more precise.

Once visible on the horizon direct fire systems like anti-tank guided missiles can target landing craft and their fire support assets. Thus, hard and soft counter rocket, artillery, and mortar (C-RAM) systems, air defense, and active protection systems like Trophy will need to be equipped by both connectors and the vessels providing their fire support. Transit times to the shore will place both under fire for considerable lengths of time and sustaining close fire support for an amphibious force will be highly risky.

Conclusion

In an A2/AD environment ship-based fire support may often be limited to the unattractive option of cruise missiles given current capabilities and threats. Cheaper long-range missile and artillery systems will need to become more available in order to provide the requisite fire support to develop overmatch. One potential solution is the utilization of cheaper gun and missile boats that can be risked close in to shore to provide fire support and to project an area of point-based air defense around the approaching landing craft to increase survivability. In any case amphibious flotillas will require plenty of firepower and protection so as not to be disabled before arriving on the beach, but providing fire support against modern threats involves complicated and frequently unfavorable tradeoffs.

Josh Abbey is a research intern at the Royal United Services Institute of Victoria. He is studying a Bachelor of Arts at the University of Melbourne, majoring in history and philosophy. He is interested in military history and strategy, international security and analyzing future trends in strategy, capabilities and conflict.

References

[1] Andrew Feickert, Marine Corps Amphibious Combat Vehicle (ACV) and Marine Personnel Carrier (MPC): Background and Issues for Congress (Washington, DC: Congressional Research Service, 2018), 6.

[2] Bryan Clark and Jesse Sloman, Advancing Beyond the Beach: Amphibious Operations in an Era of Precision Weapons (Washington, D.C: Center for Strategic and Budgetary Assessments, 2016), I.

[3] Carlo Kopp, “Proliferation of Advanced Air Defence Systems,” Defence Today (2010): 27. “Surviving the Modern Integrated Air Defence System”, Carlo Kopp, Air Power Australia, 2009, accessed, July 1, 2018,  http://www.ausairpower.net/APA-2009-02.html#mozTocId418713. Jeff Harrigan and Max Marosko, “Fifth Generation Air Combat Maintaining the Joint Force Advantage”, JAPCC Journal 24, spring/summer (2017): 54.

[4] “Hezbollah” Missile Defence Advocacy Alliance, accessed June 30, 2018, http://missiledefenseadvocacy.org/missile-threat-and-proliferation/todays-missile-threat/non-state-actors/hezbollah/.

[5] Office of the Secretary of Defense, Annual Report to Congress: Military and Security Developments Involving the People’s Republic of China 2015 (Washington, DC: Office of the Secretary of Defense, 2015), 10.

[6] “For Want of a Broadside: Why The Marines Need More Naval Fire Support,” Vince DePinto, CIMSEC, accessed July 3, 2018, https://cimsec.org/want-broadside-marines-need-naval-fire-support/31347.

[7] Carter A. Malkasian, Charting the Pathway to OMFTS A Historical Assessment of Amphibious Operations From 1941 to the Present (Virginia: CNA, 2002), 41.

[8] “The 155mm Advanced Gun System-Lite (AGS-L) for DDG-51 Flight III,” Brent Weyer and Al Panek, BAE Systems, accessed July 10, 2018, https://ndiastorage.blob.core.usgovcloudapi.net/ndia/2012/armaments/Tuesday14034weyer.pdf

[9] “Navy Planning on Not Buying More LRLAP Rounds for Zumwalt Class,” Sam LaGrone, USNI News, accessed July 14, 2018, https://news.usni.org/2016/11/07/navy-planning-not-buying-lrlap-rounds. Chief Technical Officer, Program Acquisition Cost by Weapon System (Washington, D.C: Office of the Under-Secretary of Defense, 2017), 63.

[10] Michael Craig Harris, Is Tube Artillery a Viable Fire Support Platform for the United States Military on the Battlefields of the Future? (Alabama: Air War College, 2017), 22. “XM 982/Excalibur,” BAE Systems, accessed July 16, 2018, https://www.baesystems.com/en/download-en/20151124114142/1434555562238.pdf. Peter J., “XM1156 Precision Guidance Kit (PGK) Overview,” Burke and Anthony Pergolizzi, Fuze Conference, accessed July 19, 2018, http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.386.3598&rep=rep1&type=pdf.

[11] Earl H. Tilford, “Air Power Lessons,” in Military Lessons of the Falkland Islands War: Views from the United States, eds. Bruce Watson and Peter Dunn (Colorado: Westview Press, 1984), 45.

[12] Carlo Kopp, “Proliferation of Advanced Air Defence Systems,” Defence Today (2010): 27. “Surviving the Modern Integrated Air Defence System”, Carlo Kopp, Air Power Australia, 2009, accessed, July 1, 2018,  http://www.ausairpower.net/APA-2009-02.html#mozTocId418713. Harrigan and Marosko, “Fifth Generation Air Combat Maintaining the Joint Force Advantage,” 54.

[13] “For Want of a Broadside: Why The Marines Need More Naval Fire Support,” Vince DePinto, CIMSEC, accessed July 3, 2018, https://cimsec.org/want-broadside-marines-need-naval-fire-support/31347.

[14] “Mk 45 Mod 4 Naval Gun System,” BAE Systems, accessed July 20, 2018, https://www.baesystems.com/en/product/mk-45-mod-4-naval-gun-system. John Matsumura, Randall Steeb, and John Gordon IV, Assessment of Crusader: The Army’s Next Self-Propelled Howitzer and Resupply Vehicle (Santa Monica, CA: RAND Corporation, 1998), 10.

[15] “For Want of a Broadside: Why The Marines Need More Naval Fire Support,” Vince DePinto, CIMSEC, accessed July 3, 2018, https://cimsec.org/want-broadside-marines-need-naval-fire-support/31347.

Featured Image: 180729-M-QH615-0222 MARINE CORPS BASE HAWAII (July 29, 2018) AAV-P7/A1 assault amphibious vehicles assigned to Combat Assault Company, 3rd Marine Regiment, unload service members during an amphibious landing demonstration as part of Rim of the Pacific (RIMPAC) exercise at Pyramid Rock Beach on Marine Corps Base Hawaii July 29, 2018. (U.S. Marine Corps photo by Sgt. Aaron S. Patterson/Released)

Contested Ship-to-Shore Movement, Pt. 1: The Role of Quantity

By Josh Abbey

Few navies are disposed to undertake ship-to-shore movement in a contested environment.1 With the exception of very powerful nations such as the U.S., few nations have the number of troops and equipment necessary for success against moderate opposition. Contested ship-to-shore movement presupposes that landing craft and aircraft will be engaged while moving to and at the landing location. Achieving air and naval superiority is a significant factor in this calculus, however, so does the size and firepower of the landing force and those who may oppose them.2 The role of quantity in contested ship-to-shore movement undertaken by surface craft is especially key.

No amphibious force is likely to survive a contested assault without significant losses.3 Yet few can deliver the volume of troops to generate force overmatch against a foe while accounting for potential casualties. The majority of amphibious fleets are too small to generate overmatch by quantity alone. Such a task requires vast amphibious fleets. In the Gulf War, it took 31 amphibious ships to muster an assault force of 17,800 marines, 39 tanks, 96 mobile TOW antitank missile systems, 112 amphibious assault vehicles, 52 light armored vehicles, 52 artillery pieces, 63 attack aircraft, and six infantry battalions.4 Excluding the U.S., for nations with amphibious capabilities, the average amphibious fleet size is just two ships (refer to table 1).5 An amphibious fleet such as Australia’s can only embark 2,600 troops in two Canberra-class landing helicopter docks and one dock landing ship, HMAS Choules.6 An unsupported landing force of this size would face a serious struggle if opposed by even a few battalions.

The number of troops and vehicles that can be delivered per wave severely worsens the problem of successful ship-to-shore movement. Again, Australia’s amphibious capacity shall serve as the example as its three-ship Amphibious Ready Group is representative of many first-rate nations’ amphibious fleets. A Canberra-class warship can embark four LCM-1Es, whilst HMAS Choules can carry one LCM-1E.7 With each LCM-1E able to carry 170 troops, the nine LCM-1Es can deploy approximately 1500 troops in one wave.8 However, it is unlikely they would be utilized in this way. Carrying vehicles and equipment in waves while deploying troops in tactical formations would likely decrease the rate of troops delivered. Defenders can likely bring a greater proportion of their force to bear compared to amphibious troops that are limited by their rate of delivery. And, while vehicles such as an Abrams tank or even a Stryker can deliver considerable firepower, they must be able to get off the beach to make way for follow-on assets. Beaches can condense landing troops into denser formations and where targeting buildup locations will be a priority for any defender. Unless the landing location is suitable to allow vehicles to quickly get off the beach, they present attractive stationary targets that are less able to influence affairs much beyond the shoreline.

MARINE CORPS BASE HAWAII (July 30, 2016) A Royal Australian Navy LHD Landing Craft, transports Australian, New Zealand, Tongan, and U.S. armed forces to Marine Corps Training Area Bellows during Rim of the Pacific 2016 in Hawaii. (U.S. Marine Corps photo by Sgt. William L. Holdaway/Released)

Infantry will play a major role in the initial ship-to-shore movement because of greater freedom of movement and ability to disperse. However, embarked troops do not equate to immediate combat manpower on the beach.  It is problematic that troops must disembark and find a favorable tactical disposition before they can bring their full influence to bear, a process that is unlikely to be as rapid as desired. Further, utilizing landing craft with high capacities such as LCMs, with a capacity of 170, or an LCU 1700 which can carry 350 troops, presents a small number of highly dense targets.9 If it only deployed from embarked landing craft Australia’s entire amphibious landing force could present just nine targets. An opponent could counter this force before it lands with a handful of guided missiles or several accurate barrages of cluster or airburst artillery.

Key: Landing Helicopter Assault (LHA) Landing Helicopter Dock (LHD) Landing Platform Dock (LPD) Landing Ship Dock (LSD) Landing Ship Logistics (LSL) Landing Ship Tank (LST) Landing Ship Medium (LSM) Amphibious Assault Vehicle (AAV) (Source: The Military Balance, 118, 1 (2018): 49-396.)

While landing craft and amphibious fleets can deploy a reasonable number of troops from the surface they can be effectively opposed by far fewer troops using modern weapons. Utilizing smaller landing craft in greater numbers would increase the number of targets an enemy must account for, and dilute a defender’s efforts. Increasing the number of landing craft also decreases the time it takes for troops to influence combat by speeding up debarkation. In effect, increasing the number of exits can increase the space through which troops can disembark and achieve greater flow of deployment. These changes would increase the effectiveness of the force embarked by deploying them into combat faster and likely with less casualties.

Conclusion

Quite simply to generate overmatch via the quantity of troops amphibious fleets must go big or go home. They also, by way of contradiction in terms of landing craft, must go little if they wish to quickly generate a reasonable number of combat-ready troops at the landing location rapidly. Small numbers of slow-deploying troops can easily be victim to defeat in detail. Generating overmatch at the landing location will then be more a matter of greater firepower and less the the quantity of assets for navies with small amphibious fleets. However, credibly confronting reasonably-sized adversaries in a contested ship-to-shore context will be limited to coalition operations or large nations such as the U.S. for the foreseeable future.


Part 2 of this series will focus on firepower overmatch.


Josh Abbey is a research intern at the Royal United Services Institute of Victoria. He is studying a Bachelor of Arts at the University of Melbourne, majoring in history and philosophy. He is interested in military history and strategy, international security and analyzing future trends in strategy, capabilities and conflict.

References

1. See Table 1.1

2. Michael Hanlon, “Why China Cannot Conquer Taiwan,” International Security 25, 2 (2000): 4.

3. B. Martin, Amphibious Operations in Contested Environments: Insights from Analytic Work (Santa Monica, CA: RAND Corporation, 2017), 9.

4. Michael F. Applegate, Naval Forces: Valuable Beyond the Sum of Their Parts (Newport, RI: Naval War College, 1993), 5.

5. See Table 1.1

6. Ken Gleiman and Peter Dean, Beyond 2017: the Australian Defence Force and amphibious warfare (Canberra: APSI, 2015), 24.

7. “Amphibious Assault Ship (LHD),” Navy, accessed July 25, 2018, http://www.navy.gov.au/fleet/ships-boats-craft/lhd. “HMAS Choules,Navy, accessed July 24, 2018, http://www.navy.gov.au/hmas-choules.

8. “Lanchas de desembarco LCM-1E” Navantia, accessed July 24, 2018, https://www.navantia.es/ckfinder/userfiles/files/lineas_act/Fichas_antiguas%20espa%C3%B1ol/lanchas.pdf.

9. “Landing Craft, Mechanized and Utility – LCM / LCU,” America’s Navy, accessed July 25, 2018, http://www.navy.mil/navydata/fact_display.asp?cid=4200&tid=1600&ct=4.

Featured Image: 180729-M-FA245-1234 MARINE CORPS BASE HAWAII (July 29, 2018) U.S. Marines push toward an objective on Pyramid Rock Beach during an amphibious landing demonstration as part of Rim of the Pacific (RIMPAC) exercise on Marine Corps Base Hawaii July 29, 2018. (U.S. Marine Corps photo by Lance Cpl. Adam Montera)

Flashpoint China, Chinese Air Power and Regional Security

Rupprecht, Andreas. Flashpoint China, Chinese Air Power and Regional Security. Houston: Harpia Publishing, 2016. 80pp. $23.45

By Lieutenant Commander David Barr, USN

Introduction

Since his rise to power six years ago, thousands of analysts and policymakers across the globe have attempted to understand the intentions of, and the mechanisms employed toward, General Secretary of the Communist Party of China Xi Jinping’s seemingly expansionist vision for China. That vision, dubbed “The Chinese Dream” by Xi in 2012, solidified his plan for “the great rejuvenation of the Chinese nation.” Although arguably vaguely defined, “The Chinese Dream” has been viewed by some as Xi’s call for rising Chinese influence on the international stage – economically, politically, diplomatically, scientifically, and militarily, i.e., China’s “grand strategy.”

In support of this vision, Xi has embarked on a multitude of political and military reforms and now, backed by one of the world’s most technologically-advanced militaries, Xi is ready to thrust his revitalized China further onto the world stage. During his opening speech to nearly 2,300 party delegates and dignitaries at the October 2017 19th National Congress of the Communist Party of China, Xi publicly described the extraordinary complexity of China’s domestic and foreign policy challenges and opportunities: “Currently, conditions domestically and abroad are undergoing deep and complicated changes. Our country is in an important period of strategic opportunity in its development. The outlook is extremely bright; the challenges are also extremely grim.”1

In his new book, Flashpoint China, Chinese Air Power and Regional Security, Andreas Rupprecht, author of Modern Chinese Warplanes: Combat Aircraft and Units of the Chinese Air Force and Naval Aviation, attempts to break out of his comfort zone and succinctly capture the complexities of Chinese foreign policy and the geopolitical environment of the Asia-Pacific Region. The content of Flashpoint China is predominantly focused on Chinese regional security issues; however, in his introductory paragraph, Rupprecht states the goal of Flashpoint China is to “draw upon” Modern Chinese Warplanes and “offer an overview of potential military conflicts along the borders of the People’s Republic of China (PRC).”2 This is a laudable goal, for even attempting to synopsize the complexity of Chinese military history and foreign relations in a mere eighty pages would challenge the most knowledgeable defense and foreign relations expert. Yet for the most part, Rupprecht succeeds. There are some content areas however that could benefit from further research and development.

Following the introduction, Rupprecht utilizes Chapters Two through Five to succinctly introduce the various foreign policy concerns for China in each of its five Theater Commands. Each chapter opens with a succinct description of the nuanced histories behind each foreign policy concern, provides an overview of PLAAF and PLANAF capabilities available to each Theater Command, and closes with well-structured charts of each Theater Command’s PLAAF and PLANAF order of battle. It is through this structured approach that Rupprecht meets his goal of drawing upon Modern Chinese Warplanes and answering the following question: If conflict were to occur at any of the flashpoints, what People’s Liberation Army Air Force (PLAAF) and PLA Naval Air Force (PLANAF) units and platforms are likely to be involved?

Over the last two to three decades China’s entire military force has undergone a rapid and unprecedented military modernization campaign designed to transform it into a regionally-dominant and globally-significant force. To further tie his two books together however, Rupprecht would be remiss to not include an update of what has transpired within and across the PLA between the books’ publication dates (2012 and 2016, respectively) in the introductory section of Flashpoint China, specifically how PLA reforms and the subsequent establishment of the five Theater Commands have affected the PLAAF and PLANAF. Additionally, Rupprecht briefly describes concepts such as China’s “active defense strategy” and “anti-access /aerial denial (A2/AD)” (what the Chinese refer to as “counter-intervention”) capabilities. Counter-intervention represents how China plans to “deny the U.S. [or other foreign] military the ability to operate in China’s littoral waters in case of a crisis.”3 Collectively, these organizational, doctrinal, and operational changes should weigh heavily in a book of this nature yet Rupprecht does not fully incorporate their significance in his work. To do this, the author would need to answer the following question: How would PLAAF and PLANAF platforms and capabilities likely be employed to prevent U.S. or other regional forces from intervening in a conflict at any of the flashpoints?

Some of these geographical areas and issues carry a higher military priority for China. According to the U.S. Office of the Secretary of Defense (OSD) in its 2017 Annual Report to Congress, “Taiwan remains the PLA’s main “strategic direction,” one of the geographic areas the leadership identifies as endowed with strategic importance [and represents a “core interest” of China]. Other focus areas include the East China Sea [ECS], the South China Sea [SCS], and China’s borders with India and North Korea.”4 And as the strategic importance of a geographical area increases for China so does its allocation of PLA assets.

For example, the richness and variety of the geopolitical concerns involving the countries presented in Chapter Two of Flashpoint China (Japan, Russia, Democratic People’s Republic of Korea (DPRK), and South Korea), provide significant examples of historical, current, and potential military conflict for China; however, in Chapter Two Rupprecht doesn’t reflect on the order of  strategic priority and therefore the military significance of the Northern and Central Theater Commands. Instead, Chapter Two opens with a very brief paragraph regarding Mongolia, thereby dampening the impact of the chapter’s “flashpoint” narrative.

Additionally, the sovereignty dispute over the Senkaku/Diaoyu Islands in the ECS dominates the military significance of China’s foreign policy vis-à-vis Japan; however, Rupprecht merely allocates a single sentence to the situation: “The dispute over the Senkaku Islands – known as the Diaoyu Islands in China – is meanwhile a matter of heated rhetoric and near-open hostility.”5 Since the historical dispute took a dramatic leap forward in April 2012 following the Japanese purchase of three of the eight islets from their private owner, the PLA’s Eastern Theater Command has assumed primary responsibility for this flashpoint area. Unfortunately, Chapter Two mistakenly assigns PLA responsibility for China’s ongoing dilemma with Japan in the ECS to the Northern and Central Theater Commands: “The PLA subordinates responsibility for Japan and the Korean peninsula to the Northern Theater Command and to the Central Theater Command.”6 When the purchase was made public, the PLA immediately began regularly deploying maritime and airborne patrols from Eastern Theater Command bases into the ECS to assert jurisdiction and sovereignty over the islands. Additionally, as Rupprecht alludes to on page 25, in November 2013, China declared the establishment of its first air defense identification zone (ADIZ) over the ECS which included the area over the disputed islands. Subsequently, both the PLAAF and PLANAF established routine airborne patrol patterns and the use of ECS airspace and the straits of the Ryukyu Islands to conduct long-range, integrated strike training with PLA Navy (PLAN) assets in the western Philippine Sea.

A map of the Southern Theater Command’s Area of Responsibility (from Flashpoint China, Chinese Air Power and Regional Security, Click to Expand)

Additionally in Chapter Two, Rupprecht aptly describes the history of Sino-Russian relations: “For years, relations between China and Russia have been described as a ‘tightrope walk’, and have frequently oscillated between close friendship and war.”7 However, the author fails to capture the significance of the military connection between Russia and China, especially as it relates to Rupprecht’s stated theme for this book, for China’s military modernization arguably started with mass acquisitions of Russian military technologies in the early 1990s. Over the ensuing decades, China embarked on a widespread effort to acquire Russian military technologies, reverse-engineer that technology, and then indigenously mass-produce similar technologies adapted to Chinese specifications. That period however may be rapidly coming to a close as many China analysts assess that China has now transitioned from a Russian technology-dependent force to a truly indigenous production force. In fact, China’s most recent procurement of Russia’s technologically-advanced Su-35 FLANKER S fighter aircraft and S-400 strategic-level surface-to-air missile (SAM) system, touched on by Rupprecht on page 18, may be the last significant items on China’s military hardware shopping list.

Another example is found in Chapter Three which Rupprecht opens by stating, “The issue of Taiwan is a very special one for the PRC, and certainly the top priority in regard to the PLA’s modernization drive. This is clearly indicated by the official order of protocol, which lists the responsible Eastern Theater Command first.”8 Although the Eastern Theater may have primary responsibility for the Taiwan issue, the extraordinary political, strategic, and economic significance of the Taiwan dispute represents a “core interest” of China. This fact cannot be overstated. The entire essence of Chinese military modernization efforts over the recent decades have been in direct support of the possible requirement to take back Taiwan by force should alternative means of reunification prove fruitless. As Chinese Communist Party legitimacy would ride on the success or failure of a PLA campaign to “liberate” Taiwan, an effort of this magnitude would involve PLAAF and PLANAF assets from multiple Theater Commands, something Rupprecht’s narrative and order-of-battle charts do not capture.

The geography, the respective sovereignty claims, and the strategic and operational scope of each Theater Command’s responsibilities matter greatly with respect to China and its ambitions. Each chapter ends with a wonderful map that provides a highly informative, geographical illustration of each respective theater. The geographical impact of each chapter’s flashpoints may be better served however by moving each chapter’s map to the beginning of the chapters rather than the end.

Rupprecht’s best work is reflected in Chapter Four. China’s sovereignty claims and the controversial Chinese land reclamation and infrastructure construction activity in the Spratly Islands in the South China Sea (SCS) presented in Chapter Four are definitely the most contentious issues facing the Southern Theater Command. And here Rupprecht does not disappoint. The author allocates numerous pages to both describe and illustrate the significance of the SCS dispute to China, its regional neighbors, and the U.S. Just as in Modern Chinese Warplanes, Rupprecht has included spectacular, colored photographs of various Chinese aircraft into Flashpoint China. Various PLAAF and PLANAF fighters, reconnaissance and transport aircraft, along with unmanned aerial vehicles (UAV) are presented in wonderful detail throughout the book. Chapter Four however is especially unique for its inclusion of vivid photographs of China’s land reclamation and infrastructure construction activity in the Spratly Islands.

A UAV is showcased in a Chinese military parade (Flashpoint China, Chinese Air Power and Regional Security)

How Chinese, U.S., and regional neighbors approach this issue politically, diplomatically, and militarily carries significant strategic, operational, and tactical implications. History has proven how a single tactical event in the region can carry immediate and substantial strategic implications. For example, the infamous EP-3 incident of 2001 provides just one example of how tactical miscommunication and miscalculation can have significant strategic implications.9 These type of airborne interactions continue on a regular basis as U.S. reconnaissance aircraft operate in international airspace over the SCS. Chinese fighter aircraft routinely intercept the U.S. aircraft, sometimes operating outside the assessed bounds of safe airmanship. Japanese fighters also come into regular contact with Chinese aircraft, regularly scrambling to check Chinese airspace incursions over the ECS and through the Ryukyu Straits. These tactical events often receive attention from the government and military leaders of the respective countries and occasionally result in public demarches.

In a book of this nature, each SCS claimant country deserves its own dedicated section as China’s rise has forced each country’s government to reassess their national security and military means with some countries making substantial increases in their military expenditures. For example, Vietnam is “in the process of addressing its limitations with respect to combating modern threat scenarios with its existing obsolete equipment, and has embarked on military modernization plans over the last few years.”10 Additionally, the 02 May – 15 August 2014 Hai Yeng Shi You 981 oil rig standoff (also referred to as the “CNOOC-981 incident”) provides a real-world event which not only illustrated the contentiousness of the SCS claims between China and Vietnam, but also revealed an operational reaction from the PLA, with specific operational responses from both the PLAAF and PLANAF.11

Finally, the most impactful flashpoint for China in the Western Theater, presented in Chapter Five, regards India. Typically the issue between the two countries revolves around unresolved border disputes; however, much to India’s chagrin, China also continues to advance its military-to-military relationship with India’s rival, Pakistan. This is especially relevant for Rupprecht’s efforts within Flashpoint China as Pakistan’s Air Force and China’s PLAAF conducted the sixth consecutive iteration of the annual “Shaheen” series of joint exercises in 2017. Since its inception in 2011, the Shaheen exercise series has consistently grown in complexity and scope, incorporating a wider variety of PLAAF aircraft and platforms such as multi-role fighters, fighter-bombers, airborne warning and control system (AWACS) aircraft, and surface-to-air missile crews and radar operators.

Conclusion

In Flashpoint China Andreas Rupprecht ambitiously attempts to couple the highly complex geopolitical environment surrounding modern day China with the PLAAF and PLANAF’s ever-evolving order of battle and force projection capabilities – an assignment with which even the most renowned scholars would struggle, especially within the allotment of so few pages. Via the well-structured narrative and fabulous photographs, Flashpoint China goes a long way in tackling the question of what PLAAF and PLANAF assets could China bring to the fight should a military conflict occur at any of the presented flashpoints. Readers however would have certainly enjoyed reading the author’s assessment of how might the PLA use its air power in support of Chinese military intervention into these contentious hotbeds. But this may have to wait for another day. Still, if brevity of space and time were the only options available to the author, then Flashpoint China can certainly prove useful as is. However, with even some minor content and structural improvements, the book could prove irreplaceable.

LCDR David Barr is a career intelligence officer and currently serves as instructor with the National Intelligence University’s College of Strategic Intelligence. All statements of facts, analysis, or opinion are the author’s and do not reflect the official policy or position of the National Intelligence University, the Department of Defense or any of its components, or the U.S. government.

References

1. Buckley, Chris. “Xi Jinping Opens China’s Party Congress, His Hold Tighter Than Ever”; The New York Times; 17 October 2017. https://www.nytimes.com/2017/10/17/world/asia/xi-jinping-communist-party-china.html

2. Rupprecht, Andreas. Flashpoint China, Chinese Air Power and Regional Security. Houston: Harpia Publishing, 2016. p. 9.

3. Ibid. p. 15.

4. OSD. Annual Report to Congress: “Military and Security Developments Involving the People’s Republic of China 2017,” OSD, (Annual Report, OSD 2017)

5. Rupprecht, Andreas. Flashpoint China, Chinese Air Power and Regional Security. Houston: Harpia Publishing, 2016. p. 21.

6. Ibid. p. 21.

7. Ibid. P. 17.

8. Ibid. p. 31.

9. Rosenthal, Elisabeth. “U.S. Plane in China After It Collides with Chinese Jet”; The New York Times; 02 April 2001. http://www.nytimes.com/2001/04/02/world/us-plane-in-china-after-it-collides-with-chinese-jet.html

10. Wood, Laura. “Future of the Vietnam Defense Industry to 2022 – Market Attractiveness, Competitive Landscape and Forecasts – Research and Markets”. Business Wire; 04 October 2017. https://www.businesswire.com/news/home/20171004006043/en/Future-Vietnam-Defense-Industry-2022—Market

11. Thayer, Carl. “4 Reasons China Removed Oil Rig HYSY-981 Sooner Than Planned”. The Diplomat; 22 July 2014. https://thediplomat.com/2014/07/4-reasons-china-removed-oil-rig-hysy-981-sooner-than-planned/

Featured Image: Two JH-7 fighter bombers attached to an aviation brigade of the air force under the PLA Western Theater Command taxi abreast on the runway before takeoff for a sortie near the Tianshan Mountains in late March, 2018. (eng.chinamil.com.cn/Photo by Wang Xiaofei)

Insights from the National Training Center’s Opposing Force, Pt. 3

Read Part One, Part Two of this series.

By Colonel John D. Rosenberger

It Is How the OPFOR Prepares for Combat Operations

How a unit prepares to execute its mission directly affects the battle outcome. The OPFOR has learned this and devotes most of its available time preparing for battle, not planning.

Once the operations order is issued, the preparation phase for combat begins. The regimental commander gives everybody a ten minute break; then all commanders return and backbrief him, which assures the commander that all subordinate commanders clearly understand what he expects them to do and achieve, when he expects them to do it, and where he expects them to do it. In short, he checks to ensure all subordinate commanders understand his intent.

Immediately after backbriefs, the regimental staff assembles and conducts staff rehearsals of each course of action. The chief of staff leads a mapboard exercise, placed flat with all staff officers surrounding, and they literally fight each battle from beginning to end, reviewing the employment and synchronization of every element of the combined-arms team, by phase of the operation. They rehearse every action each staff officer will take, and every action they must supervise for the commander during the battle given any course of action.

For example, they rehearse when and where rockets and close air support will be employed against high-payoff targets during Phase I fires, what positions they must occupy to place the batteries within range, when they must move to occupy in sufficient time to accomplish their task, and the number of volleys required to achieve expected effects. They rehearse when and where scatterable minefields will be employed to ensure reserves are interdicted prior to the enemy commander’s decision to commit them. They rehearse where artillery batteries from the division artillery group must be positioned, and the trigger point for shooting nonpersistent chemicals against forces at the point of penetration, just prior to closure of the forward detachment. They rehearse when the jamming systems will begin jamming enemy fire support FM nets to achieve maximum disruption and force protection. Watch this process and it’s easy to see why OPFOR staffs are considered an element of combat power whose performance is key to success. It is their hard work in the planning and preparation phases which sets conditions for synchronization of the combined-arms team, and ensures it is preserved during battle.

While this is going on, subordinate commanders are back at their units issuing oral operations orders to their units, with every vehicle commander in attendance, always supported by hastily constructed terrain boards which facilitate quick visualization of what they are expected to do, and how they will do it.

Seven to eight hours after the regimental order is issued, the regiment conducts a regimental combined-arms rehearsal-a disciplined battle drill that affords the opportunity to conduct detailed rehearsals of at least two, usually three, courses of action in a two-hour period. Attendants are the regimental commander and staff, all commanders of subordinate units, and all team commanders in the regimental reconnaissance company. The chief of operations directs the rehearsal, the chief of staff adjudicates the outcome of engagements by phase, and the regimental commander observes intently to ensure synchronization is correct, his intent is clearly understood, and all units are doing exactly what he expects them to do, when and where he expects them to do it.

The rehearsal is conducted on a large-scale terrain board, configured to scale, with known and expected enemy forces indicated by markers, and all regimental graphic control measures. On the board are the chief of reconnaissance, chief of rockets and artillery, chief of air direction, chief of signal, and all subordinate commanders-only those leaders who command and direct forces in battle. The rehearsal always begins with a detailed depiction of how the reconnaissance company will conduct their tasks to achieve their purpose. Recon team leaders physically move along the infiltration routes they’ve chosen, describing their actions en route, the observation posts they will establish, what critical information they will acquire, and the fire support targets they are responsible for shooting. Once it is clear to all how observation of the regiment’s entire battlespace will be established, the rest of the combined-arms team follows and briefs their actions in detail, beginning with their statement of task and purpose.

The value of this rehearsal method cannot be overemphasized. It is critical to successful accomplishment of the mission. While the operations order and graphics may be clear, the battle really doesn’t come to life in the minds of subordinate leaders until they rehearse together as a team. In the rehearsal, they can visualize the employment of the entire combined-arms team, understand the key elements of synchronization that must be achieved, and clearly see how their unit fits into the operational concept relative to their teammates. Everybody knows what everybody else is doing. This produces a powerful synergy, seldom matched by their opponents.

Finally, after the regimental rehearsal, subordinate commanders return to their units and conduct their own detailed rehearsals with every leader in their unit present, not just the officers. All vehicle/crew commanders participate in the unit rehearsal. This technique guarantees complete knowledge of the operation through the ranks of the unit, and ensures the execution of the mission is not affected by loss of the company commander, platoon leaders or platoon sergeants. In fact, it is not uncommon to find a junior sergeant or corporal commanding a platoon or a company at the end of a battle, organizing his remaining force on the objective.

Meanwhile, and equally important, as the officers work through the orders and rehearsal process, the NCOs across the regiment are conducting detailed inspections of their equipment and soldiers ensuring both are prepared for combat. Hundreds of things are checked and double-checked to ensure all is ready: fluid levels, track tension, radios, fire control systems, maps and graphics, nightvision devices, boresight, ammunition, weapons, the list goes on.

The point to this discussion is that extensive and detailed preparation for combat, conducted by the officers and NCOs of an organization, is also indispensable to achieving the full combat potential of a unit. Incidentally, this preparatory process is seldom embedded with discipline throughout the brigade task forces the OPFOR oppose-another substantial advantage the OPFOR enjoys. Here’s the final reason.

It Is How the OPFOR Executes and Controls Combat Operations

Although their planning and preparation techniques and procedures create the ability for the OPFOR to win their battles before they fight them, there are certain techniques employed during the execution of battle which also serve as means of achieving the full combat potential of the combined-aims team. First and foremost is the regiment’s aggressive conduct of reconnaissance and surveillance operations.

The first condition any commander must set on the battlefield, if he wants to win, is the ability to see through the depths of the battlefield. If any reconnaissance team fails to reach its assigned observation post, a replacement team is immediately dispatched to replace it, or other teams are repositioned to reestablish coverage of that portion of the battlefield. In contrast, the brigade task forces they oppose are inadequately equipped with reconnaissance capability and have been for years. Brigades have never been provided the reconnaissance forces and capabilities necessary to establish and maintain complete and continual observation of their battlespace. From the OPFOR’s perspective, it’s the most serious organizational flaw and warfighting deficiency in our brigade task forces today. The OPFOR knows, through hard experience, that effective reconnaissance and surveillance are the key to success during execution of the battle, and remain the most powerful of many advantages they enjoy over their opponents.

Equally as important as reconnaissance, the OPFOR establishes multiple FM radio retransmission teams on terrain which will ensure FM communications capability is provided through the depth and width of the battlespace. Immediate, responsive FM communications are absolutely required to sustain common situational awareness, prevent fratricide, preserve flexibility, control the tempo of operations, and preserve synchronization of the combined-arms team in the close fight. If you can’t talk, you can’t fight on the modem battlefield. It makes no difference if you can see the battlefield in perfect detail. Forces at the tactical level of war cannot be accurately employed without sustained, reliable, instantaneous real-time communications.

Another key to the remarkable synchronization the OPFOR is able to achieve, and consequently its overwhelming combat power, is the use of a small staff to control the combined-arms team, and preserve synchronization. Positioned forward, working out of a one-vehicle command post, off one map, are the chief of staff, chief of reconnaissance, chief of rockets and artillery, and chief of air direction. This small team, the same team that planned and rehearsed the operation, orchestrates the entire battle, thereby freeing the regimental commander to move to a position where he can see the critical events unfold on the battlefield, see his decision points, and control the employment of his force as the situation develops. This technique of command and control-a small, mobile staff, armed with near-perfect situational awareness, empowered to direct the combined-arms team – virtually ensures the regimental commander can operate at a tempo of decisionmaking his opponent cannot match, and a level of synchronization his opponent cannot match.

Having said this, nothing is quite so influential to the outcome of a battle as the constant crosstalk between all commanders and the regimental staff. Listen to the regimental battle command net during a fight, and what you hear is a constant exchange of information between subordinate commanders. Occasionally, you will hear the regimental commander on the net, usually to seek clarification, or get specific information required to make his anticipated decisions, or issue the one or two decisions he must make during the course of battle. Most of the time, you will hear adjacent and following commanders talking to one another describing the enemy and friendly situation as it unfolds on the battlefield. Often, you will hear regimental reconnaissance leaders passing them critical information about enemy actions. That’s it. The regimental commander spends most of his time eavesdropping on his net, tracking the progress of the fight from the voices of his most trusted agents, his commanders on the ground. The chief of staff does the same thing, picking up his cues from commanders’ descriptions, and directing employment of lethal and nonlethal fires at the time and place required to set conditions for their success.

This cross-talk between commanders and staff is the principal reason the OPFOR is able to sustain accurate, real-time situational awareness of what’s happening on the battlefield. Nothing is more important during the execution of battle, amid the smoke, confusion and chaos. If a commander can see his battlefield, see the strength and disposition of his enemy, and see the strength and disposition of his own forces in near-real time, he can’t be whipped, if he has a speck of tactical competence and the forces available to win. Moreover, cross-talk virtually eliminates fratricide within the combined-arms team. Through eavesdropping, everyone knows where everyone else is located on the battlefield.

And finally, when all else fails, when subordinate units lose communications, when the key leaders are killed or injured, all units continue to fight guided by the commander’s intent-the overarching concept of what all must do to achieve success. Commander’s intent is an indispensable means of imposing control on the battlefield. Many battles are won each year based solely on adherence to commander’s intent, stated up front in the planning process, and reiterated to all leaders in the preparation phase. Leaders know what to do, what must be accomplished, and they do it, despite the fact they can’t talk to their commander.

In sum, techniques for imposing control and maintaining common situational awareness during the execution of operations are also key to achieving the full combat potential of a combined-arms team. It is disturbing that few of these techniques are observed or routinely practiced by brigade combined-arms teams the OPFOR opposes. This takes lots of training as one team under actual field conditions. Our brigade task forces do not have the opportunity under the conditions we serve in today.

Implications for Our Army and Landpower in the 21st Century

How does the 11th Armored Cavalry Regiment (the OPFOR) develop and sustain its ability to fight and defeat its opponents in almost every battle at the National Training Center? How does the regiment, fighting with 1960s-1970s technology, routinely defeat brigade task forces equipped with the most modem weapon systems and technology our Army can provide? How can the regiment do it given the same soldiers, the same personnel turbulence (about 40 percent turnover each year), the same leader development challenges, and the oldest fighting equipment in the active Army? There are the answers. There are the insights. From my perspective, the implications for our Army today and into the 21st century are profound. Why? Because the conditions which have afforded the opportunity for the OPFOR at NTC to achieve its full combat potential do not exist in our active Army today.

As an Army, we don’t organize the way we intend to fight. We have decided to bring the full weight and combat power of the combined-aims team to bear at brigade level, yet we don’t organize the brigade as a combined-aims team. It doesn’t matter that much for peacekeeping and humanitarian operations, but it matters in combat. It’s the only way to achieve the full combat potential of the enormous investments we’ve made in combat systems and capabilities. Although nobody can match us on the current battlefield, we’re far less effective than we can be.

We don’t train anymore with the rigor and frequency in the field necessary to develop and sustain full combat potential. Shortage of money, shortage of time, shortage of leaders and soldiers, peacekeeping operations and other factors conspire against us and deny us the ability to train soldiers, leaders and units at the frequency necessary to develop and sustain proficiency in mission essential tasks. For that matter, we don’t measure our combat readiness in terms of our ability to accomplish our mission-essential tasks, which is a direct function of the frequency with which we train. We measure it in terms of the number of leaders and soldiers we have, the amount of equipment we have, the maintenance posture of equipment, and available training resources. Granted these are components of readiness, but it is training that tums these resources into combat capability, and it’s the frequency of training that develops and sustains a unit’s full combat potential.

We don’t train and certify that combat-arms commanders and their staffs at battalion and brigade level have the knowledge, skill, ability and intuition to employ a combined-arms team in combat before we place them in those critical positions. None must prove their competence through objective examination of any kind. It’s not a requirement for selection. Moreover, we have no training programs within our Army which will develop and provide our soldiers fully competent combined-arms commanders, S-2s (intelligence officers), S-3s (operations officers), S-4s (logistics officers), fire support officers, and other key members of combined-arms battalion and brigade staffs. It’s ironic. We wouldn’t let a surgeon touch us with a knife unless we were absolutely sure he or she had earned the credentials and was certified competent and skilled by tough, rigorous board certification. Yet we entrust the lives of our soldiers to officers who are not required to undergo equivalent competency evaluation. Consequently, we are far from being what we can be and need to be to achieve the full combat potential of the soldiers we lead.

We teach our officers to plan combat operations, but we don’t teach commander and staff teams how to win our battles before we fight them, nor how to set conditions for effective synchronization of the combined-arms team during the planning process. At advance courses, Combined Alms and Services Staff School (CAS3), and Command and General Staff College (CGSC) we teach officers how to conduct METI-T analysis and write a five-paragraph order, complete with a dozen annexes, but we don’t teach them how to synchronize employment of the combined-arms team-the most critical outcome which must emerge from the planning process; the thing that brings the full combat potential of the force to bear on the battlefield. Nor do we train and teach the critical preparation and execution techniques the OPFOR has learned and continues to employ, which are really nothing more than what our best warfighting units learned to do in combat throughout the last half of this century. We’re good, but we can be better.

Also implied in this essay is the pressing need for our Army to develop new organizational, resource and training strategies which can restore or create the conditions we need to achieve our full combat potential in the years ahead. In short, we must strive to create the same conditions the OPFOR enjoys-conditions which have become unique in the force. No positive enhancement in our combat capability will occur unless we do. It matters little if we throw Crusader gun systems, the tactical internet or Comanche helicopters into the force. They will lie there only as combat potential. Their effective employment and effectiveness on the battlefield will hinge upon a couple of imperatives. First, it will hinge upon mastery of the fundamentals of warfighting at crew and small-unit level, the opportunity to learn these fundamentals under realistic field conditions, and training at the frequency necessary to develop and sustain performance standards. In turn, this demands and compels us to change the way we measure combat readiness. Second, it will hinge upon combined-arms commanders and staffs who possess a proven complement of tactical knowledge, skill, ability and intuition, derived through long experience. We will have to change the way we develop and train combined-arms commanders and warfighting staffs.

In conclusion, in the context of this essay the 11th Armored Cavalry Regiment-the Opposing Force at the NTC- serves only as an example of what our Army can be and illuminates many of the components of warfighting necessary for a combined-arms team to achieve its full combat potential at the tactical level of war. You can choose to dismiss, agree with or dispute these things. But one thing is certain. If we ignore the insights provided by the soldiers and leaders of our OPFOR regiment these past few years, then we will be far less than we can be. We will fall far short of our full combat potential, and we just might jeopardize our landpower dominance in the years ahead. Let’s roll up our sleeves.

Colonel Rosenberger is currently serving as Commander, 11th Armored Cavalry Regiment, Fort Irwin, CA.

The above was originally published by the Association of the U.S. Army’s Institute for Land Warfare Studies as a part of its Landpower Essay Series. Read it in its original form here.

Featured Image: Troopers of the 11th Armored Cavalry Regiment perform coordinated training operations in support of highlighting the U.S. Army to the Fox Sports Network on 26 OCT, 2013 here at Fort Irwin, Calif. (Photo taken by Capt. Chad E. Cooper, 11th Armored Cavalry Regiment Public Affairs Officer)