Carrier LIAONING Commissioned into People’s Liberation Army Navy

Liaoning at port in Dalian for her commissioning. Credit: BBC News/Agence France Press

More unsurprising news today in the form of reports that China’s first aircraft carrier has been commissioned into service during a ceremony in Dalian. Named Liaoning after the port city’s surrounding province, the ship has completed numerous rounds of sea trials, but estimates suggest that it will not be ready for full service for some time; flight trials have not taken place, and the carrier’s air wing is still in its development stages.

Nonetheless, the Chinese are trumpeting their latest Soviet-sourced achievement as a further step in China’s rise to superpower status. It is very likely that the Chinese will seek opportunities to deploy their new ship in humanitarian and disaster response roles in the near future, with or without the ability to launch and recover fixed-wing aircraft.

You can read more on the story from the BBC. While there, also check out a short slideshow of the Varyag/Liaoning throughout it’s Soviet-to-Chinese conversion.

Erickson on the PLAN’s Plans

Ahead of the National Bureau of Asian Research’s (NBR) launch of its Strategic Asia 2012-13 book, Dr Andrew Erickson, who contributed a chapter on China’s naval and air power modernization for the volume, sat down for an interview with NBR.  Dr Erickson covered a range of issues, including a proper comparison of People’s Liberation Army Navy (PLAN) and US Navy (USN) capabilities and aims (spoiler: the PLAN is focused on near seas control, versus the USN’s global reach, thus a one-to-one comparison is invalid), Chinese strategic thinkers’ views on anti-access/area-denial (A2/AD), and what indicators to look for in the PLAN’s development.  Read the whole interview at NBR.

Dr Erickson is one of several panelists at MSC12 who will be discussing aircraft carrier developments, including Rear Admiral Tom Cunningham of the Royal Navy, and Dr Probal Ghosh, who will update the conference on India’s carrier aspirations.

An MSC 2012 Speaker on China’s Navy

PLAN warships. Credit: People’s Liberation Army Navy

Dr. Andrew Erickson, Associate Professor at the US Naval War College China Maritime Studies Institute, and Gabe Collins published an excellent analysis entitled China’s Real Blue Water Navy in the Diplomat on Thursday. The article is an in-depth examination of the People’s Liberation Army Navy’s (PLAN’s) present capabilities, correcting some common misconceptions about China’s intentions and abilities. You can see Dr. Erickson at the Maritime Security Challenges Conference 2012 during a panel discussion about developments in aircraft carriers.  A copy of China’s Real Blue Water Navy is posted below.

 

China’s Real Blue Water Navy
By Andrew Erickson & Gabe Collins
http://thediplomat.com/2012/08/30/chinas-not-so-scary-navy/2/?all=true

China’s navy is not poised to speed across the Pacific to threaten America the way the Soviet Union once did, if not worse. This despite Peter Navarro and Greg Autry’s over-the-top polemic, Death by China: Confronting the Dragon—A Global Call to Action, in which they claim that “[T]he People’s Republic is moving forward at Manhattan Project speed to develop a blue water navy capable of challenging the U.S. Navy.”

Such statements lack basis in fact and present an ideal strategic teaching moment to remind analysts and policymakers that Beijing’s evolving naval structure and operations yet again show that China is not working off a traditional European, Soviet, or American naval development playbook. Even its most nationalistic and ambitious strategists and decision-makers do not seek what they would term a “global Far Oceans blue-water type” (远洋进攻性) navy any time soon. Yet it is also misleading to argue, as one scholar recently did in The National Interest, that “All but the most hawkish hawks agree that the Chinese military will not pose a threat to the United States for decades.” This is off the mark from the other direction—albeit in a considerably more subtle and thoughtful way. As a rare People’s Liberation Army (PLA) delegation visited Washington recently for a series of official meetings, it is important to understand where China’s military is headed and why—particularly at sea, where U.S. and Chinese military platforms encounter each other most frequently.

Here is the critical point that both writings miss entirely—China’s military, and navy, are not high-end or low-end across the board. Rather, in addition to domestic security/homeland defense, they have two major layers:

1.      China has already developed, and continues to develop rapidly, potent high-end navy and “anti-Navy” capabilities. Like their other military counterparts, they are focused almost entirely on contested areas close to home.

2.      It is also developing low-end capabilities. They are relevant primarily for low-intensity peacetime missions in areas further afield.

These two very different dynamics should not be conflated.

The second area has attracted headlines recently. China is in the process of developing a limited out-of-area operational capability to extend political influence and protect vital economic interests and PRC citizens working abroad in volatile parts of Africa and other regions. In essence, China seeks the bonus of being able to show the flag outside East Asia without the onus of assuming the cost and political liabilities of building a truly global high-end naval capability.

But while selected PLA Navy (PLAN) vessels make history by calling on ports in the Black Sea and Mediterranean to include first-ever visits to Israel and Bulgaria, the majority (like the rest of China’s armed forces) are focused on areas closer to home—primarily still-contested territorial and maritime claims in the Yellow, East China, and South China Seas. From a Sino-centric perspective, these are, logically, the “Three Seas”(三海), or“Near Seas” (近海).

It is here, and largely only here—at least in a direct sense—that U.S. and Chinese military maritime approaches conflict. As an established superpower that has played a critical role in establishing the post-War world order, Washington seeks to work with allies, friends, and potential partners to maintain a single global trade system by preserving unfettered access to a secure commons for all, and to prevent the threat or use of force from being used to resolve political or territorial disputes. As a great power that feels wronged by recent history, Beijing seeks space to rise again and reassert control of previous claims by carving out a Near Seas zone of exceptionalism in which established global maritime norms do not apply.

Given Beijing’s substantial focus on issues unlikely to be resolved anytime soon, it is hardly surprising that there are no reliable indications at this time that China desires a truly-global blue water navy akin to that of the U.S. today, or which the Soviet Union maintained for some time, albeit at the eventual cost of strategic overextension. China does seeks to develop a “blue water” navy in the years to come—but one that is more “regional” than “global” in nature. Chinese strategists term this a “regional [blue-water] defensive and offensive-type” (区域防御进攻性) navy.

China has three key interests in the maritime domain. The first concerns the Near Seas (primarily the East and South China Seas) and their immediate approaches in the Western Pacific, where China vies for regional influence with maritime neighbors such as Japan, Vietnam, and the Philippines, as well as the U.S. Fault lines are hardening in regional maritime disputes, as shown by the July 2010 ASEAN Regional Forum, where the bloc betrayed a deepening schism between the countries such as Cambodia, which are largely continental in their strategic orientation, and/or share land borders with China; and those such as the Philippines which share disputed maritime claims with Beijing but enjoy the buffers of water and alliance with the Washington.

Second, China’s natural resource supply chain has become truly global, and in areas such as the Indian Ocean region Beijing faces threats from pirates and non-state actors. Key areas of interest are the deep-water passages through Southeast Asia—especially the Malacca, Sunda, and Lombok straits—and the key shipping lanes of the Indian Ocean emanating from the Persian Gulf, Red Sea, and Eastern Africa. The PLAN’s ongoing anti-piracy mission in the Gulf of Aden is the centerpiece example of a limited out-of-area naval operation in pursuit of China’s national interests.

Third, a growing number of Chinese citizens are working abroad in volatile areas, where a growing constellation of Chinese-owned economic assets have been invested. As the PLAN becomes more capable, there is growing nationalist pressure for Beijing to show the flag in support of PRC expats under threat from civil strife and other dangers. The result is that in future crises, the PLAN is likely to respond as it did in February 2011 when the missile frigate Xuzhou was dispatched to the Mediterranean to signal that Chinese citizens trapped in Libya could not be harmed with impunity.

Based on these potential contingencies, we believe Beijing is building a navy to handle a high-intensity conflict close to home where it can be supported by its large fleet of conventionally-powered submarines and shore-based missiles and aircraft. Vessels such as China’s soon-to-be-commissioned aircraft carrier and Type 071 amphibious assault ships could be helpful in certain limited conflict scenarios against far-less-capable opponents—particularly in the South China Sea. Yet these large but limited capital ships’ most likely use will be for handling missions geared toward:

1.      The regional mission of showing the flag in disputed areas and attempting to deter potential adversaries;

2.      Handling non-traditional security missions both in the East Asian/Western Pacific and Indian Ocean regions such as suppression of piracy, protecting/evacuating Chinese citizens trapped abroad by violence, and disaster response; as well as

3.      Making diplomatically-oriented cruises such as the recent visits to Black Sea ports, which are aimed at showing the flag and showing foreign and domestic audiences that China is becoming a truly global power.

By contrast, there is currently little evidence that China is building a blue water capability to confront a modern navy like the U.S beyond the PLAN’s East/Southeast Asian home-region waters. Beijing is accruing a limited expeditionary capability, but is not preparing to go head-to-head with U.S. carrier battle groups outside of East Asia and the Western Pacific. There are a number of key indicators of Chinese progress toward building a strong regional navy with limited global operational capabilities, including:

1.      Global Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) and satellite positioning, navigation, and timing (PNT). These are the sinews that knit modern military operations together. C4ISR facilitates both communication among one’s own forces and detection and targeting of enemy forces. PNT facilitates placement of platforms and guidance of weapons. With the rapid development and launching of new satellites in its Beidou/Compass system, China will achieve Asia-Pacific coverage by the end of 2012 with an initial five-satellite Beidou-I constellation. It appears poised to meet is goal of global coverage by 2020; 13 Beidou-II satellites have been launched to date, with 11 already operational of the 35 needed for full coverage. This is a necessary but not sufficient metric: PNT and C4ISR can help to support a wide range of military operations, and will not in themselves confer blue water presence.

2.      Anti-submarine warfare (ASW). Detection and targeting of enemy underwater systems is facilitated by increasing numbers and quietness of long-range nuclear-powered submarines (SSN). Key indicators include construction of SSNs and additional deployment of these and other surface aerial platforms with significant demonstrated ASW capabilities; as well as acquisition of maritime patrol aircraft and operation from nearby carriers or land bases and defended by surface-to-air missiles (SAMs), etc. to protect these assets. This is an under-appreciated but vital metric. For instance, conventionally-powered submarines—even with the air-independent power (AIP) that China’s Yuan-class likely possesses—simply lack the speed and stamina to be effective long-range power projection platforms. To date, while it is conducting extensive research on acoustics and related areas, China has made little progress in ASW, and appears to avoid competing here for fear of wasting resources on immature and inadequate approaches. Its existing nuclear-powered submarines remain relatively noisy, though follow-on variants may be less so.

3.      Area air defense. Additional advanced surface vessels with long-range area air defense systems and aircraft to support radar can extend the protective envelope surrounding naval task forces. Already equipping its most advanced surface vessels with relevant missiles, China might compensate for lack of proximity to land-based missiles forces on extended missions with increased Soviet-style adoption of long-range anti-ship cruise missiles in surface vessels. Introduction of improved hardware variants and increasing practice of their utilization is critical to increasing capability.

4.      Long-range airpower. Increased airpower projection requires development/procurement of strike and long-range transport aircraft to operate off carriers/land bases overseas, aerial refueling capabilities, and related doctrine and training programs. Possible airframes include long-range stealthy bombers and helicopters—areas of particular Chinese weakness today.

5.      Production of military ships and aircraft. In addition to heightened production at existing facilities, accruing meaningful numbers of long-range vessels and airframes would likely require China to establish new, modern shipyards dedicated to military ship production or expand military-dedicated areas in co-production shipyards; as well as to improve facilities/practices for manufacturing aircraft and aeroengines. Aeroengines remain one of the Chinese defense industry’s Achilles’ heels, and are extremely difficult to master, but represent an area that the world’s three top-tier firms (General Electric, Pratt & Whitney, and Rolls Royce) are unlikely to supply the PLA.

6.      At-sea replenishment. A strong contingent of replenishment ships is vital for supporting expeditionary operations, but the PLAN currently has only three long-range replenishment vessels, according to Jane’s. By contrast, the U.S. Navy has a fleet of 32 long-range combat replenishment vessels and other support ships. Given underway replenishment vessels’ relative similarity to commercial ships and China’s large commercial shipbuilding capacity, Beijing is fully capable of surging production of these at any time. As such, its replenishment vessel construction rate will be a particularly revealing barometer of the PLAN’s future expeditionary intentions.

7.      Remote repair. Ability to conduct sophisticated repairs on ships and aircraft, either through tenders or overseas facilities, is critical to sustaining them far from home. China has not established significant capabilities in these areas, however, and will have to make a major effort to do so.

8.      Operational readiness. Manifold efforts are required for China to satisfy this criterion: more complex, joint exercises; coordinated multi-axis anti-ship/carrier operations; steady deployment to vulnerable sea lanes to increase presence, familiarity, and readiness; and more long-range training missions. China is moving gradually in this direction, but still has a long way to go.

9.      Overall capacity. Development here hinges on complex and difficult development of “software,” which is typically even harder to develop than “hardware.” Maturation of advanced levels of increasingly joint PLA doctrine, training (e.g., more all-weather, over-water, attack training for pilots), and human capital will be needed.

10.  Overseas facilities. As relates to several of the metrics outlined above, true blue water capabilities likely require acquisition of “places,” if not full-fledged “bases,” e.g., in the Indian Ocean. Beijing has merely tiptoed in this area, however, primarily out of political principle and caution. It remains to be seen to what extent it will be willing to cultivate the alliances and bear the economic and political costs, as well as the security vulnerabilities, that such an extraterritorial infrastructure entails.

Reaching these various benchmarks will require strategic focus, resources, effort, and time. Beijing is approaching some milestones already, but may well not reach others at all for the foreseeable future. The vast majority of these instructive indicators will be readily visible to observers around the world—not just in government circles, but outside as well. That leaves major opportunities for analysis and understanding—and few excuses for conflation of the underlying factors at play.

The PLAN is acquiring the hardware it needs to prosecute a major regional naval showdown. Simultaneously, an increasingly-capable, but still limited number, of vessels can fight pirates, rescue Chinese citizens trapped by violence abroad, and make “show-the-flag” visits around the world. But the PLAN is not set up to confront the U.S. at sea more than 1,000 miles from China. Even if the PLAN surged production of key vessels such as replenishment ships, the resources and steps needed to build a globally-operational navy leave Beijing well over a decade away from achieving such capability in hardware terms alone. Building the more complex human software and operational experience needed to become capable of conducting large-scale, high-end out-of-area deployments could require at least another decade. Meanwhile, however, China’s challenges at home and on its contested periphery remain so pressing as to preclude such focus for the foreseeable future.

The bottom line is that China’s present naval shipbuilding program aims to replace aging vessels and modernize the fleet, not to scale-up a modern fleet to the size and composition necessary to support and sustain high-end blue water power projection. China is building a two-layered navy with a high-end Near Seas component and a limited, low-end capability beyond, not the monolithic force that some assume.

Retired Chinese Military Official Suggests Controversial Name for China’s New Aircraft Carrier

China’s first aircraft carrier at the port of Dalian, in northeast Liaoning province. Credit: Getty Images via the Guardian

After Japanese activists flooded to the disputed Diaoyu/Senkaku Islands earlier this month, retired Chinese Major General Luo Yuan suggested naming his country’s new aircraft carrier, Diaoyu (the Chinese name for the contested archipelago), in response.

Although the suggestion is largely symbolic, especially because the carrier – a refitted, Soviet-era vessel formerly known as the Varyag – is years away from completion, it is a strong sign of Chinese assertion over territory and foreshadows the carrier’s use in future sovereignty claims against regional nations.

According to Chinese military analysts, the ex-Varyag is likely to be based at Yalong on the southern tip of Hainan Island, close to another group of disputed islands: the Spratleys and Paracels (claimed by China, Taiwan, Vietnam, Philippines, Malaysia, and Brunei).  The carrier would allow the Communist Party to assert its claims over territory, protect vital sea lanes used for trade, and create an image domestically and internationally that China is one of the world’s top naval powers.

Although the former Varyag will be China’s first aircraft carrier, several domestically-built carriers are also expected to enter the People’s Liberation Army Navy by the early 2020s.

MSC 2012 will feature a panel devoted to discussions of aircraft carrier building programmes in four countries, including China, India, the United Kingdom, and the United States. The panel will include RAdm Tom Cunningham, Assistant Chief of Naval Staff (Aviation and Carriers) with the British Royal Navy, Dr. Andrew Erickson, Associate Professor at the US Naval War College China Maritime Studies Institute, Dr. Probal Ghosh, Senior Fellow at Observer Research Foundation and Captain (ret’d) in the Indian Navy, and RDML Thomas Moore, the US Navy’s Aircraft Carrier Program Executive Officer. Moderating the discussion will be Dr. Stan Weeks of Science Applications International Corporation.

An MSC2012 panellist on China’s growing missile arsenal

Two modified Standard Missile 2 Block IV interceptors are launched from the guided-missile cruiser USS Lake Erie during a successful test of the Aegis Ballistic Missile Defense Program, June 5, 2008. (Credit: Getty/US Navy via Wall Street Journal)

The Wall Street Journal’s China Real Time Report is featuring an article by Andrew Erickson – who will be speaking on the Chinese aircraft carrier programme at MSC2012 – and Gabe Collins on China’s expanding ballistic missile capability.

Erickson and Collins are definitely amongst the foremost commentators on issues related to China’s military, and you can see more of their analysis on their website at China SignPost.

Go have a read, add it to your bookmarks, and then swing by the Maritime Security Challenges 2012 website to register for the conference.

 

 

***Register by August 31 to avoid the late registration fee!***

Reader feedback on the ‘Ongoing History of the Aircraft Carrier’

We’re very pleased with the amount of reader comments and feedback we’re receiving on our posts – both through the blog and through our Daily Intelligence Briefs – and we would like to encourage all our readers to let us know what you think about these issues.

Our recent piece on The Ongoing History of the Aircraft Carrier elicited some particularly interesting reader commentary.

Eugene B. Ely flies his Curtiss pusher biplane from USS Birmingham, at Hampton Roads, Virginia, in November 1910. Credit: Wikipedia

Aircraft carriers are hot topics of discussion given their preeminent status amongst warships classes, and the limited word counts we generally have to work with mean a lot of relevant discussion is left out of the final product. Some readers brought up these omitted topics, while others made suggestions that we hadn’t thought of at all.

Several readers suggested that evolving technologies were set to render the large-deck carrier obsolete through rendering them dangerously vulnerable, and that emerging unmanned aircraft technologies would assist in speeding their demise by reducing the need for such large flight decks. While this could be true, our brief analysis was limited to the classes of carrier currently being constructed to enter service within the next decade or so. This meant the analysis addressed the rationale behind what navies are building, rather than what they perhaps should be building, or are likely to build. Several writers suggested an argument against the construction of large-deck carriers similar to that covered in the “Twilight of the $UPERfluous Carrier” article in the May 2011 issue of Proceedings.

Another great point that would have been interesting to address within the original piece is the prestige or symbolic value of aircraft carriers.  Much like the capital ships of past eras – ships of the line, steam-driven ironclads, big-gun dreadnoughts, etc – large, powerful warships can be expected to generate noticeable political and diplomatic effects by their mere presence or existence. This difficult-to-quantify prestige factor is often mentioned, though apparently rarely studied; the only source I can name is James Cable’s Gunboat Diplomacy.

This leads to an interesting question: what are the prestige/symbolic value of these ships, or is such an idea outdated when discussing bureaucratized modern militaries?

The Ongoing History of the Aircraft Carrier

The Office of the Asia Pacific Advisor is producing a series of articles introducing elements of the MSC2012 programme. These are intended to outline the conference agenda, while hopefully initiating discussion amongst delegates.  This analysis by Daniel Baart gives an overview of the debate regarding aircraft carrier construction in three major navies.

The planning, selection, and construction of new military hardware is an increasingly drawn-out process that requires defence planners to strike a balance between strategic responsibilities, the risk of technological obsolescence and financial and resource limitations.  This is particularly true in the case of planning a nation’s largest defence investments, such as its warships which, due to their long service lives and high price-tags, demand exceptional powers of forethought.

Because predicting the future state of the strategic environment is such a daunting task, the long design and construction period of large warships is made even longer by a drawn out period during which planners must decide what capabilities are required to fulfill their navy’s strategic responsibilities. At the same time, few states can afford to address all maritime commitments and desired capabilities, and sacrifices must be made to ensure that sufficient resources exist to support these decisions.  This is particularly important when considering a fleet’s primary units, which, in today’s largest navies, are aircraft carriers.

Small budgets; big ships

Commentators on the British Royal Navy (RN) have long protested that the maritime force is continually asked to provide high levels of defence capability, despite ever-shrinking budgets worsened by the recent recession and austerity drive.  This reality had a severe impact on the 2008 decision to procure two new and larger Queen Elizabeth-class aircraft carriers, though the country’s 2010 Strategic Defence and Security Review recommended bringing only one carrier into active service while maintaining the second vessel in a state of reduced readiness. This scarcity of budgetary resources emerged despite a fairly clear strategic need for a strong naval capability given the extent of Britain’s remaining overseas interests, and Whitehall’s desire to maintain the ability to mount unilateral expeditionary operations.

The RN is a case where the political will to create the capability exists, though perhaps it is insufficient to ensure that the capability is maintained or funded to its full effect. Associated debates as to the flight configuration of these carriers has also lead to charges that a failure to invest in the full potential of the capability – by selecting the short-take off and vertical landing (STOVL) configuration rather than the more efficient catapult takeoff and barrier arrested recovery system (CATOBAR) – has further undermined their strategic value.  While the installation of CATOBAR on the RN carriers would allow the ships to launch and recover aircraft with a longer service range and a heavier weapon load, it is not clear that installing these systems would be worth the additional cost given the ship’s likely strategic role, and the likely diversion of funds from the Navy’s other projects.

Not all navies need carriers

Aircraft carriers come in a variety of sizes and configurations, and are often built to fulfill a certain purpose; this means that decisions are not limited to whether to build carriers, but also which type of carrier to build.  This boils down to the balance between resources and strategic need.

The strategic value of the aircraft carrier lies in its ability to maximize the potential of a naval force, particularly in terms of the natural limits of naval warfare. War at sea differs from war on land in that the ocean itself cannot be occupied or held. Thus, naval warfare is characterized by attempts to limit an enemy’s capacity to manoeuvre and operate, while preserving that ability for your own forces. Aircraft carriers are able to partially overcome this by deploying patrol and strike aircraft that can locate targets hundreds of nautical miles away from the carrier, thereby expanding this sea denial capability beyond the range of escorting surface units. In the past, naval forces were also limited in their strategic importance by the fact that most wars were decided by ground forces, and maritime theatres were generally subsidiary in importance. The aircraft carrier has changed this slightly by providing massive air support to battlefronts far inland, merging the benefits of airpower and seapower into a more effective force. While this is certainly not true of all carriers – smaller aviation-capable ships are much more limited in their aviation operations – it does describe the apex of modern carrier development embodied in the US Navy’s (USN) Nimitz-class supercarriers.

Conceptual graphic of a Queen Elizabeth-class carrier. Source: Wikipedia

In broad terms, these are the primary functions of large aviation capable warships though more specialized tasks have been identified throughout their history. Early aircraft carriers were used extensively in strike or escort roles and during the Cold War many were deployed as anti-submarine warfare vessels. The emphasis has now shifted somewhat from utilizing carrier-based aircraft against other ships – a role that has been replaced by the advent of the long-range anti-ship missile – to using them as mobile airfields, capable of delivering airpower to regions where friendly ground facilities are at a premium or vulnerable. While these are all powerful tools, not all states require these capabilities to the same degree, and to pursue them without strategic need would be foolish.

There is currently a glut of analysis being produced on the Chinese strategic rationale behind their pursuit of a carrier force.  While many commentators agree that the acquisition of the former Soviet carrier Varyag is a step towards developing a larger, more potent capability, there has been some controversy regarding what the ultimate purpose of such a force would be. While it would be a stretch to conceive of a situation in the coming decades in which China would find itself in need of very long range power projection capabilities, the acquisition of a modest carrier-aviation ability would certainly increase the People’s Liberation Army Navy’s (PLAN) influence in their own region. China – unlike the United States – faces its greatest challenges in its own backyard.

The South China Sea dispute, the unresolved status of Taiwan, and the need to limit the ability of the USN to intervene in future conflicts over these issues are likely considerations driving the Chinese carrier programme.  Some analysts have noted that, though many of these ‘hotspots’ and strategic sea lanes are located within range of mainland Chinese airfields, carrier-based aircraft would enhance the air defence of deployed fleet assets, as well as the armed forces’ growing amphibious assault capability. Commentators have also pointed out that carrier aviation would add a new dimension to China’s ability to conduct anti-access and area denial (A2/AD) operations throughout the Western Pacific Ocean and Southeast Asia, though these are not likely to be of a high enough standard to challenge US and allied abilities to operate in the region for at least the next few decades.

Long live the carrier

Consideration of the drawn-out planning phase brings us to the question of technological development; specifically, what would happen if a new technology were to suddenly make the carrier obsolete?  Many have argued that emerging supersonic and ballistic anti-ship missiles and improved torpedo designs are rendering large surface vessels increasingly vulnerable to devastating attack, though planners with larger navies seem quite confident that the carrier era is not yet over.

The fact that several large navies are either building or pursuing new carrier capabilities is evidence to support this continued confidence in the design, though a measure of caution is always warranted. The aircraft carrier – the current holder of the position of world’s most powerful naval vessel – wrested that title from the big gun battleship during the short period between November 1940 and December 1941; beginning with the British carrier-borne attack on the Italian fleet at Taranto, and ending with the sinking of HMS Prince of Wales and Repulse by aerial bombs just three days after the Japanese strike on Pearl Harbor. At that time, the newer technology was not really that new – aircraft carriers in some form had existed since the early days of the First World War – but their full capabilities had not yet been proven in battle. This is not to suggest that the known technologies of the supersonic or ballistic missile are likely to sink the concept of the aircraft carrier, but only that navies cannot afford to find themselves on the wrong side of a technological shift of that magnitude.

Few are waiting for that eventuality. It could be argued that militaries – along with societies in general – are embracing new technologies at a faster rate than ever, and new offensive technologies are rapidly met with credible countermeasures. We should not always assume that technology will win the battle, but it certainly helps. The USN, the force often at the forefront of technological development, is perhaps the best example of a force that remains committed to the aircraft carrier while hedging against future developments.

Conceptual graphic of the USS Gerald R. Ford. Source: Wikipedia

The USN is currently building two carriers of the Gerald R. Ford-class which will eventually replace the current Nimitz-class. The fact that these ships are nearly identical to their predecessors – apart from upgrades such as the Electromagnetic Aircraft Launch System (EMALS) that will replace the Nimitz’s steam-catapults – is testament to continued US confidence in the continued importance of the carrier concept. This also points to the fact that a carrier itself is only as capable as the aircraft it deploys; the most advanced aircraft carrier in the world is worth nothing if its jets are outclassed. This is why the most interesting recent developments in the US carrier programme have been related to its airwing, with increased emphasis on the eventual introduction of carrier-based drone aircraft for reconnaissance and strike purposes. While the F-35 Joint Strike Fighter will form the core of the USN’s air capability starting sometime in the next decade, plans are in the works to see these manned fighters supported and later replaced by high performance unmanned units.

Though the age of the carrier is apparently not over, history shows that we cannot always be so confident.  This is particularly true when considering an investment as large and complex as an aircraft carrier. Their continued strategic applicability means more countries are likely to pursue carrier capabilities despite the large investment and associated risks. For this reason, the carrier is, and will remain, the most powerful class of naval vessel in the world.

Indian Aircraft Carrier Begins Sea Trials

Credit: Indian Navy

The Vikramaditya, a refurbished Russian aircraft carrier purchased by India, reportedly began sea trials in northern Russia on June 8th. The carrier is scheduled for 120 days of sea trials before moving to the Barents Sea to test its air capability. Originally planned for delivery to India in 2008, the carrier has been plagued with delays but is now expected to arrive by December 2012. The USD $2.3 billion converted carrier will be equipped with MiG-29K aircraft and includes a full flight deck with ski-jump, allowing aircraft to take off without catapults.

New Delhi is also building its first indigenous carrier, which is under construction at Cochin Shipyard in Kochi. The new Vikrant-class vessel is fitted with much of the same hardware as the Vikramaditya, but it is not scheduled to be commissioned until sometime after 2015.

The Indian government continues to develop its naval presence in South Asia in order to gain an advantage in border disputes and to secure its maritime trade routes. Although the Himalaya Mountains act as a wall between India and most major threats along its land borders, except for the border with Pakistan and a small border with China, the biggest threats to India come from the sea.

MSC2012 will feature a panel devoted to discussions of aircraft carrier building programmes in four countries, including India, the United Kingdom, China, and the United States. Be sure to check back on Friday for Daniel Baart’s detailed analysis of current aircraft carrier developments in three of the world’s major navies.

Will carrier-based drones respond to hand signals?

US carrier flightdeck

Source: Wikipedia

Check out this video from the Economist on the development of systems that will allow unmanned carrier aircraft to respond to the conventional hand signals used by aircraft handlers on crowded carrier flight-decks. The ongoing research at the Massachusetts Institute of Technology could be an important step in the integration of unmanned and autonomous vehicles into carrier air operations alongside their manned counterparts.

This sounds like a great way to streamline the integration of new units without having to reorganize the honed and tested deck procedures.  Geeks everywhere will also award bonus points to the developers if they can sell the technology to video game developers, as this system is already looking to be more precise than commercially-available motion control systems.