Tag Archive for: Australian Army

Why is Australia buying so many different types of strike missiles?

Defence Minister Richard Marles called in February for the Australian Defence Force to be capable of ‘impactful projection’.

Well, the defence procurement machinery is aiming to achieve that in spades, lining up acquisitions of a remarkable diversity of strike missiles. Plans can be identified to bring no fewer than eight designs of such weapons into service and to start using an old one again.

Taxpayers may well wonder why the country needs so complex a menagerie of weapons that have overlapping capabilities. All can attack distant ships, stationary ground objects or both.

In general, adding each design to an inventory increases the average cost of acquisition, training and in-service support.

The scenario that’s obviously driving the acquisitions, and the one against which their value should be judged, is defence of Australia against China. The weapons will raise the risk of sending hostile ships towards Australia or placing ground installations and equipment—such as bases, surface-to-air batteries, radars and ammunition stores—close to it.

All that assumes targets can be detected and, if mobile, tracked—a major challenge not addressed in this article.

The planned strike missiles vary in utility; some look more justifiable than others. Probably the least justifiable type is also the most famous, the Raytheon RGM-109 Tomahawk.

A partial explanation for buying such a diverse inventory is that Australia’s strike missiles will be variously carried by aircraft, ships and trucks, which often require dissimilar weapon designs. Each of the three categories of platform offers fundamentally distinct advantages and disadvantages.

Aircraft can reach a long way, strike suddenly, return to base and come back again tomorrow. Ranging far and wide, they can rapidly switch to other targets.

Sustaining that capability, however, relies on the planes and their bases surviving an enemy’s strikes. It all vanishes in puffs of smoke if enemy missiles catch unprotected aircraft on the ground or destroy fuel supplies or ammunition stocks.

Ships may be able to approach targets that are further from Australia than aircraft can reach, though that capability is far more relevant to a Middle Eastern expeditionary scenario than to defence against China. Ships can also loiter and fire at short notice, if they can survive within range of their targets for long enough. It’s a big if.

Once they shoot, they usually can’t do so again for days, maybe more than a week, because they must retire to reload, probably at a port.

Ground vehicles have the great advantage of economy. The factory-gate cost of a launcher truck, not including the missiles, may be only millions of Australian dollars. A fighter, admittedly capable of other important functions, costs more than $100 million, and a destroyer more than $1 billion.

Launcher trucks can sit on station almost indefinitely, hiding under trees or in civilian buildings. If some are destroyed, many more may still be available nearby—if their low cost has been exploited to buy them in great numbers. They can reload in minutes, and airlifters can quickly reposition them over hundreds or thousands of kilometres.

But they are restricted to friendly territory and, in Australia’s strategic context, will be unable to move closer to an enemy once they reach a coast. That means that ground-basing of strike missiles is mainly an economical and survivable means of dealing with enemy forces that come towards them.

Bearing all that in mind, let’s look at the merits of the various plans.

The Royal Australian Air Force will use four strike-missile designs, which at first sounds excessive. But three will be versions of a single type, the Lockheed Martin AGM-158, and will therefore share some training and support procedures.

Two of those will be the AGM-158B JASSM-ER land-attack missile (probably its far-flying AGM-158B-2 derivative) and the AGM-158C LRASM anti-ship missile. To some extent they can or may be able to do each other’s jobs, but each has such great strengths in its specialty that buying both looks easily justified.

The third version will be the AGM-158A JASSM land-attack missile, which has a shorter range than the JASSM-ER. Once used by the RAAF on the now-retired F/A-18A/B Hornet, it has been retained in stock—no doubt in the expectation that the F/A-18F Super Hornet or, most likely, F-35A Lightning II will be cleared to use it within a few years.

At a time when securing supplies of Western missiles is difficult, our JASSMs have a great virtue: they’re already in our possession.

Unambiguous capability duplication will appear when the RAAF receives a second strike-missile type, the Kongsberg JSM, which will be useable by F-35As and maybe Super Hornets against both land and sea targets.

Reasons for adding the JSM must be in its characteristics. The AGM-158 versions will have bigger warheads and a longer range, but the JSM should be much better at penetrating strong defences.

Equipping the Royal Australian Navy with Tomahawks is less easy to justify because it’s hard to think of targets that could be safely attacked by ships but not by aircraft.

Against China, the quick reaction time of a ship loitering on station is an improbable asset. China has a fearsome assembly of sensors and weapons for finding and destroying ships even thousands of kilometres from its coasts. Ships couldn’t loiter.

Aircraft, on the other hand, would need only to dart into a firing position and then retire.

The Tomahawk has a long range, advertised at 1,850 kilometres, but the air-launched AGM-158B-2 may fly just about as far.

Another issue is the large number of Tomahawks that Australia apparently plans to buy—220. The Hobart-class destroyers that will carry them have only 48 vertical missile cells each. If 40 cells must be reserved for defensive surface-to-air missiles, a plausible assumption, each of the three ships would carry only eight Tomahawks. So each would need to load and reload nine times to exhaust the Tomahawk stock.

The ships would be exposed not just while on station but also during at least parts of their reloading shuttle runs. Their chances of surviving long enough to fire 220 Tomahawks in a scenario involving China don’t look at all high.

The navy will also install Kongsberg NSM missiles on the Hobarts and the eight Anzac-class frigates for use against land and, mainly, naval targets. Again, if hitting the target means sailing within the coverage of China’s anti-ship reconnaissance-strike complex, the job would be better done by aircraft.

At least NSMs won’t use scarce vertical missile cells; they will have separate canisters. Also, some commonality with JSMs may reduce operating costs.

An anti-ship strike capability will also be available from RIM-174 SM-6s in the Hobarts’ vertical cells—but commanders of those inadequately magazined ships would usually want to reserve SM-6s for air and missile defence, which is their main purpose.

While value for money is a strong reason for equipping the Australian Army with strike missiles, it won’t be able to hit very distant targets with them, at least at first. If based on Australian territory the missiles would provide only a sort of last-ditch capability to ward off enemy ships in case the RAAF was suppressed.

Army strike missiles would be far more useful if moved forward onto islands of our northern neighbours, helping to defend them while creating barriers against access to Australia. That concept seems to gel somewhat with the defence strategic review’s call for the army to have an amphibious capability.

The army will get cruise strike missiles, quite possibly NSMs, and Lockheed Martin PRSM ballistic weapons. The NSM can hit both land and sea targets, and the government should be aiming at a PRSM version that can do the same.

So why would we keep both types? Maybe because the NSM, though it has a shorter range than the 500-kilometre PRSM, would have a better chance of penetrating defences. Also, it would already be in navy service. Still, an opportunity for simplification is apparent.

Later, a third army type, the PRSM Increment 4, should also enter service for use against land and sea targets, justified by having yet more range. It surely will be more expensive, so we’ll probably want to keep the original PRSM, too.

Building integrated air and missile defence for Australia

The defence strategic review has identified a glaring gap in Australian Defence Force capability—the almost complete absence of any form of long-range layered integrated air and missile defence (IAMD).

The long-held assumption that Australia is protected by its geography, with its splendid isolation from regions of instability and a sea–air gap to our north as an impassable strategic moat, means we’ve been slow to protect ourselves from a growing missile threat at longer ranges.

The review notes that China’s military build-up is now the largest and most ambitious of any country since the end of World War II.

While the review doesn’t specifically identify the threat posed by China’s strike capabilities, it’s clear that Australia’s north is wide open to long-range, medium-range and intermediate-range ballistic missiles, hypersonic weapons and advanced land-attack cruise missiles, all of which can now be employed by China’s navy, air force and rocket force.

The review says Defence must deliver a layered integrated air and missile defence capability urgently, and that it ‘must comprise a suite of appropriate command and control systems, sensors, air defence aircraft and surface (land and maritime) based missile defences’.

The review warns against the pursuit of a ‘perfect’ solution that won’t be available quickly enough or at an affordable cost, but urges military-off-the-shelf solutions. It says Defence must ‘reprioritise the delivery of a layered IAMD capability, allocating sufficient resources to the Chief of Air Force to deliver initial capability in a timely way and subsequently further develop the mature capability’.

IAMD is about networks and systems of systems rather than individual platforms. More specifically, it’s about kill chains comprising sensors and shooters and the command-and-control links between them and decision-makers. The goal is to defeat incoming missiles, be they ballistic or air-breathing cruise missiles or low-level aircraft and autonomous vehicles.

The complexity of IAMD and the highly technical nature of the challenge posed by ever more sophisticated attacking systems, with hypersonic weapons now on the horizon, will drive up project costs and generate delays if the goal is a comprehensive solution to provide what some call an ‘astrodome defence’. In considering IAMD, it’s important to distinguish between national missile defence, of the type deployed in the United States to defend against a very limited nuclear attack, and defending key targets against a directed attack by conventional missiles.

The objective for IAMD in Australia must be to defend geographical environments on and around key military facilities—particularly in the north—from direct missile attack, including by hypersonic weapons and advanced autonomous aerial vehicles. It should not be to protect the entire nation, or to provide a leak-proof astrodome defence that is technically unachievable within a short time and would be prohibitively costly.

Effective ground-based air and missile defence systems that Defence should consider are available. Project Air 6502 is intended to deal with medium-range threats, and Air 6503 with high-speed advanced-missile threats.

The Australian Army is already deploying the Kongsberg–Raytheon NASAMS (National Advanced Surface-to-Air Missile System) to deal with shorter-range threats. It is one of the most advanced short- to medium-range ground-based air-defence systems available and is designed to counter threats such as drones, fixed- and rotary-wing aircraft, and cruise missiles. Four NASAMSs have been used in Ukraine with great success against cruise missiles and armed drones. Seven more are to be provided. NASAMS is a highly networked system that can engage up to 72 targets concurrently. The system’s networked nature allows it to defend a wide region.

NASAMS’ maturity and availability make it the logical path for further development if Defence wants longer-range IAMD capabilities quickly. Its open and distributed architecture would enable additional longer-range interceptor missiles to be integrated into the system. The AMRAAM-ER missile with a range of 70 kilometres has been integrated into NASAMS, and Raytheon’s SkyCeptor missile has a range of 200 kilometres.

IAMD must also meet the challenge posed by longer-range medium- and intermediate-range ballistic missiles, such as China’s DF-26 IRBM. Lockheed Martin’s THAAD (Terminal High-Altitude Area Defence) system would enable the ADF to intercept ballistic missiles in the terminal phase (as they re-enter the atmosphere) out to 200 kilometres. Raytheon and Lockheed Martin are the lead companies selected to support Defence’s guided weapons and explosive ordnance enterprise, enabling the option to manufacture missiles in Australia. Combining an inner layer based on enhanced NASAMS and an outer layer based on THAAD could effectively defend the north against ballistic missiles.

A key technical challenge in intercepting very high-speed missiles at long range is early detection. That’s even more difficult with manoeuvering hypersonic glide vehicles, which could be delivered by China’s DF-17 medium-range missile and DF-27 intermediate-range hypersonic glide vehicle. Relying on sensors to detect a missile launch by such a vehicle reduces the chance of early warning, especially if the craft can fly low and use terrain masking to minimise detection.

For Australia to have longer-range IAMD effective against emerging threats such as the DF-26 and DF-17, the system should have networked sensors based on satellites in orbit. Space must play a role, with small satellites dedicated to missile detection, early warning and tracking in low-earth orbit to extend early detection and expand reaction times.

Australia already gains access to missile threat information via the US space-based infrared system, and will also have access to its successor, the next-generation OPIR (overhead persistent infrared) satellite. But IAMD opens up a new opportunity for Australia’s commercial space sector to develop sovereign missile early warning capabilities to complement and augment the US system under the Combined Space Operations initiative. IAMD shouldn’t just be a ground-based capability—space needs to be part of any ADF system to counter longer-range high-speed threats.

Collaboration on space-based missile early warning, detection and tracking, including for manoeuvering hypersonic threats, would fall neatly into the AUKUS Pillar 2 priority area of hypersonics and counter-hypersonics. Traditional ballistic missiles such as the DF-26 and DF-21D are hypersonic. China is developing hypersonic glide vehicles and in 2021 tested a ‘fractional orbital bombardment system’. Investment in IAMD must embrace new threats and must be able to engage high-speed, long-range capabilities.

The challenges are to meet these threats without requiring a silver bullet and to deliver a capability quickly and at a reasonable cost. Establishing IAMD won’t be easy.

Japan ditches attack helicopters—will Australia do the same?

France invented the attack helicopter in 1956. Sixty-seven years later, Japan has decided that the idea has had its day.

‘Elimination of obsolete equipment’ is the cruelly decisive headline above photos of a Bell AH-1 Cobra and a Boeing AH-64D Apache, both attack helicopters, in a Japanese Ministry of Defense policy update published in December.

Uncrewed aircraft will replace them. The reason isn’t budget stress. On the contrary, plenty of money would have been available for the ministry’s formerly planned Cobra replacement program, because Japan is doubling its defence budget’s share of the economy.

This further calls into question Australia’s 2021 decision to renew the Australian Army’s attack helicopter force by buying 29 Apaches of the AH-64E version.

If fact, the Australian government and Department of Defence already may have lost interest in placing an immediate order.

Japan is also getting rid of scout helicopters—essentially, light attack helicopters that put more design emphasis on sensors instead of firepower. This decision is less radical than ditching helicopters for the attack mission, since reconnaissance and surveillance are among the first tasks shifted to uncrewed vehicles of any kind.

Japan will begin operating uncrewed replacements for attack helicopters this year, says the Yomiuri newspaper, citing several unnamed official sources. General deployment is to follow in 2025, the Yomiuri has said.

The 48 Cobras were already due for retirement. The ministry assessed possible crewed replacements for them in 2018 but omitted acquisition from its defence plan for 2019–2023.

Judging from reported plans for the trials, replacements will include loitering munitions (also referred to internationally as ‘kamikaze drones’). There will also be ordinary reusable drones of various sizes, such as have been appearing in armies in greater numbers for decades, often taking over the roles of crewed helicopters.

Australia’s intended order for Apaches has been part of the army’s plan to thoroughly re-equip itself for intense combined-arms ground combat.

As the risk of a maritime and air war involving China has become Australia’s overwhelming security concern, the army’s costly equipment plans have looked ever less relevant.

Now we have the judgement of Japan, a close friend, that attack helicopters are not worthwhile even for its capability requirements, which include land fighting to defend territory.

The attack helicopter was invented when the French Army, fighting in Algeria, took a step beyond simply bolting machine guns onto rotorcraft airframes. In 1956 it variously equipped Alouette II light utility choppers with anti-tank missiles or unguided rockets. Two years later, Bell Helicopter in the US saw that an ideal helicopter configuration for the attack mission would include a slim body with two crew members sitting in tandem; the US Army ordered the concept into production in 1966 as the AH-1.

The Australian Army didn’t participate in this revolution until 2004, when it began taking deliveries of 22 Airbus Tigers. They were so troublesome that they did not become fully operational until 2016 but since then have been performing well. The former government decided to replace them with Apaches.

Weapon categories rarely become suddenly obsolete. Usually, they progressively lose application as people devise increasingly effective countermeasures to them. In the fight to stay relevant, they often become more elaborate and costly. In some cases, a new, cheaper weapon category appears as a replacement.

All that has been happening to the attack helicopter. Short-range weapons for use against fleeting, low-level air targets have improved—and these weapons are largely designed to knock down jet aeroplanes flying several times faster than helicopters. Even unsophisticated guns and rockets intended for ground targets can be alarmingly effective against helicopters.

As lessons from wars such as the Iraq conflict 20 years ago have sunk in, decisions on the use of attack helicopters have become more prudent, meaning that sometimes they’re not used at all.

Russian attack helicopters have suffered badly in Ukraine. The Royal United Services Institute in London finds that at least 37 were lost between the 24 February invasion and 7 November last year.

Portable air-defence systems, or manpads, imposed heavy losses on attack helicopters that penetrated Ukrainian-held territory on search and destroy missions, RUSI says. Russia resorted to keeping such rotorcraft on its own side of the battle area, from where they could safely lob rockets.

No doubt Japan would imagine that its Apaches and the formerly planned Cobra replacements, if it had bought them, would have performed better than Russia’s attack helicopters—but not well enough, it seems.

Attack helicopters have also become more complex as armies have demanded more robustness, situational awareness, and weapon range, for safety. Compared with the Cobra, which is smaller, the Apache is an astonishingly high-performance machine.

And the cost these days? Well, the budget for Australia to buy 29 Apaches and make them operational is more than $5.5 billion—$190 million each.

Meanwhile, cheap battlefield drones are proliferating. They’ve also suffered badly in Ukraine, but they’re much cheaper and don’t have anyone in them when they crash. The Turkish-made Baykar Bayraktar TB2 drone, with a gross weight of 700 kilograms, reportedly costs US$1–2 million. For fair comparison with the Australian Apache acquisition, we could double that figure to include the cost of making them operational, with weapons, training and so on.

All this doesn’t mean that the attack helicopter is useless or that drones can replace it in every mission. But each of the trends discussed here is undermining its competitiveness in terms of value for money.

Japan has evidently judged that the competitiveness has now been damaged too much.

One aspect of its decision should stand out for Australia. Tokyo did not conclude that attack helicopters would still be viable if they had the highest capability available—which is to say, if they were AH-64Es. And it took that view even though its possession of 12 AH-64Ds would have greatly cut the cost of introducing the newer version.

That newer version is precisely the one that Australia decided on.

In May 2022, then–prime minister Scott Morrison said the government had ‘finalised’ the ‘investment’ to acquire AH-64Es.

But is Australia still planning to purchase new crewed attack helicopters at all?

In preparing this article, I asked the Defence Department about the status of the AH-64E program.

Defence did not provide an answer, not even a ‘no comment’, which would be most unusual for a program of no great secrecy that was proceeding more or less as intended. The department may be awaiting the outcome of the government’s defence strategic review.

Remembering Jim Molan

Major General Jim Molan—outstanding soldier, leader, statesman, strategist, pilot, linguist, politician, patriot and author—passed away peacefully on 16 January. At 72 years young, Jim lost his last campaign with his loving wife Anne and their family by his side. As with everything in his life, Jim faced cancer with courage, determination and good cheer. He made the most of every moment throughout his life.

Deservedly, Jim’s life and his many achievements have been acknowledged by our national leaders and recorded in our media, as is right and proper for such a distinguished human being as Jim was. There is no need for me to repeat the many well-deserved accolades here. Instead, we all harbour and cherish our own memories of Jim’s remarkable life, which, above all, was one of service before self. Right up to the end, Jim continued to work hard for his family and all Australians, living the legacy of our Royal Australian Regiment’s motto ‘Duty First’, and always living by the motto of the Corps of Staff Cadets, doctrina vim promovet (‘learning promotes strength’).

Jim and I met as fellow Duntroon classmates in 1968, and we continued as close friends throughout our parallel military careers, linked as well by our similar family circumstances and constant relocations. Very aware of Jim’s battle with cancer, our fellow classmates feared the worst and yet, when the news broke of Jim’s death, I instantly recalled Mark Twain’s comment on the false report of his own death: ‘The report of my death was an exaggeration,’ he wrote. I had wished it was the same for Jim. Numbness. Disbelief. My good friend was too resilient. He had so much more on his to-do list.

Throughout his full life, Jim made many friends. Hailing from a large Catholic family in the Melbourne suburb of Ivanhoe, and an Essendon supporter, Jim was forthright in his views and firm in his opinions, which were not always agreed by others. There was never any doubt about what Jim thought or his respect for the people around him. He was a good arguer, and an even better listener, always paying attention to the opinions of others. People might have disagreed with Jim, but I have never known anyone (not even non-Essendon supporters) who did not like and respect Jim Molan after sharing time with him.

Jim had a great way of connecting with and empowering people. Wisely, he kept his friends close and his foes even closer. Jim was envied by many of us as one of those rare ‘great blokes’—industrious, knowledgeable, talented and with a great sense of fun. Among our classmates and their families, Jim was sometimes known as ‘Lloyd Nolan’, after being incorrectly named by the Canberra media on winning an Aussie Rules award as a cadet. Some thought this misnaming was poetic justice for an Essendon supporter.

Jim’s emotional intelligence and cultural awareness guided his success. He led and empowered others, and he was highly regarded by all the nationalities with which he worked. As a young platoon commander in Papua New Guinea he was revered by his soldiers. Jim was the head of the Australian Defence Staff in Indonesia during the fall of President Suharto and the East Timor crisis, and he and his team were tireless in supporting the Australian embassy as it managed the repatriation of non-essential personnel.

But it was his ability to engage with his Indonesian military counterparts that greatly contributed to the success of Australia’s intervention in East Timor in 1999. As I set about putting together the UN force elements in New York, Jim’s brilliance as a military diplomat was the key to INTERFET’s success. Many young Australians who served in East Timor are alive today because of Jim’s negotiation skills.

And later, as a major general working with the Americans in Iraq as chief of operations, Jim’s attention to detail and his deep care for the welfare of his troops enhanced his own reputation as a commander and the Australian Defence Force’s reputation as a professional military.

As a senator for New South Wales and a deeply committed Australian, Jim campaigned for our country to have a national security strategy, but his early death left this work unfinished. While he and I may have collegiately differed about the content, we were in total agreement on its need for the future security of our country and the wellbeing of our fellow Australians. Let us all hope that his wishes will be fulfilled, and that his legacy is a safer and more secure Australia.

Vale, Jim Molan. You have departed this mortal life prematurely, but never from our hearts.

Editors’ picks for 2022: ‘Redesigning the Australian Army for an uncertain future’

Originally published 24 March 2022.

The 2020 defence strategic update states that the Australian Defence Force is ‘to deploy military power to shape our environment, deter actions against our interests and, when required, respond with military force’. It’s less certain that the military options available to decision-makers are well suited to these tasks in the contemporary regional environment.

This is arguably the case with the land force. So, how might the Australian Army better integrate with the joint force and our regional geography, remaining grounded in formation tactics while becoming an integral part of what has been described as a joint, federated targeting system? More simply, how can we become as lethal and survivable as possible? In the most recent edition of the Australian Army Journal, I offered some deliberately provocative, creative suggestions for how this might be done.

The tired debate about tanks and armoured vehicles has re-emerged with a looming Land 400 decision. I stress that I’m not anti-tank or anti–Land 400. My professional life started in an armoured regiment and I deeply appreciate the value of armour. There’s space for a discussion about how land forces might operate in the region that eschews the quasi-religious characteristics on both sides of this debate.

Vague military terms of art need some elaboration first. ‘Formation tactics’ is among the key organising concepts for how land forces have traditionally fought. Crudely speaking, this doctrinal framework provides a set of tools for fighting ‘close combat’. While there’s a great deal of flexibility in this framework, for Australia this approach centres on brigades as the key unit of action, with combined arms (that is, integration of various arms of the force like infantry, armour, aviation and fires) the foundation stone of their capability.

The Australian Army, along with allied militaries and the remainder of the ADF, is in the process of refocusing on strike capabilities, notably with major acquisitions of missile systems. This is all occurring alongside a worrying scepticism among informed analysts about what military force will and will not be capable of accomplishing in the region, usually centred on anti-access/area-denial (A2/AD) capabilities.

Debate is alive on what the future force looks like and how the ADF might pursue a focus on ‘shaping’ and ‘deterring’ adversaries. Yet, despite some organisational developments, the Australian Army is still organised around more or less traditional combat brigades, and formation tactics arguably remains the framework through which most army leaders think.

One of several key difficulties is that what makes a force successful in prosecuting close combat is not necessarily optimal for conducting strike, particularly in a maritime environment.

I suggest a force design with radically different relationships among force elements. This is a highly dispersed and dramatically flattened network of nodes, aggressively interwoven with deception measures and capable of unconventional sustainment. A capacity for both close combat and strike needs to reside within the same task groupings. Close combat enables strike options and strike enables close combat at different points in space and time.

Robust but small—50 to 200 personnel—elements or nodes are dispersed in a maritime setting, paired with a mix of strike assets like anti-ship missiles, and deeply interwoven with decoy measures. This dispersed posture offers options for concealing strike capabilities (both land-based missile systems and sensors integrated with fires from ships and aircraft) within a joint grouping that may well be conducting a range of other taskings. Crises may escalate, for instance, while land forces are already in the region conducting training and assistance tasks or engaged in a stabilisation mission, almost certainly alongside a whole-of-government presence.

Such groupings—small-scale combined-arms capabilities (yes, sometimes including armoured vehicles) teamed with sensors and anti-ship (or land strike or anti-air) missiles—are deployed along coastlines and dispersed among islands. They are deployed with and sustained by military transports, small landing craft, Chinook helicopters and so on, as well as vessels such as civilian ferries and aircraft like Boeing 737 jets. Dummy command nodes are many and form a key part of the signature management of the operation, making it as hard as possible for an adversary to make sense of the Australian posture through the noise of radio traffic. The effort is integrated with whole-of-government effects and intelligence feeds.

In these groupings, close combat and strike capabilities can be seen as a pair, with shifting responsibility for a ‘protect’ function. The close combat force provides intimate protection for missile systems, opens options for deception, and allows the group to fight for position so strike assets can take the shot if needed. (The capability taking the shot might be an integrated land-based missile, but it might also be an F-35 joint strike fighter or a naval platform). Under other conditions, strike capabilities protect the group from adversary strikes and—necessarily tied in with other joint platforms and sensors—mitigate the risk of isolation.

A significant part of this schematic concept comprises efforts to minimise vulnerabilities in our traditional structures. For instance, a number of equivalent command nodes should coexist, either working together in an established operational design or rotating supremacy as ‘first among peer’ headquarters. This could provide a level of redundancy to adversary strike, which will surely target such command nodes, and reinforce the deception effect that’s intended to be pervasive.

Also inherent in this concept is a variable level of reliance on civilian and military logistics. We need to think about how to project and sustain regional operations while scarce military assets (like landing ships or transport aircraft) are being husbanded, or when unconventional sustainment options, like civilian shipping or commercial airliners, might help deceive an adversary.

All militaries operating in our region face convergence pressures. The recent US Marine Corps concept of ‘expeditionary advanced base operations, known as EABO, reflects the similar adaption pressures facing the US military. Multiple authors have already called for emulation of A2/AD approaches.

It’s unsurprising that similar questions are raised with EABO and related developments. Perhaps the most prominent is the tendency to talk about the operating environment as if it were a blank slate. (It is clearly not—see ‘Riding shotgun’ in a previous Army Journal). Not only do adversaries get a say, but so do sovereign partner states, which have their own sensitivities and interests. All military concepts for operating in the region are void unless our relationships with key regional players enable those concepts.

The most significant question, though, is what relatively small and lightweight forces can actually achieve. We have ample experience of the isolation and loss of forces in the near region: the disasters of Sparrow Force in Timor and Lark Force at Rabaul in 1942 are sobering examples of the real risks facing disaggregated forces in the archipelago. The isolation and destruction of even very large conventional forces in maritime Southeast Asia throughout World War II illustrates this risk. In strategic terms, our marginal benefit or comparative advantage in a regional setting, ‘walking among the giants’, will always be limited. We may simply not be capable of credibly holding adversaries at sufficient risk.

More bridges are needed between professional discussion and policymaking. The Australian strategic conversation is awash with references to deterrence. Material acquisitions are important, but judgements about the operational art of the possible should inform our strategic posture. Creative and provocative suggestions about how we might redesign the force should be a part of that discussion.

Australian Army’s long-range strike capability could be firing blind

The Australian government has committed to spending $5 billion on procuring a land-based long-range strike capability, which will almost certainly be the US-produced High Mobility Artillery Rocket System, better known as HIMARS. This investment, under the Defence Department’s Land 8113 project, includes $70 million in spending on the US’s Precision Strike Missile program to develop land-based strike munitions with a range of 499 to 5,000 kilometres.

This significant investment will deliver an essential element for the Australian Army to develop a robust and persistent anti-access/area denial (A2/AD) capability. But acquiring the missile-delivery system without a dedicated surveillance and target acquisition, or STA, capability means that Australia’s long-range fires will have no eyes.

Without accurate targeting data, the capability will be unable to provide accurate kinetic effects at the time and place required. However, as discussed below, there are a few options to remediate this deficiency and generate a decisive land-based strike capability for the Australian Defence Force.

Land 8113 will procure the long-range fires missile launcher with appropriate command and control, logistics and an organic counter-fires radar capability. These radars can detect and provide highly accurate target data on adversary surface-to-surface fires to enable them to be quickly and accurately struck. In this, the army will have a very effective and efficient counter-fires capability.

However, this will only support close combat of 30–100 kilometres and is inherently reactionary: the enemy must fire artillery shells or missiles for the radar to provide target data. Long-range fires need sensors in their engagement range to proactively target non-firing or passive enemy positions.

Long-range fires will be employed mainly in support of the joint force at the operational level. One of the primary intended STA capabilities for the joint force, the MQ-9B SkyGuardian, was planned under project Air 7003, which has now been cancelled in part to fund the $10 billion REDSPICE cyber program. The SkyGuardian was to provide an ‘armed, medium-altitude, long-endurance, remotely piloted aircraft system providing persistent airborne Intelligence, Surveillance, Reconnaissance, Electronic Warfare, and precision strike capability for both land and maritime environments’. It could be argued that the capability offered under Air 7003 was essential to the ADF’s aspirational A2/AD capability and that a major gap now exists.

Now that Air 7003 has been cancelled, the STA capability for the joint force falls to ‘other joint and strategic sensors’. This ambiguous term refers to using two sets of capabilities. The first consists of the air force’s P-8 Poseidon and the yet-to-be-delivered MC-55A Peregrine and MQ-4 Triton platforms—all of which have arguably already been assigned necessary air and maritime domain tasks. Regarding the second, the loose argument is that strategic collection assets would support joint force targeting.

However, the reality is likely to be that none of these systems or capabilities would be assigned to directly support long-range fires, and any targeting support would be incidental or opportunistic at best across undefined and fragile communications systems. This tenuous ‘solution’ is not conducive to Defence having a responsive, agile and robust long-range fires capability to support the joint force.

The army has its own STA capability, based on the 20th Regiment, Royal Australian Artillery, which operates the RQ-7B Shadow tactical uncrewed aerial system, or TUAS. From 2023 to 2026, Phase 3 of the Land 129 project will replace the Shadow with the Boeing Integrator, with an expansion from two subunits to three and an increase of two TUAS to six. (A TUAS consists of sufficient air vehicles, ground control stations, launch and recovery and ground support equipment to enable 24-hour persistent operations.)

Despite the three-fold increase in capability and the possibility of an extended-range version of the Integrator, this platform is not being positioned to support long-range fires despite its suitability. The dislocation of a suitable STA capability can be primarily attributed to 20th Regiment’s impending move to the Army Aviation Command. While the move will facilitate the regiment’s stated role of providing intelligence, surveillance and reconnaissance (ISR) support to combat brigades inside Forces Command, it will not allow it to build the relationships, practices and integration pathways needed to support long-range fires.

The expanding role of TUAS will exacerbate this problem, because the systems are also set to support armed reconnaissance helicopters under Land 4503 and provide ISR to joint taskforces, the Amphibious Task Group and Special Operations Command. This breadth and a lack of prioritisation of ‘customers’ for the army’s TUAS means it is also unlikely to be a reliable direct STA capability for long-range fires.

So, what are the possible solutions for filling this STA capability gap? Defence could accept the risk and seek to coalesce an STA capability with the various peripheral capabilities mentioned here. However, that approach would be problematic, fragile and likely not tenable in combat. Another option would be for Defence to reinvest some of the Land 8113 funds into an STA capability, possibly expanding Phase 3 of the Land 129 acquisition while it’s still in production, combining counter-fires and TUAS STA capabilities within the fires brigade being established in 2023. That is possible, but would require funding of $250–350 million, noting that the total cost for Land 129 Phase 3 is $650 million. A third option would be to re-establish Air 7003 and fill the capability gap its cancellation created at a cost of $1.3 billion.

The army needs a specified STA capability that can provide direct target acquisition as part of a joint, operational system for the long-range fires units. Without such a capability, the government’s $5 billion investment is unlikely to provide the long-range strike and A2/AD capability deemed critical in Australia’s increasingly uncertain and complex geostrategic environment.

Where does armour sit among the government’s defence priorities?

ASPI recently published Albert Palazzo’s excellent, balanced report on the Australian Army’s planned infantry fighting vehicles, or IFVs. The report achieves its goal of explaining the purpose and nature of the capability. But reading it in its various drafts reminded me that successive governments, for better or worse, have regarded heavy land forces differently from other areas of defence capability. In this piece I’m not going to argue for or against that capability but simply highlight that governments don’t appear to have shared Defence’s priorities.

The Australian Army’s M113 armoured personnel carriers are obsolete. Nobody disputes that. They’ve been obsolete since—well, there are no hard and fast rules around obsolescence. They went to Somalia in the first half of the 1990s and to Timor-Leste in 1999 and again in 2006, but due to their lack of protection, none were sent to Iraq or to Afghanistan in any part of Australia’s long deployments there. So for higher threat environments, they’ve been obsolete for decades.

In 2011, when I returned to the Department of Defence’s contestability function after several years away, the first thing I had to do was prepare a paper for senior committee consideration of the Land 400 constellation of projects, which are to deliver the army’s land combat vehicle system. It was acknowledged by all even then that the M113 was obsolete and the Australian Light Armoured Vehicle, or ASLAV, wasn’t far behind.

The army has consistently argued that the lack of an adequate IFV represents a major capability gap because an IFV is an essential component of a balanced combined-arms concept of warfare. Without it, an army can’t conduct combined arms effectively and consequently can’t operate with acceptable levels of risk in medium- to high-threat environments.

So, why hasn’t the M113 been replaced already? Land 400 Phase 3, which is scoped to acquire a fleet of 450 modern IFVs, has been part of Defence’s investment plan for years. After a long and rigorous evaluation process, the government’s consideration of Defence’s recommended solution (either Rheinmetall’s Lynx or Hanwha’s Redback) was scheduled for September this year. That now appears to have been deferred, potentially until the defence strategic review is finalised in March. But even if a second-pass decision had been announced in September, delivery of the complete system still wouldn’t have occurred until well into the 2030s.

Whether the previous government would have approved the capability as scheduled is a moot point, but it’s worth noting that it requested Defence to provide it with costed options for fewer than 450 vehicles.

This brief historical review raises the question of why, if the capability gap is so serious, the delivery of a suitable replacement has taken so long. Why has the government accepted a capability gap that will have lasted around 40 years?

The contrast with two other areas in which Australian governments haven’t accepted capability gaps couldn’t be more stark. In 2006, Defence Minister Brendan Nelson did not accept the department’s assurances that it could maintain an adequate air combat capability throughout the long transition from the F/A-18A/B Classic Hornet and F-111 fleets to the F-35A. Frankly, as the author of the cabinet submission that set out that transition, I didn’t find the department’s business case to be particularly compelling either, but it’s quite remarkable that the minister overruled his department’s advice. On top of that, he persuaded his cabinet colleagues to find $4 billion in additional funding for a ‘bridging’ air combat capability that the department hadn’t even asked for.

The case of submarine capability is even more dramatic. For years, ministers and government officials told the Senate and Australian public that the Attack-class submarine being designed by France’s Naval Group would provide a ‘regionally superior’ capability. And then, suddenly, even before construction started, the previous government assessed that it would be obsolete virtually the moment it was delivered. Instead, that government embarked on an ambitious, lengthy and extremely expensive pursuit of nuclear-powered submarines. One can only conclude that it believed it was worth $100 billion or more to address the prospect of an obsolete submarine capability.

Moreover, in light of the extended schedule that’s likely to be built into the establishment of a nuclear-powered submarine capability, the new government has now flagged that addressing the prospect of any capability gap that may emerge during that transition is a key part of the work of the strategic review.

It seems reasonable, then, to conclude that successive Australian governments have regarded the risks presented by shortfalls in land combat capability to be more manageable than risks in air and undersea combat capability. And the historical record of recent decades would show that Australian governments have found ways that manage the former to their satisfaction. We can argue about whether Iraq and Afghanistan were wars of necessity or wars of choice in terms of whether Australia showed up or not, or whether a strategy of relying heavily on small numbers of special forces was a successful approach. But the governments of the day seemed to believe they had sufficient choices and didn’t rush out to acquire heavy land capabilities—even modest interim or ‘gap-filling’ ones—to send to those contingencies.

Different observers will have different explanations for this. In my view, the ‘defence of Australia’ doctrine has cast a long shadow over Australian strategic thinking. Rightly or wrongly, Australian politicians ultimately believe that an adversary has to cross the air–sea gap, so stopping that from happening is the highest capability priority. The supporters of armour haven’t been able to overcome that assumption.

Advocates of armour have generally made their argument at a number of levels: a general case that soldiers need protection; a doctrinal case that it is necessary for combined-arms operations; and a tactical case that armour can be used in complex terrain, for example. But where they have had less success cutting through is in making an operational case that is situated in our region—that is, explaining the kinds of real-world scenarios in which armour would make a difference in protecting Australia’s interests.

That committee paper a decade ago recommended that Defence explain to the government how the capability would be used in likely contingencies in our region. It wasn’t done back then; I don’t know whether it has been done since. Palazzo’s paper suggests some examples of how and where it could be used and they are certainly within the realm of the possible. In my experience, proponents of armour generally don’t do this, instead arguing that it’s impossible to predict all contingencies. What the government wants, they say, is options to address any potential contingencies and armour does that. Perhaps. There are lots of capability options that Australian governments have chosen not to hold.

When real-world examples of contingencies are put forward, I’m not sure they are particularly compelling for governments. For example, some proponents of armour point to the possibility of another contingency like the battle of Marawi, an urban fight in Southeast Asia that Australia could deploy heavy land forces to. But in the actual battle of Marawi, Australia provided a range of assistance to the Philippines, such as training and intelligence, surveillance and reconnaissance; that is, the government did have viable options to contribute. At this point the discussion devolves into unanswerable hypotheticals: would the government have sent heavy land forces if it had had them? What if the contingency wasn’t discretionary? What if it was closer to home or at home?

Throughout the post–Cold War era characterised by stabilisation, counterterrorism and counterinsurgency operations, Australian governments did not see the need to have options to deploy heavy land forces. The question is, will that change now that we’re in an era of renewed great-power competition that presents the prospect of conventional conflict with a peer adversary? Will the government see the ability to conduct close-quarters land combat as a higher priority than, say, enhancing long-range strike and denial capabilities? It’s entirely possible. But while the government has delayed the IFV decision, it has said that nuclear-powered submarines and the Hunter-class frigates are not in the strategic review’s trade space, suggesting that the traditional capability priorities haven’t yet changed.

That doesn’t mean the government won’t agree to the full scope of Land 400 Phase 3, or at least a large part of it, particularly if the strategic review makes a strong recommendation in its favour. But I would suggest that Defence would help the government reach that decision if its narratives moved beyond the abstract and explained how the capability would play a role in plausible contingencies in our near region in an era of great-power competition. The concrete is always more compelling than the abstract.

Infantry fighting vehicle decision will determine Australia’s way of war

How a nation prepares for war is nearly as important as how it wages war. It is in peacetime that a military identifies and acquires the weapons with which it will fight, determines their optimal use, perfects doctrine, and trains its force. Once war comes it is largely too late to make major adjustments—a military fights with what it has, and hopes that its doctrine and training are appropriate, and that there is scope to make adjustments where needed.

The Australian Defence Force is at a transition point in its understanding of the future of war. As its chief, General Angus Campbell, said to an ASPI audience in 2020, Australia faces a more dangerous and unstable future. To meet this danger, the ADF must acquire equipment that is up to the task of safeguarding the nation in a more disruptive age. For the Australian Army, the critical acquisition is the infantry fighting vehicle under project Land 400 Phase 3. These heavily protected and well-armed vehicles sit at the heart of the army’s future combined-arms system which will help enable the ADF to fight as a joint integrated force rather than as three separate services.

The assertion that a single vehicle, such as the IFV, is so central to how the ADF will fight in the future may strike some as an exaggeration. It is not. The infantry fighting vehicle goes to the heart of what war has always been and what it will remain—a contest between people and the land on which they live. Whether Australia finds itself in a future insurgency-style war, similar to Afghanistan, or a more intensive struggle, such as that in Ukraine, control of people and the land they live upon is the constant.

There’s no doubt that long-range missiles, drones, submarines and long-range bombers are useful and necessary platforms. However, distant strike, ubiquitous sensing and cyber-driven operations exist to achieve what continues to determine war’s outcome: soldiers closing with their adversary, seizing ground and giving them no choice but to accept defeat. This requires personnel on the ground, and IFVs will provide the battlefield protection and mobility they need to exert force over the enemy.

Soon the government will make a decision on which IFV it will acquire for the army and in what number. The contenders are the Hanwha Redback and the Rheinmetall Lynx. It will not be an easy decision since both are highly capable vehicles. To assist in this decision, I have authored an ASPI special report, Deciding the future: The Australian Army and the infantry fighting vehicle.

My goal was to explain the importance of the IFV in determining how the army will fight in the more dangerous future that is unfolding. It highlights the role these vehicles will play in advancing the ADF’s joint warfighting system. These vehicles represent a generational leap in technological capability over what they replace, much like the Royal Australian Air Force’s experience when it went from a fourth- to a fifth-generation force with the acquisition of the F-35.

In making its observations on the critical importance of the IFV decision, Deciding the future also considers the existing gaps and opportunities that Defence needs to address to obtain the most from these vehicles. For example, the ADF has traditionally undervalued logistics, which will have an effect on the operational deployment and sustainment of these vehicles. There are solutions to present logistic gaps or offsets that can be leveraged. Still the government needs to recognise, as the report points out, that optimising the ADF’s combat capability will necessitate additional investment, not just in logistics, but also in armed and counter-drone systems, local ammunition manufacturing and further integration with the other services. Mitigations exist for these deficiencies, but the point is that the IFV is not a stand-apart capability. Rather, it is one that both needs and creates links across the entire force.

The performance of the Russian army in its war with the Ukraine has led some to hastily conclude that armoured vehicles have had their day. This is short-sighted thinking, which the report disputes. Russia’s performance has been abysmal, but its failure to employ properly trained troops, decent leadership, effective logistics and up-to-date platforms have been more telling than armour’s putative obsolescence. This war offers many lessons, but none suggest that the Australian Army does not require an IFV.

To put its conclusions into a broader context, Deciding the future provides scenarios illustrating potential tasks the government may want the ADF to perform, and the place of the IFV in such tasks. These include an urban fight in support of our archipelagic neighbours, a resumption of conflict on the Korean Peninsula and the defence of forward-deployed missile batteries in a maritime contest against a peer competitor. The report also takes into account climate change and its potential to result in deployments ranging from peacekeeping to helping restore stability amid state collapse.

The more dangerous world that Campbell predicted two years ago is coming into being. Strains are being felt across the international system, from climate change to more assertive authoritarian states, while fundamentalist movements continue to threaten. To protect Australia the nation will need a force that is more robust and powerful than it is at present. The IFV represents an investment in army capability for a more dangerous age.  As Deciding the future maintains, it is now up to the government to determine the extent and direction of that investment.

Defence review must find a way to join the parts of the ADF together—before it’s too late

The Strategist has been defence-review-heavy recently. Much of the conversation has centred on conventional land forces and armour in particular. This has been couched in terms of generic land combat rather than in the context of Australia’s defence policy, which prioritises independent operations in our near region. Prioritising the region makes sense both for the US alliance and for the Hugh White scenario, in which we have to fight alone. It also provides some specificity, but the geography-agnostic arguments continue to be made.

Last month I argued that the review must pin down the type of fight the Australian Defence Force needs to optimise for. This month I provide examples of the practical consequences of genericism.

Unless Australia is invaded, the army needs to get out into the region to be relevant, but no single service is master of its own destiny. What it can aspire to is constrained by the navy. As a rule, it takes three ships to keep one operational. It may be possible to surge to two or three with long enough notice, at the cost of subsequent downtime. The Canberra-class landing helicopter docks’ heavy vehicle deck can accommodate 12 main battle tanks but the army’s new armoured vehicles will be too heavy for the light vehicle deck, so they will be competing for space on the heavy deck too. HMAS Choules can theoretically carry more. Divide the number of vehicles in a brigade by the capacity of HMA Ships Canberra, Adelaide and Choules, then multiply the number of trips by the time each will take, and you’ll soon see that this won’t be blitzkrieg.

There’s no commercial shipping available in the region suitable for landing heavy armour either. Even if there were, it would need a suitable port, of which there are few and likely not where we want to go. Once hostilities start, hitting static installations like ports doesn’t require a kill chain; it’s just a matter of hitting a grid reference. Lose the port and the landed force becomes the stranded force.

If the deployment isn’t pre-emptive, the force will need to land across beaches. Those beaches must be served by roads and bridges capable of supporting the army’s ever larger and heavier vehicles. There are few such beaches in the region, so they are highly predictable. Predictable landings are contested landings. Contested is bad. The weight of the force means it will take a long time to land, so, even if it’s not contested initially, it soon will be. Then it needs to be supported, which doesn’t look any prettier. Perhaps this is why no one has ever tried to manoeuvre armoured formations around an archipelagic theatre. The historical cop out of ‘The Americans will take care of it’ doesn’t work either. They can’t even shift their own forces—hence the Pentagon’s angst over its failing light amphibious warship program.

Lest I seem to be picking on the army, the navy is similarly constrained by the air force. Surface ships operating without air cover have a bad history. Covering operations in the Bismarck Sea, the Louisiade Archipelago, New Caledonia or Timor from distant mainland bases is questionable at best. I’ll leave it to air force logisticians to explain the infeasibility of placing expeditionary air bases closer to the fight with the air force’s current and planned structures.

All of this illustrates how each service has evolved its thought habits around fighting a different war to the other two. In his 2011 bestseller, Good strategy/bad strategy, Richard Rumelt wrote: ‘Strategic coordination, or coherence, is not just ad hoc mutual adjustment. It is coherence imposed on a system by policy and design … [T]o get more performance out of a system you have to integrate its components and subsystems more cleverly and more tightly.’

The current force structure represents ad hoc mutual adjustment. Policy and design don’t impose coherence on the system. The elements are not even a system. As good a proof as any is Australia’s amphibious warfare capability. Uniquely to Australia, it comes under the ‘land’ domain and the navy and army are running their own separate amphibious capability projects to their own separate concepts of operations. When you live next to the world’s largest archipelago and can’t get this right, you have a systemic problem.

Service cultures will push back. As Rumelt says:

Strategies focus resources, energy, and attention on some objectives rather than others … [A] change in strategy will make some people worse off. Hence, there will be powerful forces opposed almost any change in strategy … When organizations are unable to make new strategies … then you get vague … goals that everyone can agree on.

A generic fight is a good way to facilitate goals everyone can agree on and avoid focusing on some objectives rather than others. It allows each service to quietly consent to stay out of the other two’s business as long as it gets its third of the pie. A test of the review will be whether it forces Defence to join the parts together to a common purpose.

Defence review must examine Australia’s amphibious basing quandary

The terms of reference for the defence strategic review provided by the government to the independent leads are just short of two pages long. The length of this document doesn’t do justice to all that the two reviewers, former defence minister Stephen Smith and former defence force chief Angus Houston, are being asked to do in a very short timeframe. They’ll need to dive deep if they’re to deliver the frameworks for a level of capability and preparedness not seen in Australia since World War II. They will also need to navigate the usual parochial force posture demands—a relatively minor task in the bigger scheme of things.

One of the biggest challenges will be resetting the defence organisation’s dogged, often myopic, multi-decade focus on efficiency over effectiveness. Smith and Houston will not be able to do this independently within defence policy silos. This observation doesn’t mean that Australia’s national strategy should coalesce around defence. Nor is it an argument that the defence organisation should be underwriting nation-building and resilience policies. Instead, the review must consider the defence strategy’s alignment with broader government strategies and policy measures. The looming decisions on the army’s amphibious basing and construction projects epitomise this challenge.

Australia’s amphibious force has rapidly evolved and is poised to expand quickly over the next several years. Today, the Australian amphibious force can deploy a landing force of up to battalion-group strength over the spectrum of operations, from humanitarian assistance and disaster relief to high-end warfighting.

Defence Project Land 8710 Phase 1 will introduce a greater number of ‘larger, faster and better protected’ littoral manoeuvre vessels (LMVs) to support operations.

Phase 1A will acquire 18 steel-hulled LMV-Ms (the second M stands for ‘medium’) with an expected life of 20 years. These vessels will replace the ageing fleet of mechanised landing craft, mark 8 (LCM-8), operated by the army since the Vietnam War.

The LMV-M isn’t just a replacement. The new vessels will have a range of 1,200 nautical miles at a speed of 15 knots. They will be able to handle a range of sea states and to endure up to 10 days at sea. They will have a crew of 10 and will be capable of accommodating mixed cargo, including wheeled and tracked vehicles.

The LMV-Ms will work independently or as part of an amphibious task element to provide intra-theatre shore-to-shore manoeuvre and sustain the joint force in littoral and riverine environments, with a secondary mission of providing ship-to-shore manoeuvre.

The contract is expected to be awarded in early 2024. Initial operating capability for two LMV-Ms is required in 2026, with final operating capability in 2032.

The request for tender suggests that LMV-H (heavy) and LMV-P (patrol) vessels will developed in the future. The LMV-H could be like the US Army’s Runnymede-class large landing craft (50 metres in length with a 13-metre beam with a displacement of 1,104 tonnes full load). The LMV-P will likely be similar to the US Navy’s CB-90 riverine command boat. It’s unclear whether the LMV-P will be the ‘riverine patrol craft’ touted in Australian defence circles since the release of the 2016 defence integrated investment program.

The Australian Army will be the recipient of the LMV-M and other future amphibious capabilities.

The 2020 defence force structure plan signalled the government’s intent to develop a new, long-overdue army watercraft base in northern Australia. Defence will use the base to consolidate all army watercraft, enhance amphibious ship-loading capacity, and allow the docking of patrol vessels and minehunters.

Defence will develop the new army watercraft base in the period 2025–2040 with a $2.6–3.9 billion budget. They are referred to as the ‘FSP 205 Army Watercraft Bases facilities project’ in Land 8710 Phase 1A tender documents.

Currently available information indicates that the LMV-M will be distributed between a new amphibious unit in the 1st Brigade (based at Robertson Barracks in Darwin, Northern Territory) and the 2nd Battalion Royal Australian Regiment (part of the 1st Division Amphibious Task Group based at Lavarack Barracks in Townsville, Queensland).

Unfortunately, a lack of detail about where the watercraft bases will be built has sent state, territory and local governments into a competition cycle. This competition has unnecessary yet real economic costs for all involved.

Of course, for efficiency, there’s an argument for centralisation. The adoption of this approach isn’t without precedent; after all, it seems to be happening to the army’s aviation fleet with its movement to Townsville. However, centralisation arguably denies the opportunity to create redundancy and agility in infrastructure and supporting industries.

It makes sense for the army to collocate some of its planned fleet with its designated amphibious battalion in Townsville. And there’s plenty of room for them in Townsville harbour. However, with the limited marine maintenance industry presence in Townsville, there’s an argument for defence to consolidate maritime maintenance with the navy’s vessels in Cairns. Such a move and the existing local demand would encourage expansion of the marine maintenance sector in Cairns, which would have positive defence and economic benefits.

There’s no Goldilocks location for the amphibious capability in northern Australia. Darwin is likely another option for an amphibious base, especially since the army’s second amphibious unit will likely be there. Darwin has added an attraction because the US Marine Rotational Force—Darwin is training there for half the year. The Darwin region provides a diverse and challenging environment for all training, including riverine operations. If Defence were to commit to an amphibious base in Darwin, it, along with the planned basing of offshore patrol vessels, would provide the opportunity for developing a second maritime maintenance industry capability, including a shiplift in northern Australia. Again, that would have defence and economic benefits.

Achieving all of this will require vision and motivation to achieve coordination within and across multiple levels of government. Also, various defence prime contractors and small and medium enterprises must be involved throughout this process. Getting Australia’s national security, defence and economic settings right is no easy task. Still, the future of our nation will be increasingly reliant on achieving this kind of aligned outcome.

Smith and Houston have their work cut out for them, especially when it comes to preparedness. If they think beyond the traditional defence lens, they won’t be alone in doing so.