Tag Archive for: maritime strategy

Indonesia needs to improve its seabed warfare capability

Despite being the largest archipelagic nation in the world, Indonesia has weak seabed warfare capability. Improving it should be a priority for Jakarta.

As an archipelago of more than 17,000 islands, the country is uniquely reliant on seabed infrastructure and is therefore unusually vulnerable to disruption of its pipelines or cables. It has little ability to prevent or recover from damage to its seabed assets and lacks the hardware, skills and planning needed to cope with threats.

Moreover, many international undersea cables, some connecting continents, also pass through Indonesia’s waters, so the country’s capacity in seabed warfare has regional and global importance.

No disruptions to underwater infrastructure in and around Indonesia attributed to foul play have been reported so far. However, it is clear that risks are rising with the escalation of maritime disputes in the South China Sea and the rivalry between the United States and China. To imagine the risks, we need only consider the recent cutting of the Nord Stream pipelines and telecommunications cables under the Baltic Sea, evidently by Russia and perhaps with help from China.

In Indonesia, an underwater pipeline carries natural gas from Java to Singapore, while all of the populated islands rely on communications cables to connect them with each other and the world. Moreover, Indonesia operates an underwater power transmission line between Sumatera and the Bangka islands and plans to build an electricity grid that would connect all of the major islands.

The first  and most urgent step for Indonesia in improving its seabed assets and preparing for any potential attacks is to acquire or upgrade vessels with more advanced underwater capabilities. Currently, Indonesia’s hardware supply is limited, comprising three submarines, whose sonars might be helpful, two mine countermeasures vessels acquired in the 1990s and a few oceanographic research vessels with such equipment as precision sonar array for seabed mapping and submarine drones.

Jakarta has put some priority in enhancing its subsurface capabilities in recent years. It has signed a contract to buy two Improved Scorpene-class submarines from France; is building two hydrographic survey vessels with advanced subsurface capabilities in collaboration with Germany; acquired a submarine rescue ship designed for deep-sea diving and salvage operations; and taken delivery of two patrol vessels of the Paolo Thaon Di Revel class, designed to be equipped with underwater capabilities, such as sonar. Additionally, it has recently commissioned two newly-built mine countermeasures vessels from Germany.

This collection of ships is still small compared with scale of underwater infrastructure for such a country. The needs of an archipelago justify spending more, especially when potential losses from disruption are considered.

Indonesia must also develop skills in protecting and repairing seabed infrastructure. Its sailors do train in hunting and destroying sea mines, including capabilities that have some value in relation to underwater civilian assets. But there is no record of Indonesia’s navy or any Indonesian maritime security agency conducting specific exercises in, for example, finding and fixing broken seabed cables.

The government should start specific training and expand the scope mine-countermeasures training accordingly. It could, for example, enlarge the regular Indonesia–Singapore bilateral mine-countermeasure (MCM) and clearance diving exercises. It should also take advantage of defence cooperation with countries such as Australia, Japan, France and the US to hold joint exercises on seabed warfare.

Lastly, Indonesia should create a seabed security strategy that will guide long-term improvements to its seabed warfare capabilities. For this, the government will need to perceive the importance of seabed infrastructure and identify the threats to it. It must also assess current capabilities so it can determine what kind of hardware, training and operational procedures are necessary to safeguard the seabed assets. Finally, the strategy should outline the measures needed to achieve these goals.

In developing such a strategy, Indonesia would need to learn from other countries. This can be done through personnel exchanges, visits and other forms of defence cooperation. Exercises can help in this regard, too.

Ultimately, it is essential for Indonesia to develop a comprehensive seabed security strategy that focuses on threat assessment, capability enhancement and operational procedures. By learning global best practices and fostering defence partnerships, Indonesia can better protect its vital seabed assets and contribute to both regional and international security.

Distributed firepower: attack missile boats are alternatives to major warships

A single missile can cripple a billion-dollar warship. Australia must explore other forms of sea power to effectively meet its immediate strategic needs. A distributed naval force comprising fast attack missile boats and aerial drones offers a cost-effective and tactically superior alternative to reliance on large vulnerable ships.

Attack boats can be highly versatile, capable of being armed with anti-ship and surface-to-air missiles and using targeting data from other vessels, ground stations or aircraft. They can thereby engage targets at long distances, dealing with surface targets and providing air-defence coverage.

Historically, Australia’s naval procurement has prioritised destroyers, frigates and submarines—formidable but costly and operationally complex assets. These large vessels are increasingly vulnerable in modern conflicts, where advanced sensors, precision-guided weapons and unconventional tactics can quickly neutralise them. Ukraine’s sinking of the Russian cruiser Moskva in 2022 underscored the susceptibility of even the most advanced warships to anti-ship weapons.

History demonstrates the effectiveness of smaller, agile and numerous vessels. During World War II, PT boats excelled at hit-and-run tactics against larger Japanese vessels, leveraging speed and agility to outmatch superior firepower The Battle of Savo Island highlighted how coordinated small-ship operations could disrupt even well-defended fleets, showing proving the tactical value of dispersed mobile attack vessels.

Australia must adopt the concept of distributed lethality—spreading combat power across interconnected vessels and aircraft. A network of such platforms could overwhelm adversaries by presenting numerous threats across three dimensions. Their small size would also make them harder to detect and target, complicating an enemy’s engagement strategies.

Critics may question the survivability of small vessels in high-intensity conflicts, but advanced technologies help mitigate such concerns. Stealth features, electronic warfare systems, decoys and jamming equipment can disrupt enemy targeting. Combined with tactics emphasising speed, dispersion, hit-and-run strikes and over-the-horizon targeting, these vessels can minimise vulnerability while maximizing offensive potential.

While they lack the oceanic reach and integrated sensor suites of larger warships, attack boats do not require such systems, thanks to using targeting data from elsewhere. This enhances their strike effectiveness while minimising the risk of direct exposure. This agile warfare approach imposes significant challenges on adversaries attempting to mount a cohesive defence. Operating alongside uncrewed aircraft, they would also complement air and land forces in joint operations.

The financial argument is compelling. A fleet of 25 missile attack boats, each costing $100 million to $150 million, would cost between $2.5 billion and $3.75 billion—far less than the $9 billion required for three Hobart-class destroyers. Operational costs are also lower. A destroyer needs a crew of about 200, but an attack boat can operate with one of 15 to 30. The attack boat crewing requirement is so low that using dual crews could be considered, so each vessel can be at sea for longer while also giving crew members extended time ashore—potentially improving retention in the navy.

Corvettes are smaller and cheaper than destroyers, but attack boats outperform them in key metrics. For example, corvettes typically still require crews of 40 to 60 people. The smaller size and enhanced manoeuvrability of attack boats make them more effective in littoral and shallow waters, where corvettes may struggle. Modern attack boats can reach 45 knots (83km/h), far outpacing corvettes, which generally max out at 25 to 30 knots.

Operational range and endurance, often cited as a limitation of smaller vessels, can be addressed by adding bunkering and replenishment options. Forward operating bases along Australia’s northern approaches could support extended deployments, while underway replenishment vessels would further bolster operational reach across critical maritime zones and enable convoy operations.

Australia’s vast coastline and its proximity to key maritime choke points make a dispersed fleet of agile vessels even more valuable. They could hide among islands, taking risks in narrow waters where larger ships fear to tread.

The urgency of shifting Australia’s naval strategy to distributed lethality cannot be overstated. Smaller, agile vessels offer a pragmatic and forward-thinking alternative to large ships, addressing vulnerabilities while enhancing operational flexibility.

Editors’ picks for 2024: ‘Faster, cheaper ways to expand Australia’s maritime firepower’

Originally published on 22 March 2024.

Following the release of the Australia’s Surface Fleet Review, a big problem remains: the Australian Defence Force lacks sufficient maritime firepower to credibly implement deterrence-by-denial in the next 10 years. 

Building ships and submarines is complex, eye-wateringly expensive and slow. Fielding ground-based strike systems and asymmetric naval capabilities can be much faster and cheaper. 

While new frigates are under construction, and before the first Virginia-class nuclear-powered submarine arrives in 2032, what else can be done? How could the ADF more robustly deny access to Australia’s northern approaches? 

Fortunately, there are a few maritime-firepower efforts underway in the army that we could expand and accelerate. Meanwhile, the navy can embrace unpredictable capability ideas generated within its own ranks and industry. Pursuing this would mean applying the force-design guidance from the Defence Strategic Review (DSR): mindsets must change, overcoming ‘the current bias towards platforms.’ 

So, here are three affordable ways in which the army and navy could counterintuitively field new options in a strategically relevant timeframe. 

First, the army should accelerate and expand its existing land-based anti-ship missile plans, which are based on using launcher trucks, such as the HIMARS. They are agile, easily hidden, rapidly deployable by air or sea and can be acquired far more cheaply and quickly than ships. 

The plans have been under consideration for some time, although they have been more modest than US Army and Marine Corps efforts and have had lower priority than Australian acquisition of new tanks and infantry fighting vehicles. Equipped with PrSM Increment 2 missiles, for example, the army will be able to strike maritime (and other targets) out to 500km. When combined with counter-space and air defence systems, and matched with new littoral watercraft accelerated for delivery by 2026, the army will be able to field credible area-denial complexes over archipelagic chokepoints in Australia’s northern approaches. 

But the army will need more money to do this faster and at larger scale. Responding to the DSR, the government announced a second HIMARS regiment capable of maritime strike would be grown, but it reportedly won’t be ready before 2030. With new or reallocated money and more flexible recruitment, including by harnessing the reserve, the army has the can-do that’s needed to quickly adapt and deliver this option by the end of 2026. 

Second, since the navy can’t deploy sufficient mass at sea before the mid-2030s, it should give the army some of its early deliveries of Tomahawk cruise missiles and SM-6s, which are surface-to-air missiles that can be used ballistically against ships and ground targets. The army would deploy them on land. Production capacity of the missiles is limited and there’s competing demand from US and Japanese forces, but if Canberra can negotiate sufficient timely stocks, the army could establish a single long-range anti-access battery by the end of 2028. 

The army could learn and adapt from the US Army’s nascent Typhon system, which is fielding Tomahawks and SM-6s. The navy could even share some of its people to help set up the team and gain valuable experience for its future deployment of the missiles. Supporting systems already being bought for the navy, such as the Theatre Mission Planning Centre and Tactical Tomahawk Weapon Control System, would enable land-based Tomahawk employment, though the army would eventually need its own multi-domain intelligence and targeting staff. 

US rotational presence in Australia can potentially help with training and on-the-job experience as the army executes its current plans for maritime firepower and potentially adds to them with navy missiles. That’s because the US Army’s Multi-Domain Task Forces (MDTF) and the US Marine Corps’ Marine Littoral Regiments are already being built to apply land-based maritime firepower. 

Canberra should pursue more long-term rotations of such units. This would also benefit Washington, since the US Army is yet to find a forward home for its third Indo-Pacific MDTF. Offering to accommodate it might also allow Canberra to gain earlier deliveries of Tomahawks and SM-6s, either new or borrowed from US stocks. 

Finally, the navy should generate its own asymmetric maritime force. This would offer a family of clandestine capabilities designed to create surprise and unpredictable advantages from the sea, generated from the naval workforce and by leveraging Australia’s defence and civil maritime industry. Many of our allies and major partners have sophisticated naval special-forces capabilities, but we don’t. Naval drones used by Ukraine, commercial-like projection platforms for special forces and World War II auxiliary raiders hint at the potential. 

A rejoinder to all of this might be that alternative maritime options are already being pursued. The navy’s Hobart-class air warfare destroyers will shortly be upgraded with Tomahawks and SM-6s. That’s a great development, but there are only three of these ships, each with only 48 vertical launch cells. As the new missiles are added, the ships’ combat systems are also being upgraded to Aegis Baseline 9. This will be a lengthy process which won’t add firepower depth anytime soon, even if the upgrade runs to schedule.  

With asymmetric intent, the navy is also introducing sea mines and extra-large underwater drones. But for each of these equipment categories, there’s still an associated military signature in deployment. More novel options cloaked with deception beyond these are still needed. 

Delivering faster and cheaper is easier said than done. The proposal argued here would be challenging to put into effect. But with warning time dissipated, we must heed the DSR’s call to dispense with business as usual. The government’s expanded surface fleet plan is commendable, but trends in Australia’s strategic environment won’t stop and wait for the 2030s and 2040s. It’s time to move faster and think differently. 

Faster, cheaper ways to expand Australia’s maritime firepower

Following the release of the Australia’s Surface Fleet Review, a big problem remains: the Australian Defence Force lacks sufficient maritime firepower to credibly implement deterrence-by-denial in the next 10 years. 

Building ships and submarines is complex, eye-wateringly expensive and slow. Fielding ground-based strike systems and asymmetric naval capabilities can be much faster and cheaper. 

While new frigates are under construction, and before the first Virginia-class nuclear-powered submarine arrives in 2032, what else can be done? How could the ADF more robustly deny access to Australia’s northern approaches? 

Fortunately, there are a few maritime-firepower efforts underway in the army that we could expand and accelerate. Meanwhile, the navy can embrace unpredictable capability ideas generated within its own ranks and industry. Pursuing this would mean applying the force-design guidance from the Defence Strategic Review (DSR): mindsets must change, overcoming ‘the current bias towards platforms.’ 

So, here are three affordable ways in which the army and navy could counterintuitively field new options in a strategically relevant timeframe. 

First, the army should accelerate and expand its existing land-based anti-ship missile plans, which are based on using launcher trucks, such as the HIMARS. They are agile, easily hidden, rapidly deployable by air or sea and can be acquired far more cheaply and quickly than ships. 

The plans have been under consideration for some time, although they have been more modest than US Army and Marine Corps efforts and have had lower priority than Australian acquisition of new tanks and infantry fighting vehicles. Equipped with PrSM Increment 2 missiles, for example, the army will be able to strike maritime (and other targets) out to 500km. When combined with counter-space and air defence systems, and matched with new littoral watercraft accelerated for delivery by 2026, the army will be able to field credible area-denial complexes over archipelagic chokepoints in Australia’s northern approaches. 

But the army will need more money to do this faster and at larger scale. Responding to the DSR, the government announced a second HIMARS regiment capable of maritime strike would be grown, but it reportedly won’t be ready before 2030. With new or reallocated money and more flexible recruitment, including by harnessing the reserve, the army has the can-do that’s needed to quickly adapt and deliver this option by the end of 2026. 

Second, since the navy can’t deploy sufficient mass at sea before the mid-2030s, it should give the army some of its early deliveries of Tomahawk cruise missiles and SM-6s, which are surface-to-air missiles that can be used ballistically against ships and ground targets. The army would deploy them on land. Production capacity of the missiles is limited and there’s competing demand from US and Japanese forces, but if Canberra can negotiate sufficient timely stocks, the army could establish a single long-range anti-access battery by the end of 2028. 

The army could learn and adapt from the US Army’s nascent Typhon system, which is fielding Tomahawks and SM-6s. The navy could even share some of its people to help set up the team and gain valuable experience for its future deployment of the missiles. Supporting systems already being bought for the navy, such as the Theatre Mission Planning Centre and Tactical Tomahawk Weapon Control System, would enable land-based Tomahawk employment, though the army would eventually need its own multi-domain intelligence and targeting staff. 

US rotational presence in Australia can potentially help with training and on-the-job experience as the army executes its current plans for maritime firepower and potentially adds to them with navy missiles. That’s because the US Army’s Multi-Domain Task Forces (MDTF) and the US Marine Corps’ Marine Littoral Regiments are already being built to apply land-based maritime firepower. 

Canberra should pursue more long-term rotations of such units. This would also benefit Washington, since the US Army is yet to find a forward home for its third Indo-Pacific MDTF. Offering to accommodate it might also allow Canberra to gain earlier deliveries of Tomahawks and SM-6s, either new or borrowed from US stocks. 

Finally, the navy should generate its own asymmetric maritime force. This would offer a family of clandestine capabilities designed to create surprise and unpredictable advantages from the sea, generated from the naval workforce and by leveraging Australia’s defence and civil maritime industry. Many of our allies and major partners have sophisticated naval special-forces capabilities, but we don’t. Naval drones used by Ukraine, commercial-like projection platforms for special forces and World War II auxiliary raiders hint at the potential. 

A rejoinder to all of this might be that alternative maritime options are already being pursued. The navy’s Hobart-class air warfare destroyers will shortly be upgraded with Tomahawks and SM-6s. That’s a great development, but there are only three of these ships, each with only 48 vertical launch cells. As the new missiles are added, the ships’ combat systems are also being upgraded to Aegis Baseline 9. This will be a lengthy process which won’t add firepower depth anytime soon, even if the upgrade runs to schedule.  

With asymmetric intent, the navy is also introducing sea mines and extra-large underwater drones. But for each of these equipment categories, there’s still an associated military signature in deployment. More novel options cloaked with deception beyond these are still needed. 

Delivering faster and cheaper is easier said than done. The proposal argued here would be challenging to put into effect. But with warning time dissipated, we must heed the DSR’s call to dispense with business as usual. The government’s expanded surface fleet plan is commendable, but trends in Australia’s strategic environment won’t stop and wait for the 2030s and 2040s. It’s time to move faster and think differently. 

Faster, cheaper ways to expand Australia’s maritime firepower

Following the release of the Australia’s Surface Fleet Review, a big problem remains: the Australian Defence Force lacks sufficient maritime firepower to credibly implement deterrence-by-denial in the next 10 years. 

Building ships and submarines is complex, eye-wateringly expensive and slow. Fielding ground-based strike systems and asymmetric naval capabilities can be much faster and cheaper. 

While new frigates are under construction, and before the first Virginia-class nuclear-powered submarine arrives in 2032, what else can be done? How could the ADF more robustly deny access to Australia’s northern approaches? 

Fortunately, there are a few maritime-firepower efforts underway in the army that we could expand and accelerate. Meanwhile, the navy can embrace unpredictable capability ideas generated within its own ranks and industry. Pursuing this would mean applying the force-design guidance from the Defence Strategic Review (DSR): mindsets must change, overcoming ‘the current bias towards platforms.’ 

So, here are three affordable ways in which the army and navy could counterintuitively field new options in a strategically relevant timeframe. 

First, the army should accelerate and expand its existing land-based anti-ship missile plans, which are based on using launcher trucks, such as the HIMARS. They are agile, easily hidden, rapidly deployable by air or sea and can be acquired far more cheaply and quickly than ships. 

The plans have been under consideration for some time, although they have been more modest than US Army and Marine Corps efforts and have had lower priority than Australian acquisition of new tanks and infantry fighting vehicles. Equipped with PrSM Increment 2 missiles, for example, the army will be able to strike maritime (and other targets) out to 500km. When combined with counter-space and air defence systems, and matched with new littoral watercraft accelerated for delivery by 2026, the army will be able to field credible area-denial complexes over archipelagic chokepoints in Australia’s northern approaches. 

But the army will need more money to do this faster and at larger scale. Responding to the DSR, the government announced a second HIMARS regiment capable of maritime strike would be grown, but it reportedly won’t be ready before 2030. With new or reallocated money and more flexible recruitment, including by harnessing the reserve, the army has the can-do that’s needed to quickly adapt and deliver this option by the end of 2026. 

Second, since the navy can’t deploy sufficient mass at sea before the mid-2030s, it should give the army some of its early deliveries of Tomahawk cruise missiles and SM-6s, which are surface-to-air missiles that can be used ballistically against ships and ground targets. The army would deploy them on land. Production capacity of the missiles is limited and there’s competing demand from US and Japanese forces, but if Canberra can negotiate sufficient timely stocks, the army could establish a single long-range anti-access battery by the end of 2028. 

The army could learn and adapt from the US Army’s nascent Typhon system, which is fielding Tomahawks and SM-6s. The navy could even share some of its people to help set up the team and gain valuable experience for its future deployment of the missiles. Supporting systems already being bought for the navy, such as the Theatre Mission Planning Centre and Tactical Tomahawk Weapon Control System, would enable land-based Tomahawk employment, though the army would eventually need its own multi-domain intelligence and targeting staff. 

US rotational presence in Australia can potentially help with training and on-the-job experience as the army executes its current plans for maritime firepower and potentially adds to them with navy missiles. That’s because the US Army’s Multi-Domain Task Forces (MDTF) and the US Marine Corps’ Marine Littoral Regiments are already being built to apply land-based maritime firepower. 

Canberra should pursue more long-term rotations of such units. This would also benefit Washington, since the US Army is yet to find a forward home for its third Indo-Pacific MDTF. Offering to accommodate it might also allow Canberra to gain earlier deliveries of Tomahawks and SM-6s, either new or borrowed from US stocks. 

Finally, the navy should generate its own asymmetric maritime force. This would offer a family of clandestine capabilities designed to create surprise and unpredictable advantages from the sea, generated from the naval workforce and by leveraging Australia’s defence and civil maritime industry. Many of our allies and major partners have sophisticated naval special-forces capabilities, but we don’t. Naval drones used by Ukraine, commercial-like projection platforms for special forces and World War II auxiliary raiders hint at the potential. 

A rejoinder to all of this might be that alternative maritime options are already being pursued. The navy’s Hobart-class air warfare destroyers will shortly be upgraded with Tomahawks and SM-6s. That’s a great development, but there are only three of these ships, each with only 48 vertical launch cells. As the new missiles are added, the ships’ combat systems are also being upgraded to Aegis Baseline 9. This will be a lengthy process which won’t add firepower depth anytime soon, even if the upgrade runs to schedule.  

With asymmetric intent, the navy is also introducing sea mines and extra-large underwater drones. But for each of these equipment categories, there’s still an associated military signature in deployment. More novel options cloaked with deception beyond these are still needed. 

Delivering faster and cheaper is easier said than done. The proposal argued here would be challenging to put into effect. But with warning time dissipated, we must heed the DSR’s call to dispense with business as usual. The government’s expanded surface fleet plan is commendable, but trends in Australia’s strategic environment won’t stop and wait for the 2030s and 2040s. It’s time to move faster and think differently. 

Remembering James Goldrick, an outstanding naval officer, historian and strategist

On 17 March, Rear Admiral James Goldrick died in Canberra after a brave battle with illness. He was a naval officer of exceptional intellect and influence who became Australia’s most internationally acclaimed naval historian.

Goldrick’s service in the Royal Australian Navy included command of the Darwin-based patrol boat Cessnock, executive officer of the destroyer Perth and twice commanding the frigate Sydney. As a commanding officer he was competent and even-tempered with a sincere interest in the welfare and advancement of his officers and sailors. His ships were invariably happy ones. James could, however, be unintentionally intimidating because of his encyclopaedic knowledge of all things naval. One of his officers remarked that it was like having Dumbledore as your captain.

In 2002, he saw operational service commanding the multinational Maritime Interception Force in the Persian Gulf. He revelled in the complexity of that role and made important tactical contributions to enforcing the UN Security Council’s sanctions against Iraq.

His senior shore appointments included chief staff officer to the chief of the navy, director of the RAN Seapower Centre, director general of military strategy, commander of Border Protection Command, twice commandant of the Australian Defence Force Academy and commander of the Australian Defence College. Between 2005 and 2008 he also found time to be president of the Australian Naval Institute.

While at the Seapower Centre, Goldrick wrote the navy’s capstone document, Australian Maritime Doctrine. He also played a key part in the creation of both the Sea Power Conference and the King-Hall History Conference. A particular aspect of this was bringing to these shores distinguished strategists and historians.

In all his naval appointments Goldrick made important contributions, but it was at the Defence Force Academy and the Defence College that he had the greatest impact on the next generation of officers through his example and an interest in their individual development. James’s advice to them was to build an interior intellectual life sustained by wide reading, writing and critical thinking. He also observed that your first command is about proving yourself to yourself and that every subsequent command is about helping others prove themselves to themselves.

Goldrick retired from the navy in 2012 and soon was lecturing at the Defence College he once headed, as part of the Australian National University’s instructional team. He regularly astounded Australian and international students with the breadth of his naval knowledge. He was also a founding member of the Naval Studies Group at UNSW Canberra, the only such entity at an Australian university. James edited its yet to be published book on Australian chiefs of naval staff and was a regular panellist on the university’s Australian Naval History podcast series. Fittingly, James received the degree of Doctor of Letters honoris causa from his alma mater.

As a retired officer, Goldrick was a frequent writer and speaker on maritime and naval affairs. He gained a wide and appreciative readership. James was an honorary professorial fellow at the Wollongong University’s Australian National Centre for Ocean Resources and Security, an honorary professor at the ANU’s Strategic and Defence Studies Centre and a non-resident fellow at the Lowy Institute.

In 2015, James was a visiting fellow at All Souls College at the University of Oxford. This allowed him to complete the first of two books he is most noted for, Before Jutland: the naval war in northern European waters, August 1914 – February 1915It was followed by, in 2018, its companion, After Jutland: the naval war in northern European waters, June 1916 – November 1918International recognition followed. 

Within the Royal Australian Navy and the national security community more generally, Goldrick was a towering intellect and the most articulate writer and speaker on the importance of seapower for Australia.

James was a mentor, shipmate and friend to many. His loss to the navy is irreplaceable.

How useful is classical maritime strategy in an age of long-range anti-ship missiles?

Defence commentators have devoted much attention in recent years to the development of long-range anti-ship missiles, whether in the form of anti-ship ballistic missiles (ASBMs) or hypersonic cruise missiles. These discussions invariably focus on the concept of anti-access/area denial (A2/AD) and its employment by China, or occasionally Russia or Iran, against the US Navy. Some observers have gone on to question whether such technologies render high-value surface warships defunct.

These debates are important and interesting but have tended to miss larger questions about how the new technologies may have altered the relative balance of power between land and sea, and what impact this has on maritime strategy in general.

One notable exception to this has been James Holmes’s rehabilitation of the concept of a fortress fleet to describe the relationship between the People’s Liberation Army Navy and the new Chinese anti-ship missiles. ‘Fortress fleet’ was a term coined by the great maritime strategist Alfred Thayer Mahan to describe the activities of the Russian fleet during the Russo-Japanese War. He deplored the way the Russians tied their fleet to fortified harbours, rarely venturing out from under the protection of coastal artillery.

But times have changed. Holmes has regularly argued that ‘the day of the fortress fleet has come, courtesy of extended-range, precision, guided-missile technology’. In certain ways, it’s difficult to disagree. Developments in range and firepower mean that any fleet operating under the ‘guns’ of such a modern-day fortress will possess a profound advantage.

Mahan’s criticism of Russian actions was not, however, based on the limited range of the artillery at Port Arthur. In fact, he was far more measured in his critique of coastal fortifications than is generally acknowledged, carefully noting that you must ‘give each element—coast fortress and fleet—its due weight, its due consideration, in the scheme of military and naval policy’.

Mahan’s attack on fortress fleets was about mentality, not materiel. As he saw it, the concept of a fortress fleet stood for ‘defensive ideas’ stemming from an ‘inadequate conception’ of the purpose of a fleet. This was a policy adopted by a continental power which saw sea power solely in terms of the protection of its territory from potential rivals. In this respect, Mahan would fully understand, if not condone, the contemporary focus on A2/AD concepts developed in the face of US naval power.

China, Russia and Iran do not, however, have a monopoly on seeking to use the land to control the sea. Recent developments in the US, most notably in the shifting focus of the Marine Corps, make it very apparent that land-based weaponry is going to be a crucial tool in the arsenal of those seeking sea control as well as sea denial. The concept of a fortress fleet can certainly apply to Russia, and perhaps China, but it makes very little sense in the context of a nation looking to exert command of the sea (or oceanic sea control).

This brings us back to the question of where this new breed of long-range anti-ship missiles fits within maritime strategy. Here it’s worth turning to the other titan of maritime strategy, Julian Corbett. Corbett famously had a subtly different concept of command of the sea than Mahan, particularly in terms of the vessels that would exercise that command.

Mahan had always emphasised the role of battlefleets, whereas Corbett argued that ‘for the actual and direct control of either commercial or military lines of passage and communication battle fleets are unnecessary and unsuitable’. Instead, Corbett believed the role of the battlefleet was to provide a security umbrella, preventing the enemy from interfering with the exercise of command of the sea by cruisers and flotilla craft.

As a historian, Corbett was careful to emphasise that these broad roles within the theory of naval warfare were not tied to specific materiel. Over the century since his death, the job of providing that security umbrella has passed from the battlefleet to aircraft carriers and, in certain circumstances, land-based aviation.

Long-range anti-ship missiles seem likely to be an addition to the suite of tools used to carry out this traditional role of naval warfare. These weapons, like Corbett’s battlefleet, appear to be ill-suited to the role of exercising command of the sea, but that doesn’t mean they necessarily strengthen sea denial over sea control, or make surface vessels redundant.

Instead, in the same way that the British Grand Fleet provided the security for the destroyers and minesweepers to exercise command during the World War I, so these weapons can fit into a wider view of how modern navies facilitate the use of the seas.

In many respects, anti-ship missiles fit easily into this Corbettian view of naval warfare. However, there are some major differences which seem likely to have a profound impact on maritime strategy. The first is that the traditional materiel used to provide the umbrella of security has always been seaborne, and therefore benefits from the principle of the interconnectedness of the oceans.

The 19th century Royal Navy ruled the waves the world over, despite rarely sending battlefleets out of European waters. The mere fact that it could was sufficient. Land-based weapons naturally lack this flexibility.

The second difference is one of cost. High-end anti-ship missiles themselves are extremely expensive, and the targeting systems and other infrastructure that they require are probably even more costly. However, it seems certain that such costs will still be far lower than the price of the traditional arbiters of sea control. This potentially places them within reach of countries that would otherwise have been unable to afford to challenge for command of the sea.

The growth of anti-ship missiles as a provider of Corbett’s security umbrella offers the prospect not merely of increased sea denial and A2/AD, but also of the growth of regional powers able to exercise meaningful command of the sea across broad swaths of the oceans that they border.

It should be added that these weapons have considerable vulnerabilities, not least in the infrastructure and ‘kill chains’ that enable them to successfully hit a target. Also, despite the continual discussion of the death of the aircraft carrier, it’s far from certain that they will end up having greater capability, or survivability, than existing platforms. Instead, it seems likely that they will offer a different form of capability, one that might be available to more nations, or one that can be deployed in an environment that would be too risky for traditional platforms.

The development of these new technologies will unquestionably affect naval warfare in ways that are difficult for us to assess. Corbett and Mahan can’t provide us with any answers to these questions, but they do help tease out what is consistent within naval warfare from what is ephemeral. From this perspective, it appears that the impact of long-range land-based anti-ship missiles may be both more subtle and more profound than the recent focus on sea denial and A2/AD suggests.

Time for a standing force to keep the Malacca Strait clear of mines

For the best part of 50 years, NATO has maintained a standing force of mine countermeasure vessels at the ready to respond to a mining incident in the English Channel and approaches.

The force originally consisted of seven to nine mine countermeasure vessels from the Royal Navy, German Navy, Royal Netherlands Navy and Belgian Naval Force, which were assigned to the squadron for either six or 12 months to counter the threat of Soviet mines being laid by air or by submarine during the Cold War.

The force still exists, augmented by the Danish and Norwegian navies and split into two groups. Standing NATO Mine Counter Measures Group 1 is responsible for northern Europe, and Group 2 for southern Europe.

My recent Strategist post discussed the threat posed by the arsenal of mines held by China. During the Cold War, China obtained a range of Russian mine types that it has technically exploited, copied and improved to such an extent that it now possesses perhaps the largest arsenal of modern mines in the world.

Several laboratories in China are believed to be studying and developing a range of mine types. These include mobile mines, which are torpedo-like devices that can be fired from submarines and can self-navigate over substantial distances to their resting place, perhaps inside a harbour, and rocket-assisted rising mines, which blast upwards at a ship passing overhead. Another variant is a capsule, which rests in deep water waiting for a submarine to pass before releasing a torpedo to attack it.

China has been building such weapons in abundance. Other, less sophisticated mines can be launched from aircraft, surface ships, submarines, merchant ships and fishing vessels. They are effective and relatively cheap to manufacture.

In recent years, Chinese merchant ships and fishing vessels have been observed practising mine-laying, as have the large array of other dedicated Chinese navy mine-layers.

Shift focus now to the Malacca Strait, one of the world’s most important shipping lanes, through which some 94,000 ships pass each year. Their cargo includes a quarter of all global oil supplies.

Much has been said about the parlous state of Australia’s fuel reserves and the plan to stockpile oil in the United States. If the time comes to call on that emergency reserve, it will pass through the Malacca Strait. It is also a crucial route for much of Australia’s other imports and exports, including most of our coal, gas, bauxite and iron.

A mining incident in the Malacca Strait would be cataclysmic for many Asian nations and for Australia.

Mine-countermeasure assets, skills and practices among Southeast Asian navies bordering the Malacca Strait are poor, except for those of Singapore, which has continued to build its mine countermeasure capabilities and now, arguably, is well ahead of Australia.

In an attempt to raise standards in the region during the late 1990s, Australia was instrumental in having mine countermeasures included in Western Pacific exercises with allies.

But these skills were practised only every second year and were limited to very basic drills.

To counter the growing threat in the region, Australia needs to champion the establishment of a standing mine countermeasure force for the Malacca Strait. This initiative could be forged under the Five Power Defence Arrangements. Australia, the UK, New Zealand, Malaysia and Singapore all have the capacity to contribute to such a standing force, which should be ready to react at short notice to any mining incident in the strait or its approaches.

Rotating the Huon-class coastal mine hunters through such a force in Singapore would be the basis of Australia’s commitment. That would require the Royal Australian Navy to reverse its decision to remove the Huon class from service in the next four years.

In addition, the RAN has a significant number of unique minesweeping systems, now sitting idle, that can be towed easily by other ships or craft of opportunity, such as fishing vessels. A number of these minesweeping systems should be relocated to ports along the Malacca Strait, at least to Singapore and Lumut, and Malaysian and Singaporean personnel trained to use them.

New Zealand could assist with autonomous vehicle teams and Malaysia with a minehunter. Britain’s Royal Navy could also deploy a mine-hunting vessel or an autonomous vehicle team.

The standing force should commence operations under the Five Power Defence Arrangements, but vessels from other nations (such as Indonesia, Thailand, South Korea, Taiwan and Japan), along with the two US mine countermeasure vessels based in Sasebo, could also be invited to participate as required.

This initiative should be a high priority for the Australian government and the RAN.

China’s maritime dilemmas

 PHILIPPINE SEA (Nov. 16, 2007) American and Japan Maritime Self-Defense Forces (JMSDF) ships transit in formation at the end of ANNUALEX 19G, the maritime component of the U.S.-Japan exercise Keen Sword 08.The strategy behind China’s emerging naval capability is subject to considerable debate. Most of the commentary concentrates on the People’s Liberation Army Navy’s (PLAN) capability development. Some commentators argue that the PLAN has shifted its focus towards developing a ‘blue water navy’ to contest America’s maritime predominance in the Western Pacific. But, as David McDonough’s recent post on The Strategist points out, the PLAN also continues to invest in defensive ‘anti-access/area-denial’ (A2/AD) for operations in its ‘ First Island Chain’. The common theme of these assessments is that China’s growing naval power should have us worrying.

However, while the PLAN’s growing maritime capabilities potentially pose a challenge to the United States and countries in the Indo-Pacific region, it’s also important to consider the weaknesses in China’s maritime strategy. Indeed, I’d argue that provided the US and its allies and partners invest in smart counter-strategies, China will find it very difficult to overcome its maritime dilemmas and to coerce regional countries in accepting Beijing’s territorial claims. Read more