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Sea Control 354 – Sub Shipyards for Northern Ohio with CAPT Edward Bartlett

By Matthew Hipple

The Bartlett Maritime Corporation intends to build a brand-new naval repair depot and submarine construction support facility, alongside potential repair shipyards, in Lordstown and Lorain, Ohio. The ambitious project would build and use Oceangoing Transit Carriers to transport new submarine sub-modules and, eventually, complete submarines through the St. Lawrence Seaway. Relying on Ohio’s industrial revenue bond program and the Navy’s facility lease-purchase program, this public-private partnership would mobilize unions, governments, school, and businesses across northern Ohio. The financial mechanisms employed would eventually transfer ownership to the Navy of vital new industrial facilities and support craft deep w/in the Rust Belt, where skilled industrial labor is plentiful.

Host Matthew Hipple discusses the Lordstown-Lorain project with its entrepreneurial architect, Capt. Edward Bartlett. 

Download Sea Control 354 – Sub Shipyards for Northern Ohio with CAPT Edward Bartlett

Matthew Hipple is a Guest Host of the Sea Control podcast and former President and Director of Online Content of CIMSEC. Contact the podcast team at Seacontrol@cimsec.org.

Germany in the Arctic-North Atlantic: Reassessing “Forgotten Waters,” Part 1

By Michael Paul and Göran Swistek

Since the end of the Cold War, little attention has been paid to the Arctic-North Atlantic area and the so-called “GIUK gap”  the maritime space between Greenland, Iceland, and the United Kingdom. The GIUK gap borders the Arctic region and creates a maritime bottleneck between the Norwegian Sea and the Atlantic Ocean. Furthermore, it features a unique underwater topography with isothermal temperatures and hosts critical undersea infrastructure.Russia´s aggressive policies and military invasion of Ukraine has increased the relevance of this maritime space. It is therefore useful to remember a report published by the Center for a New American Security (CNAS) a few years ago, after completing a series of table-top exercises called “Forgotten Waters.”2 The exercises focused on the current condition, role, and importance of the GIUK gap. In the report, the authors concluded that the exercises revealed a lack of familiarity among both European and American participants with this maritime space.

For all these reasons, the GIUK gap constitutes an important chokepoint today just as did during the Cold War, where the maritime capabilities of the Soviet Union had to pass NATO surveillance and tripwires. The first part of this two-part series will examine the importance of the GIUK gap and the wider Arctic-North Atlantic region in which it is located; the second part will focus on Germany’s strategic role in the region as a European leader and NATO member.

The Geo-Strategic Situation3

The West’s relationship with Russia is the worst it has been in several decades. This is evident not only in the Black Sea region, where the Russian war in Ukraine is ongoing, but also in the Arctic-North Atlantic region. There, the NATO state of Norway has a short but direct land border and a long maritime border with Russia. In the same ­region, the non-NATO states of Finland and Sweden­ are adjusting their security policy course vis-à-vis Moscow.4 As a result of Russian aggression against Ukraine, public approval for NATO membership has reached a majority of more than half of the population in both states. Helsinki and Stockholm submitted NATO membership requests on 18 May, putting the topic on the agenda of the upcoming NATO Summit in June.5 If accepted, their membership would change not just NATO’s strategic geography but also further enhance its force and capability contribution. At the same time, it might be portrayed as a further escalatory step in Russia’s threat perception towards NATO.

From a geo-strategic perspective, an Arctic-North Atlantic area can be defined. In the past few years, NATO has revived the description northern flank for this area, as a complement to the nearly analogous term High North. The expression northern flank is a verbal construct of the Cold War that has now been brought back into use, not just within NATO but also by many observers and analysts. In the 1980s especially, NATO protected the maritime dimension of its northern flank as a counter to the Soviet Union’s Bastion concept.6 At that time, the northern flank referred to the area formed by Norway, Denmark, and parts of the North German Plain; it was under the responsibility of Headquarters Allied Forces Northern Europe.7 Today, the expression is used as a collective term in a variety of contexts. Within NATO, the narrow interpretation counts Belgium, Denmark, the Netherlands, Iceland, Norway, and the UK as northern flank states.8 A more comprehensive version adds the Baltic States and NATO’s Baltic rim.9

Geo-strategically, the European continent is an extension of the Eurasian land mass in the shape of a peninsula. However, most of Europe’s Atlantic coastline is freely accessible. For Russia, the shortest access route to the Atlantic is via the Baltic Sea or the Arctic. Important maritime and military capabilities have been relocated there; however, their freedom of movement is limited. Three of the Russian Federation Navy’s four basing areas — for the Baltic Fleet, the Black Sea Fleet, and the Pacific Fleet, respectively — are anchored in waters that are separated from the high seas. Russian warships can therefore only reach the open sea through maritime canals or bottlenecks, making them easy to detect and track.10 In the Arctic, the situation initially appears to be more convenient for Russia’s naval forces. However, limiting factors there include rough weather conditions, the temporary presence of ice, and military-operational bottlenecks, namely between the GIUK gap and the area from mainland Norway via Bear Island to Svalbard (the Bear gap). Russian foreign and security doctrine is dominated by geo-strategic areas and their interlinking with geo-economic advantages.

Russia’s Arctic policy, both economic and security-related, is also a part of its strategy for expanding its political and economic influence in Europe. For Russia, the joint and coordinated collaboration of its Northern and Baltic Fleets is therefore increasingly important both for preserving its geo-strategic and geo-economic interests and defending its territory. Whether from Russia or NATO’s perspective, the High North is not a clearly definable geographic area. Instead, it closely interacts — as does the Arctic — with the adjacent geographical and geo-strategic areas of the Atlantic, the Baltic and Black Seas, and their military, political, and economic uses. In its center are the forgotten waters, particularly the GIUK gap. This maritime bottleneck plays a key role in NATO’s military operational planning and is therefore once again in focus of Allied surveillance.

Russia’s military expansion and cooperation with China

All Arctic states are interested in a peaceful and stable situation in the Arctic­ region. However, Moscow’s military policy is based on the assertion­ that the United States and NATO are threatening Russia. In Russia’s National Security­ Strategy of July 2021, the United States and NATO, which are perceived as already engaged in far-reaching hostile activities vis-à-vis Russia, are­ labelled as the greatest military threat to Russia.11 In the Arctic region, Moscow has been steadily extending its military sphere of influence further and further beyond Russian territory. The Russian government has justified military modernization in the Arctic, including the reactivation of Cold War bases, by claiming these were necessary steps to protect its national interest. After all, it is one of the most crucial tasks of the armed forces to safeguard Russia’s interests in the region.12 But this also involves ensuring that fossil energy resources, which are vital as exports and a source of state royalties and tolls, can be transported safely by ship. Recently, indications have intensified that Russia plans to establish a separate Arctic Fleet.13 This fleet would be focused on securing the Russian Arctic front and the Northern Sea Route, relieving the assets of the Northern and Pacific Fleets that are currently fulfilling these tasks.

Developing and exploiting Arctic resources while simultaneously expanding the infrastructure of a main maritime transport route requires great expenditure. Russia cannot afford it on its own. Its dependence on fossil fuels as the geo-economic foundation of its national power and on China as a geostrategic partner leaves it in a fragile position. Chinese and Russian­ geo-economic interests in the Northern Sea Route as part of a future larger Polar Silk Road are not identical, but they are essential for Russia’s use of the Arctic as a national resource base and for its own role as a future trade hub­.

The desired ­strengthening of Russia’s great power ­status finds its military expression in the fact that Moscow is promoting the joint and coordinated interaction between Russia’s Northern and Baltic Fleets. This is intended to safeguard geo-strategic and geo-economic ­­interests and to ensure the defense of Russian territory. In addition, the melting sea ice will make it ­possible to send fleets­ across the North Sea to the Atlantic ­or the Pacific. As a result, despite efforts by Arctic states to preserve peace and stability, military activities in the Arctic-North Atlantic region will further increase, eventually strengthening its maritime partnership with China.14

Allied activities in the High North

Uncertainty is rising about the increasing militarization of the Arctic-North Atlantic region and the growing presence of Russian but also Allied naval units in its waters. Recently, NATO has been communicating its military determination and readiness in the region, most notably via the execution of the largest Allied maneuvers since the end of the Cold War. With the participation of 50,000 soldiers, 250 aircraft, and 65 ships, Trident Juncture 2018 not only involved the relocation of the then German-led land VJTF, but also the recapture of an occupied part of Norway and integration of an American carrier strike group to control the sea area between Iceland, Greenland, and Norway.15 In response, Russia conducted Ocean Shield 2019, involving a strategic scenario stretching from the Arctic and the North Atlantic to the Baltic Sea.16 In May 2020, the U.S.-led destroyer task group, comprising USS Donald Cook, USS Roosevelt, USS Porter, USNS Supply, and British destroyer HMS Kent, patrolled the Barents Sea for the first time since the end of the Cold War.17 Soon afterwards, in September 2020, HMS Sutherland, RFA Tidespring, and USS Ross repeated the patrol.18

In July 2021, Irish media reported the presence of a Russian reconnaissance ship not far from its territorial waters.19 Its position matched remarkably with the layout of the inner European and transatlantic undersea cables leaving Ireland.20 The use of unmanned, underwater drones was also observed. The Irish Armed Forces intelligence service then launched an official investigation into the incident.21 In early January 2022, one of the two existing underwater cables that connect the SvalSat park on Svalbard with the Norwegian mainland had been cut through human involvement, resulting in the loss of backup satellite connections for several days.22 The mechanical disruption took place half way in-between Norway and Svalbard at a water depth of around 2,700 meters. The sabotage has still not been attributed, but not many actors have the technical capabilities to execute such a sophisticated and covert manipulation of maritime infrastructure.

In August 2021, parallel to the implementation of the Russian large-scale exercise Zapad 2021, a small contingent of Russian warships and auxiliary ships was dispatched to the waters around Iceland,23 where it stayed for several days. Overall, the Zapad 2021 exercise was declared a priority for the Russian Northern Fleet,24 although in retrospect activities in the maritime domain by Russian naval units were equally noticeable from the Black and Baltic Seas to the Arctic-North Atlantic area.

This increase in Russian naval activity has triggered structural responses in the United States. Since July 2021, NATO’s newest joint force command (JFC) in Norfolk, Virginia has acted as the headquarters for the Atlantic and the maritime space of the Arctic and subarctic region. In the future, it is to lead regional activities within its sphere of responsibility. U.S. Second Fleet has also been re-established and assigned to JFC Norfolk, led by a dual-hatted U.S. commander, which promises to bring a noticeable increase in capabilities and more flexibility to NATO. Since its re-establishment, U.S. Second Fleet has already conducted an Arctic exercise, involving the use of emptied or long-time unused military bases in Iceland.25 The United States continues to provide reliable ­security­ for a stable northern ­flank of NATO, enabling the trinity of deterrence­, defense, and dialogue to be maintained undiminished for a decade­.

Only a few years ago, Norway still regarded the Arctic region as a region of cooperation. Traditionally, Oslo has tried to pursue a ­balanced policy ­between deterrence and ­cooperation. After 2014, this approach has become more difficult due to the changed security situation. In the last ­version of its Long-Term Defence­­ 2020, Norway acknowledged that the High North has become an arena of great power rivalry and therefore increasing instability.26 Norway sees itself as the eyes and ears of NATO and therefore invests considerable sums in reconnaissance. ­Starting from Evenes Airport, the Norwegian Air Force is currently testing its first Boeing P-8A Poseidon aircraft.27 Five of these maritime reconnaissance aircraft were ordered in 2017 and are to be ­gradually transferred into active service by 2022. The Norwegian Armed Forces intend to completely replace their aging fleet of Lockheed P-3C/N and Dassault Falcon 20 maritime patrol ­aircraft by the end of 2023.28

In the overall ­network of NATO defense planning, Norway plays a leading role in the region. Alone, it does not see itself directly threatened by Russia­. As a member of NATO, however, it is noticing the increasing­ deterioration of security relations and considers a shift of tensions to the High North as a real danger.29 Russia fosters such perception through an increase in exercises such as Ocean Shield 2019, which took place with around 70 warships and 58 aircraft in the vicinity of Norwegian territorial waters. In October 2019, ten Russian submarines passed through the North Sea on their way to the North Atlantic, the largest such deployment since the Cold War. The Norwegian Armed Forces are renewing their capabilities to monitor such activities. With the planned deployment of new maritime patrol aircraft in the­ High North, the distances to possible areas of operation will be minimized.30 Since the Arctic-North Atlantic region is an extensive sea area in which submarines can move almost unrestrictedly, the corresponding reconnaissance requirements must in principle be deployed everywhere and flexibly.

However, Norway’s five new maritime patrol aircraft are not alone sufficient to provide NATO with a comprehensive and virtually gapless picture of the vast maritime area in the Arctic-North Atlantic region. To this end, other NATO members must make contributions, especially those with appropriate capabilities and a geo-strategic connection to the area. Germany is one of these states, along with the United States, Iceland — with Keflavik as an important air base for the deployment of Allied P-8 aircraft — Denmark, the United Kingdom, and Canada. Part 2 of this article will focus on Germany.

Read Part Two.

Dr. Michael Paul is a Senior Fellow in the International Security Division of the German Institute for International and Security Affairs (SWP) in Berlin and Project Director of SWP´s Armed Forces Dialogue (in cooperation with the German Ministry of Defence) and SWP’s Maritime Security Dialogue. He has published extensively about the Arctic region, Asia-Pacific, China, Russia, arms control, international security, maritime security, and nuclear strategy; i.a. with Göran Swistek, Russia in the Arctic. Development Plans, Military Capability, and Crises Prevention (Berlin: SWP, 2021) and most recently a book about the Arctic, Climate Change and Geopolitics (Der Kampf um den Nordpol. Die Arktis, der Klimawandel und die Geopolitik der Großmächte, Freiburg: Verlag Herder, 2022). Recent publications: https://www.swp-berlin.org/en/researcher/michael-paul.

Commander Goeran Swistek, German Navy, is a Visiting Fellow in the International Security Division of the German Institute for International and Security Affairs (SWP). He was previously advisor to the Chief and Deputy Chief of the German Navy and Assistant Chief of Staff N3 (Current Operations) on the German Maritime Forces Staff (DEU MARFOR). He holds a master’s degree in International Security Studies. His areas of expertise include the German Armed Forces, International Security and Defense Policy, Maritime Forces and Navies, Maritime Security, NATO and Defense Planning, and Security Policy in the Baltic Sea Region. Recent publications: https://www.swp-berlin.org/en/researcher/goeran-swistek.

References

[1] Smith, Julianne & Hendrix, Jerry, Forgotten Waters. Minding the GIUK Gap. A Tabletop Exercise, Washington, DC: CNAS, May 2017, https://s3.us-east-1.amazonaws.com/files.cnas.org/documents/CNASReport-GIUKTTX-Final.pdf?mtime=20170502033816&focal=none.

[2] Ibid

[3] This section is a revised and updated version of Paul, Michael &  Swistek, Goeran, Russia in the Arctic. Development Plans, Military Capability, and Crises Prevention, Stiftung Wissenschaft und Politik (SWP), 2022/SWP Research Paper, https://www.swp-berlin.org/publications/products/research_papers/2022RP03_Russia_Arctic.pdf

[4] Paul, Michael & Ålander, Minna, Moscow Threatens the Balance in the High North. In Light of Russia’s War in Ukraine, Finland and Sweden Are Moving Closer to NATO,” Berlin: Stiftung Wissenschaft und Politik (SWP), March 2022 (SWP Comments).

[5] NPR News, Finland and Sweden formally submit NATO membership applications, 18 May 2022, https://www.npr.org/2022/05/18/1099679338/finland-and-sweden-formally-submit-nato-membership-applications?t=1652886380084

[6] Russia has deployed submarines in the Russian Arctic with weapons that guarantee about two-thirds of the country’s maritime nuclear second-strike capability. The Soviet-era concept of the bastion, now revived, stipulates a protective zone for these submarines that stretches across the Barents Sea to Greenland.

[7] Milton, T. Ross, “The Northern Flank,” Air Force Magazine, 1 April 1988, https://www.airforcemag.com/article/0488 flank/.

[8] Lorenz, Wojciech, “Defence Priorities for NATO’s Northern Flank,” Warsaw: Polish Institute of International Affairs (PISM), 8 May 2019.

[9] See, e.g., “Maritimes Symposium über die ‘Renaissance der Nordflanke’”, bundeswehr-journal, 17 November 2016, https://www.bundeswehr-journal.de/2016/maritimes-symposium-ueber-die-renaissance-der-nordflanke/.

[10] English, Robert David & Gardner, Morgan Grant, “Phantom Peril in the Arctic. Russia Doesn’t Threaten the United States in the High North – but Climate Change Does,” Foreign Affairs, 29 September 2020.

[11] Dyner, Anna Maria, Russia’s National Security Strategy, 2021, https://pism.pl/publications/Russias_National_Security_Strategy.

[12] Paul, Michael & Swistek, Goeran, “Russia in the Arctic,” Stiftung Wissenschaft und Politik (SWP), 2022, https://www.swp-berlin.org/en/publication/russia-in-the-arctic.

[13] Daly, John C.K., “Russia Considers Developing a New Fleet in the Arctic, Jamestown, 2022, https://jamestown.org/program/russia-considers-developing-a-new-fleet-in-the-arctic/.

[14] Paul, Michael, “Partnership on the High Seas” China and Russia’s Joint Naval Manoeuvres,” SWP Comment, 2019, https://www.swp-berlin.org/publications/products/comments/2019C26_pau.pdf.

[15] Argano, Maria Elena, “Trident Juncture 18 ‘From the largest ship to the smallest drone:’ the implications of the largest NATO exercise,” EU-Logos Athéna, 05 December 2018, https://www.eu-logos.org/2018/12/05/trident-juncture-18-from-the-largest-ship-to-the-smallest-drone-the-implications-of-the-largest-nato-exercise/.

[16] Tømmerbakke, Siri Gulliksen, “Russia to Test Missiles Off the North Norwegian Coast This Week,” High North News, 04 February 2020, https://www.highnorthnews.com/en/russia-test-missiles-north-norwegian-coast-week.

[17] USNI News, “U.S., U.K. Surface Warships Patrol Barents Sea For First Time Since the 1980s,” 2020, https://news.usni.org/2020/05/04/u-s-u-k-surface-warships-patrol-barents-sea-for-first-time-since-the-1980s.

[18] Ibid

[19] H. I. Sutton, “Russian Spy Ship Yantar Loitering Near Trans-Atlantic Internet Cables,” Naval News (online), 19 August 2021, https://www.navalnews.com/naval-news/2021/08/russian-spy-ship-yantar-loitering-near-trans-atlantic-internet-cables/.

[20] Details of the undersea cables can be found here: “Submarine Cable Map,” 23 September 2021, https://www.submarinecablemap.com/.

[21] Mooney, John, “Navy called in as Russians suspected of targeting undersea internet cable,” The Sunday Times (online), 15 August 2021, https://www.thetimes.co.uk/article/navy-called-in-as-russians-suspected-of-targeting-undersea-internet-cable-jztg8t6lx.

[22] Staalesen, Atle, “‘Human activity’ behind Svalbard cable disruption,” https://thebarentsobserver.com/en/security/2022/02/unknown-human-activity-behind-svalbard-cable-disruption.

[23] ruv.is, “Coastguard tracked Russian naval ships” (online), 31 August 2021, https://www.ruv.is/frett/2021/08/31/coastguard-tracked-russian-naval-ships.

[24] The Independent Barents Observer, “Northern Fleet Commander says Zapad-2021 will be next year’s main effort,” 28 September 2021, https://thebarentsobserver.com/en/security/2020/12/northern-fleet-commander-says-zapad-2021-will-be-next-years-main-effort.

[25] USNI News, “U.S. 2nd Fleet Flexes Arctic Operational Muscle,” https://news.usni.org/2019/09/25/u-s-2nd-fleet-flexes-arctic-operational-muscle.

[26] Norwegian Ministry of Defence, Long Term Defence Plan 2020: Capability and Readiness, https://www.regjeringen.no/contentassets/3a2d2a3cfb694aa3ab4c6cb5649448d4/long-term-defence-plan-norway-2020—english-summary.pdf.

[27] O’dwyer, Gerard, “Norway sets timeline to deploy sub-hunting aircraft in the Arctic,” Defense News, 27 August 2021, https://www.defensenews.com/smr/frozen-pathways/2021/08/27/norway-sets-timeline-to-deploy-sub-hunting-aircraft-in-the-arctic/.

[28] Dr. Åtland, Kristian, The Building up of Russia’s Military Potential in the Arctic Region and Possible Elements of its Deterrence, Centre for Russian Studies.  http://r-studies.org/cms/index.php?action=news/view_details&news_id=43590&lang=eng.

[29] Norwegian Ministry of Defence, Long Term Defense Plan 2016: Capable and Sustainable, https://www.regjeringen.no/globalassets/departementene/fd/dokumenter/rapporter-og-regelverk/capable-and-sustainable-ltp-english-brochure.pdf.

[30] O’dwyer, Gerard, “Norway sets timeline to deploy sub-hunting aircraft in the Arctic,” Defense News, 27 August 2021, https://www.defensenews.com/smr/frozen-pathways/2021/08/27/norway-sets-timeline-to-deploy-sub-hunting-aircraft-in-the-arctic/.

Featured image: The U.S. Military Sealift Command fast combat support ship USNS Arctic (T-AOE-8) conducts a replenishment-at-sea with the aircraft carrier USS Harry S. Truman (CVN-75), right, and the German Navy frigate Hessen (F221) in the Atlantic Ocean on 28 February 2018. (Credit: U.S. Navy)

Announcing the 2022 U.S. Naval Institute-CIMSEC Fiction Contest

By the Editorial Staff of CIMSEC and U.S. Naval Institute Proceedings

The Challenge

Fiction is a powerful tool for testing hypotheticals and imagining other worlds as a means of examining our own. Once again, CIMSEC and the U.S. Naval Institute have partnered to invite authors to ask “What if?” as a means of exploring different visions of the future of maritime security.

Authors might consider how conflicts might play out in the near or distant future. Or they might use historical fiction or alternate history as a means of illuminating something important about today’s international environment. All that is required is a compelling tale, a convincing narrative, and a chance to learn something about today through the author’s exploration of yesterday, today, or tomorrow.

Read last year’s top 10 contest stories on CIMSEC here.

Submission Guidelines

  • Word Count: 3,000 words maximum (excludes endnotes/sources).
  • Include word count on title page but do not include author name(s) on title page or within the text.
  • Stories must be original and not previously published (online or in print) or being considered for publication elsewhere.
  • The contest is open to all contributors.
  • One submission per contributor.
  • Submit story as a Word document at www.usni.org/fictionessay.

Deadline: September 15, 2022

Selection Process

The Naval Institute and CIMSEC staffs will evaluate all entries and provide the top essays to a select panel of military novelists for judging. All essays will be judged in the blind—i.e., the staffs and judging panel will not know the authors of the essays. 

Prizes

• First Prize: $500 and a 1-year membership
in the Naval Institute and CIMSEC.
• Second Prize: $300 and a 1-year membership in the Naval Institute and CIMSEC.
• Third Prize: $200 and a 1-year membership
in the Naval Institute and CIMSEC.

Publication

The winning essays will be published in Proceedings or on the Naval Institute and CIMSEC websites. Non-winning essays also may be selected for publication. 

We look forward to receiving your submissions and partnering with the U.S. Naval Institute to enhance the conversation around maritime security.

Featured Image: Art station/Aleksandre-Lortki Panidze

Missing: Expeditionary Air Defense

Transforming the Marine Corps Topic Week

By Ben DiDonato

In the many discussions on the Marine Corps’ new Expeditionary Advanced Base Operations (EABO) concept, the subject of air defense seems to have largely fallen through the cracks and threatened a critical capability gap. More analysis must be focused on how these forces can be defended against various aerial threats and identify key capability gaps. By analyzing air defense across three broad categories, including advanced missiles, small drones, and traditional aircraft, EABO can be further strengthened as an operating concept.

Advanced Missiles

The most discussed aspect of air defense as it relates to EABO is China’s advanced long-range missiles. This discussion is often couched in vague terms and usually centered on phrases like “targeting problems,” but boils down to three key points in practice.

The first is distribution to minimize damage. Barring a nuclear warhead, the damage inflicted by these missiles is both limited and localized. Distributing Marines ashore instead of trying to control the same seas with multi-billion-dollar warships limits the damage these missiles can individually cause to a handful of casualties and/or a single piece of major equipment. This may still outweigh the cost of the missile, but the margin is much closer and makes it possible to invert the exchange ratio.

The second point is that distributing forces into smaller formations makes them more difficult to detect, track, and target. China has invested extensively in sensor systems optimized to engage large warships, and that very optimization means these systems will not be as effective at identifying Marines distributed in small units ashore.

Finally, the corollary to small, distributed formations being difficult for Chinese sensors to locate is that decoys will be highly effective. If the Marines deploy numerous effective decoys alongside distributed forces, China will be forced into an unwinnable dilemma. They can either not use their weapons out of lack of confidence, or they can expend them against numerous decoys and cause minimal damage to U.S. forces. While the U.S. obviously has various decoys available and troops of all kinds have repeatedly shown their ingenuity in improvising decoys in the field, there has not been much public discussion of new decoys and the critical importance of decoys to EABO’s success.

The conclusion is that while EABO can be an effective strategy for mitigating the high-end missile threat through effective softkill countermeasures, more could be done to emphasize the use of decoys to defeat these weapons. This is particularly important to deterrence because China cannot effectively factor in the U.S. ability to decoy their weapons into their decision-making if these capabilities are not publicly advertised to a certain extent.

Small Drones

While small, swarming drones and loitering munitions are a very serious threat in many environments and have received significant attention and investment as a result, the actual threat in the Indo-Pacific region is greatly limited by the distances involved. These small platforms simply do not have the range to cross the hundreds or thousands of miles of ocean that will be between U.S. forces and hostile territory in most cases.

That said, there may be some areas where Marines are close enough to hostile territory for drone swarms to be used, and it is also possible drone swarms could be launched from maritime platforms, particularly those of the People’s Armed Forces Maritime Militia. There is still a need for distributable defenses against these platforms, and that need is being filled by the Marine Air Defense Integrated System (MADIS). This system should prove sufficient to contest this threat and protect Marines against small drones in a local area defense context, and its softkill mechanisms could prove invaluable for logistically intensive distributed operations. But it remains subject to debate whether the use of these jamming systems creates another telltale signature that could enable other forms of strike.

Twentynine Palms, Ca – 1st Lt. Taylor Barefoot, a low altitude air defense officer with Marine Medium Tiltrotor Squadron 163 (Reinforced), 11th Marine Expeditionary Unit, programs a counter-unmanned aircraft system on a Light Marine Air Defense Integrated System (LMADIS) during a predeployment training exercise at Marine Corps Air Ground Combat Center Twentynine Palms, Calif., Nov. 13, 2018. (U.S. Marine Corps photo by Lance Cpl. Dalton S. Swanbeck)

Traditional Aircraft

This threat category has been badly neglected in most discussions of EABO and risks completely collapsing the concept if ignored. The Marines currently do not have an organic anti-aircraft weapon capable of engaging high-altitude targets, making Marines poorly defended against a multitude of airpower tactics. Whether it be bomber attacks or drone strikes, Marines are currently defenseless against any aircraft at even medium altitude, and there do not seem to be plans to remedy this problem aside from hoping the joint force can provide the needed capabilities.

This oversight transforms many of China’s older and/or less capable aircraft like the H-6 bomber and Wing Loong drone into significant threats. They could loiter for long durations over islands suspected to have Marines at more than 20,000 feet, allowing them to perform detailed surveillance to help distinguish decoys from Marines and striking forces at their discretion. While it is true U.S. fighters could inflict casualties against these aerial assets, contesting advanced bases within an adversary’s weapons engagement zone makes it more likely that the adversary has greater counter-air capabilities and local air superiority. Attempting to interdict Chinese strikes against advance bases with airpower could draw U.S. fighters into exchanges featuring lopsided force ratios and exacerbate dependencies on limited tanking assets. Surface-to-air missiles on the other hand can sit persistently on islands to deter or contest hostile strikes, and can be rapidly repositioned after an engagement if sufficiently mobile.

Since the retirement of the MIM-23 Hawk, the only surface-to-air missile in Marine Corps service is the aging FIM-92 Stinger. Since the Stinger is first and foremost a man-portable system, it simply does not have the kinematic performance to engage aircraft unless they choose to come down to low altitude. But if there is no threat of high-altitude surface-to-air capabilities, aircraft will not be forced to lower altitudes where they can then be made susceptible to shorter-range systems like Stinger. Air defense therefore requires both high and low-altitude systems to effectively contest and deny airspace across its various dimensions and manipulate adversary air assets into maneuvering through engagement zones. The MIM-104 Patriot missile in active service can engage higher altitude targets, but Patriot is perhaps too large or logistically intensive to distribute as envisioned by EABO. It is also worth mentioning the National Advanced Surface to Air Missile System (NASAMS), which is in limited service protecting Washington DC, since this is a medium-range system which is smaller and lighter than Patriot. However, it is still a multi-vehicle networked system which would likely still be too difficult to deploy in the distributed, low-footprint manner envisioned by EABO.

Looking abroad, the closest to a suitable system is the Russian Buk which, while intended to operate as a networked, multi-platform system like Patriot and NASAMS, is also capable of operating as a self-contained, standalone single-vehicle system. Its unusual Transporter Erector Launcher And Radar (TELAR) combines medium-range missiles capable of engaging aircraft at any altitude with a radar, generator, and fire control center to allow it to be used with no external support systems. This makes it far more suitable to the distributed operations envisioned by the Marine Corps since a useful capability could be achieved with just one vehicle, and without the need for waiting for other enabling vehicles to be set up and connected. Such a capability should be able to facilitate the shoot-and-scoot tactics of distributed forces as well.

Of course, the Russian Buk is obviously not an option for the United States, but the U.S. should develop a similar single-vehicle, medium-range surface-to-air missile system, most likely using the RIM-162 Evolved Sea Sparrow Missile (ESSM). This missile is both smaller and more capable than the Russian missile, so an American system designed primarily to act as a standalone, land-based ESSM platform would be significantly more capable than Buk’s TELAR.

Conclusion

The current EABO concept, in conjunction with current developments, is broadly suitable for defending against advanced missiles and small swarming drones, but features a critical capability gap against traditional aircraft and large drones. Moving forward, the Marines should place more emphasis on decoys, both in messaging and procurement, and should also continue with the current MADIS program. However, by far the most critical step the Marines must take to make EABO workable is the urgent development of a medium-range air defense system.

Ben DiDonato is a volunteer member of the NRP-funded LMACC team lead by Dr. Shelley Gallup. He originally created what would become the armament for LMACC’s baseline Shrike variant in collaboration with the Naval Postgraduate School in a prior role as a contract engineer for Lockheed Martin Missiles and Fire Control. He has provided systems and mechanical engineering support to organizations across the defense industry from the U.S. Army Communications-Electronics Research, Development and Engineering Center (CERDEC) to Spirit Aerosystems, working on projects for all branches of the armed forces. Feel free to contact him at Benjamin.didonato@nps.edu.

Featured Image: U.S. Marines with the Ground Based Air Defense Program, conduct a demonstration of the Light-Marine Air Defense Integrated System (L-MADIS) and FIM-92 Stinger Missile, on Marine Corps Base Quantico, Virginia, June 30, 2021. (U.S. Marine Corps photo by Tia Dufour)