How to Build a Focused Force for Australia’s Extant Strategic Environment?

05/02/2024

By Robbin Laird

Although the Australian Defence Strategic Review and the recent Surface Fleet Review indicated that the threat environment was deteriorating in the here and now, the major investments are being made for a force that will not arrive for a decade.

How then to enhance the ADF in the next three to five years?

Or in the words of Keirin Joyce: “The Defence Strategic Review (DSR) did not address how to give us a focused force to deal with today’s threats. And the Fleet Review did not deal with how we can deal with the real threats of today with new capabilities we might affordably incorporate into today’s maritime force.”

Currently, WGCDR Keirin Joyce is a visiting senior fellow at ASPI. According to his bio on the Australian Strategic Policy Institute website:

WGCDR Joyce is an Australian Defence Force Academy graduate with an Honours Bachelor of Aeronautical Engineering. WGCDR Joyce has spent the last 18 years in support of the ADF Uncrewed Aerial Systems (UAS) capability including deployment to Iraq and Afghanistan.

WGCDR Joyce is a Chartered Professional Engineer, holds a Masters in Aviation Management (specialising in Human Factors), a Masters of Aerospace Engineering, a Masters in Military and Defence Studies, a Graduate Diploma in Secondary Education (Mathematics) and has researched part time as a Doctorate of Philosophy student through ADFA.

He is currently the Chief Engineer for RAAF RPAS MQ-4C Triton. Before that, WGCDR Joyce was the Australian Army UAS Sub-Program Manager responsible for all Australian Army UAS activities, including Army Drone Racing, and then the Royal Australian Air Force Remotely Piloted Aircraft Systems (RPAS) Sub-Program Manager.

We started by focusing on maritime autonomous systems.

He pointed out that this technology is now a decade old, Australia has extensively experimented with this technology, and the technology can be used now. He also cautioned that obviously not only the West is working this technology and with competitors and adversaries working with this technology, there is a clear need to know how to deal with adversary threats in this area as well, which will come only with extensive use and experience with remotely operated and autonomous system technologies.

Not only is the technology here, but much of it is also Australian and which the government can directly leverage. “With the exception of batteries and silicon, almost all of the technology necessary for an autonomous systems industry already exists in Australia.”

In other words, not only does technology exist to enhance ADF capabilities in the near to midterm, but it also be part of a resilient defence structure. Joyce argued: “That gives us a clear opportunity to enhance the current force and carve out the future.”

We then discussed air systems, and in particular the opportunity to leverage the coming of Triton.

He noted that “we are the only QUAD member that does not have armed persistent UAV strike. We will have the Triton which can provide the ISR and targeting data to a persistent airborne strike node, but we simply do not have armed persistent strike capability. This is clearly something which can be done to add to the kind of capability which the Air Force can provide to the Navy for maritime strike.”

We discussed the absence of discussion as well in Australia and elsewhere for that matter of the unique quality of what NATO now has at the Sigonella base in Italy. NATO flies the Global Hawk, the U.S. now operates Triton, and the Reaper armed UAV is operating there as well. This creates the kind of combat cluster which a remotely piloted can deliver to the combat force complementary to manned air assets.

A key aspect of the impact which introducing and accelerating autonomous systems into the ADF is the workforce issue.

The ADF like virtually all Western militaries face recruitment and retention challenges. The autonomous systems are significant generators of data both ISR and C2 systems. A civilian workforce or military cadre with enhanced flexibility on work hours and location can support such efforts. In effect, a data and an AI eco system is being generated and crafted which can be managed by innovative new ways for recruiting, developing and retaining workforce.

The final issue we discussed was acquisition.

I interviewed a U.S. Navy three-star Admiral last year, and he focused on his need to identify gaps which needed to be met and he and his staff could identify the bits and pieces which were needed which would fill the gaps.

But the organizational structure is not there for him to do that. And he emphasized that autonomous systems continuous redesign would be one way to fill gaps rather than going through the traditional lengthy and in the case of software and AI defined systems simply irrelevant acquisition process.

As Joyce underscored: “We have demonstrated we can do this. For example, in Iraq and Afghanistan we got very good at rapid acquisition to fill the gaps. Autonomous systems are almost by operational reality rapid acquisition systems, whereby the warrior works with the industrial code writer on changes he sees as possible or deems necessary. It is a different kind of demand driven operational development cycle: not a traditional acquisition, requirements driven approach.”

My conclusion from my book on the coming of maritime autonomous systems is brutal and straightforward: the technology has arrived, but our organizational culture and structures are not changing to be able to use it. It is a form of structural disarmament.

Featured Photo: A MQ-4C Triton taxis at Andersen Air Force Base. (U.S. Air Force photo by Senior Airman Michael S. Murphy)

Organic Lift Elevated: The CH-53K Comes to the Force

04/30/2024

When I met with LtGen Heckl earlier this year, we discussed the way ahead for the USMC in operating a distributed force, and he underscored it all starts with logistics.

“The pacing factor for everything we are doing in shaping the distributed force is logistics and to do so in a contested environment. We are focused on our ability to move ourselves organically.

“The CH-53K, the KC-130J and the Osprey can provide basic timely lift with support by surface connectors crucial as well. We need to be resilient. If one component of our ecosystem of moving and supporting a distributed force is not available or will not work with the current situation, then we need to have another component available.”

The significance have having the right kind of organic lift support defines the reach and range of what a maneuver force can do.

The featured picture certainly highlights the reality of what the CH-53 K can do. Not only is it carrying an F-35C airframe, it is doing so while being refueled.

This is what the Pax River folks said in their caption to the photo: “U.S. Marines flying a CH-53K King Stallion heavy-lift helicopter transported an F-35C Lightning II airframe from the F-35 Integrated Test Force at Patuxent River (Pax ITF) to a Navy unit located at Joint Base McGuire-Dix-Lakehurst, New Jersey, April 24.

“A Marine aviator from Marine Test and Evaluation Squadron 1 (VMX-1) piloted the most powerful helicopter in the Department of Defense that carried the inoperable airframe, which was without mission and propulsion systems, outer wings, or additional equipment, to the Prototype, Manufacturing and Test (PMT) Department of the Naval Air Warfare Center Aircraft Division (NAWCAD) Lakehurst for use in future emergency recovery systems testing.”

I was clearly reminded of that when looking at the limits the Australian Army has when working to address their new core mission, namely littoral maneuver from the north of Australia out to their first island chain. They only have a Chinook with its limited range and lack of refueling capability.

Contrast that with the USMC and its CH-53K which not only can carry a wide range of capability in support of the deploying and deployed Marines but can be refueled extending their range of operation.

Your lift and support define what you can do as an insertion force: and define what a distributed force can deliver in terms of sustainable impact.

Having just returned from Australia where the government is arguing that their new strategy will deliver “impactful projection” which revolves around buying longer range strike weapons, a perceptive Aussie analyst questions the concept.

Stephen Kuper argued: “In order to avoid repeating history, it is clear that Australia and the ADF must begin to view expeditionary capability and the underlying doctrine, force structure, and platforms as a fundamental component of the nation’s new strategic paradigm.

“Only our capacity to deploy to defend and support our regional partners and in defence of our interests through “impactful presence” will ensure that Australia’s critical sea lines of communication remain unmolested in the era of great power competition.”

“Impactful presence” requires sustainable support at range for the ADF. They should consider the CH-53K as even more important than acquiring TLAMS.

 

The Franco-German Defense Relationship: An April 2024 Update

By Pierre Tran

Paris – The French and German defense ministers signed April 26 a memorandum of understanding, with a target of signing contracts by the end of the year to launch phase 1A of designing and building a new tank, dubbed main ground combat system (MGCS).

The French armed forces minister, Sébastien Lecornu, and his German counterpart, Boris Pistorius, gave a news conference on the planned weapon system, which will include manned and unmanned vehicles armed with conventional and laser weapons, and working in a combat cloud network of advanced communications.

Phase 1A will set out the architecture of the project and decide the companies’ leadership, including how the eight industrial pillars will be shared, an official of the French armed forces ministry said after the news conference.

The two defense ministers were speaking just a day after the French president, Emmanuel Macron, gave a keynote speech, calling on the European Union to pursue European military capability, backed by heavy financial and political investment in the arms industry.

“We must produce more, we must produce faster, and we must produce as Europeans,” he  said at the élite Sorbonne university.

The head of state also called for reform of European central bank policy to support spending to tackle climate change, and investment in new technology, including artificial intelligence. There was no guarantee Europe would live on.

“We have to be lucid that our Europe today is mortal — it can die — and it depends on the choices that we make now,” he said.

The German chancellor, Olaf Scholz, promptly welcomed Macron’s speech.

“France and Germany want Europe to be strong,” the leader of the German coalition said on social media. “Your speech contains good ideas on how we can achieve this.”

That warm response from Scholz was reported as a break from a previous chill in relations between the two political leaders. Strained ties at the highest level were seen as hampering  cooperation on major arms projects, namely the future combat air system (FCAS), and the MGCS, due to replace the German Leopard 2 and French Leclerc in 2040.

The Russian invasion of Ukraine in February 2022, and the possible return of Donald Trump to the White House are seen as key factors in Macron’s call for a stronger European military and industrial capability, with the EU working with Nato.

It remains to be seen if the 27 EU member states will take up the measures to boost European sovereignty outlined by Macron, who has led the charge for strategic autonomy.

Fresh Dynamism

The joint press conference with the French and German defense ministers appeared to show  restored political ties between Berlin and Paris, key members in the EU.

Pistorius made his opening remarks in fluent French before speaking in German in the  elegant room, mostly filled by German journalists.

France and Germany were close, the German minister said, and there was a “new dynamic” between the two nation states.

There would be difficult, complex negotiations in drafting contracts on the MGCS – the negotiating teams have a great deal to do – but the deal would be sealed by the end of the year, he said. Asked if the Bundestag would endorse the agreement, he was confident the German parliament would back the deal.

French and German parliamentarians sat on the front row, which had been reserved for them by French officials.

Lecornu pointed up how work on the MGCS showed a European lead over the U.S. and Russia, as neither had started work on replacing the Abram and Russian army tanks.

There had been a difference of approach on the MGCS compared to the FCAS, he said, with the priority given to French and German army officers agreeing on common military requirements on the former. That was in contrast to the time consumed by French and German industry in competing claims to win project leadership on the latter.

Germany will be the lead nation on MGCS, and German authorities will sign contracts with the companies working on the project.

Work on MGCS will be shared 50/50 between the partner nations, and Italy has signed up as observer nation. There is interest from other countries, including those in Eastern Europe, on work on the new tank, the ministry official said.

There has been French concern on whether there would be equal share of work, as Rheinmetall, a German builder of weapons and shells, had won a place on the work plan. That might have reduced the French share of work.

Work had previously been reserved for the French and German units of the KNDS joint venture, until Rheinmetall lobbied successfully for its share.

Rheinmetall, Thales, and other companies will work on MGCS, Lecornu said, with the French electronics company due to work on the connectivity.

The MGCS contracts relate to studies on eight industrial pillars:

  • platform: German leadership. This will include the chassis and navigation system;
  • conventional firepower: Franco-German shared leadership. This includes the cannon, turret, and ammunition, with national development of systems, trials, and a selection after test firing;
  • innovative firepower: French leadership on secondary weapons, including guided missiles;
  • combat cloud communications: Franco-German leadership;
  • simulation: Franco-German leadership;
  • sensors: French leadership;
  • active protection: German leadership, includes anti-drone measures
  • infrastructure: Franco-German leadership, includes logistics, service, and infrastructure.

The work will be shared out on a 50/50 basis. Phase 1A will be followed by phase 1B, which will build a prototype.

The French 2024-2030 military budget law pledges some €500 million to support the MGCS project, the French minister said.

There had been plans for MGCS to enter service in 2035, but that was pushed back to 2040.

The core of the future combat air system is a new fighter jet, to replace respectively the Eurofighter Typhoon for Germany and Dassault Aviation Rafale for France, in 2040.

Featured Photo Credit: Photo 31903726 | German Flags © Joerg Habermeier | Dreamstime.com

 

Aligning Airpower Capabilities with Australia’s Maritime Strategy

04/26/2024

At the April 11, 2024 Williams Foundation seminar, the former head of the Air Warfare Center and now Director General for Air Combat Capability, Air Commodore Ross Bender, addressed the way ahead for the RAAF in dovetailing with the new strategic focus of the Australian government.

Bender noted that the RAAF although closely partnered with other allies is focused on “conducting campaigns directed to the operational and strategic goals supporting national defense.”

It is focused in this sense, and increasingly on the region.

The speed and range of airpower is an essential contribution to the defense of Australia’s maritime interests.

As Bender put it: “The ADF must be able to operate across great distances to assure the security of our economic interests and be able to support our allies and partners. Air capability is vital to the maritime domain by providing the speed and responsiveness which it can deliver.”

He provided a slide which reminded the audience of an aspect of the range and focus challenge.

He commented on this slide as follows: “And though we’ll discuss northern approaches, we should not forget the south with the Antarctic Treaty in mind, which from 2048, any of the parties can call for review. I also flag our contributions to some long standing and some relatively new maritime surveillance operations throughout our region, supporting the Australian Government and importantly, our regional partners.

“You might be aware of the Australian P-8 that recently visited La Réunion. Australia is a maritime nation and the ADF must be able to operate across great distances to assure the security of economic interests and be able to support our allies and partners.”

I would note that the ADF is truly dependent on what the RAAF can do as it provides both the air capability associated with the USAF in the United States as well as what the U.S. Navy provides for the U.S. military. It delivers strike, reconnaissance, maritime ISR and targeting data to the ADF. If the RAAF is not capable of performing its air delivered 360 degree capabilities, then the entire maritime domain defense enterprise for Australia is severely weakened.

In his talk, he discussed the need for the RAAF to develop its own version of agile employment which largely will evolve over ways to operate from the Northern areas of Australia where there are significant infrastructure and work force limitations. The challenge of fuel and logistical support to a distributed force is a major one to be met.

I would note that it has been announced that there is to be acquisition of AGM-158C LRASM anti-ship missiles to be carried on F/A-18Fs, P-8As and eventually F-35As, as well as AGM-158B JASSM-ER air-to-ground missiles. Another item is integration of the Kongsberg Joint Strike Missile on the F-35A. E/A-18G Growlers will receive 63 AGM-88E AARGM-ER missiles for attacking radars.

And as McInnes noted in his presentation, the range of these missiles in terms of effective attack is expanded by the operation of the air platform themselves.

Bender then discussed the coming of Triton to the ADF.

“Triton will operate from RAAF base Tyndall in the Northern Territory and be controlled from RAAF base Edinburgh in South Australia, a clear example of the new paradigm for the ADF and the Air Force. The platform is high cost, requires a highly skilled workforce to operate and maintain, but its capability is ideally suited for constant observation of our northern approaches.”

But the plan is to expand over time autonomous capabilities augmenting the manned and remotely piloted combat force.

Air Commodore Bender underscored: “Advanced autonomous concepts and capabilities, such as collaborative combat aircraft, can expand the projected envelope of high value, air or maritime assets, while extending their effective reach.”

Air Commodore Bender presenting at the Williams Foundation Seminar April 11, 2024.

A challenging and I personally believe costly effort that is not fully recognized in realistic budget discussions is simply adapting the RAAF to new operational conditions and contexts.

This is how Air Commodore Bender put It: “There must be important efforts to address a challenge in operating force in Australia. We can’t consider our bases as sanctuaries anymore, disconnected from the support base in Australia. How do we continue to operate and demonstrate resilience and maintain the initiative to support deterrence?

“The Air Force is adopting an agile operations concept of a maneuver across a dispersed and hardened network of bases. Of course, this approach must include the measures we can take through the development of integrated air and missile defense capabilities. This protection also requires an understanding of own force signatures, and the automated threat environment, including to supporting and enabling elements.

“An agile posture increases deterrence by being strategically predictable, but operationally unpredictable. Strategic predictability comes from ensuring potential adversaries are left under no doubt about our resolve to ensure survivable, resilient, and enduring airpower operations. Agility at the level we think necessary requires new approaches to combat support, logistics and command and control.

“At its heart, an agile operations concept provides a network of air domain access points to enable aircraft to move rapidly to enable us to aggregate effects, and then disaggregate and reconstitute to complicate advisory targeting. Agile operations enable the resilience of our airpower.”

But what is the challenge in moving ahead with such a vision?

What follow are my own thoughts and not those of any speaker during the day of the Williams Foundation seminar from the ADF.

The reality is that the government is cutting airpower in favor of its investments in the future maritime force, notably SSNs and the future surface fleet. This leaves clear gaps with regard to the enhancing of ADF capability in the crucial three-to-five year period facing the ADF.

Government documents and officials have embraced the notion that Australia’s warning time is significantly reduced but the reality is that the government is cutting current capability to pay for a force 10 years away.

One needs to be clear.

The decision to cut funding for the fourth squadron of F-35s is a significant reduction in capability. Notably, when one considers the range at which F-35s operating as an allied fleet can move data for targeting, eliminating the numbers of aircraft have an impact.

And the RAAF F-35s are capable of integration with those of the USAF and in fact now operate in such a manner. This is not interoperability but integratability which is a very unique contribution delivered by the F-35 across the ADF and U.S. militaries fleet of F-35s, USMC, US Navy and USAF.

This is simply not true of a legacy aircraft like the Super Hornet, for in fact that is why the ADF was buying the F-35 in the first place.

And air autonomous systems are not a solution for the three-to-five-year period in and of themselves but might become useful adjuncts as ISR or C2 nodes in a kill web especially as Triton comes on board. There could be accelerated capability to move data from Triton to loyal wingman operations if there is an operational and budgetary space for the USE of autonomous systems prioritized by the government in the three-to-five-year period.

And the work on the Australian approach to agile combat employment is a priority but will be costly up front and require new working relationships between Army and the RAAF as well.

In an interview I did last year with John Blackburn with Air Vice-Marshal Darren Goldie, then the Air Commander of the RAAF, we discussed the challenge of re-focusing the force:

“We don’t have the level of knowledge and normative experience we need to generate regarding infrastructure across Western and Northern Australia for the Australian version of agile combat employment.”

He contrasted the Australian to the PACAF approach to agility. The USAF in his view was working on how to trim down support staff for air operations and learning how to use multiple bases in the Pacific, some of which they owned and some of which they did not own.

The Australian concept he was highlighting was focused on Australian geography and how the joint force and the infrastructure which could be built — much of it mobile – could allow for dispersed air combat operations.

This meant in his view that “we need to have a clear understanding of the fail and no-fail enablers” for the kind of dispersed operations necessary to enhance the ADF’s deterrent capability.

A key element of this is C2. Rather than looking to traditional CAOC battle management, the focus needs as well to focus on C2 in a dispersed or disaggregate way, where the commander knows what is available to them in an area of operations and aggregate those forces into an integrated combat element operating as a distributed entity.

Goldie commented: “We are developing concepts about how we will do command and control on a more geographic basis. This builds on our history with Darwin and Tindal to a certain extent, although technology has widened that scale to be a truly continental distributed control concept.

“We already a familiar with how an air asset like the Wedgetail can take over the C2 of an air battle when communications are cut to the CAOC, but we don’t have a great understanding of how that works from a geographic basing perspective. What authorities to move aircraft, people and other assets are vested in local area Commanders that would be resilient to degradation in communications from the theatre commander – or JFACC?

“We need to focus on how we can design our force to manoeuvre effectively using our own territory as the chessboard.”

Air Vice-Marshal Goldie underscored that the ability to work with limited resources to generate air combat capability is exercised regularly by the normal activity of 75 Squadron, flying F-35s in Australia’s Air Combat Group. This squadron operates from RAAF Base Tindal in the Northern Territory and as Goldie put it: “they have to operate with what they have in a very austere area.”

He highlighted a recent exercise which 75 squadron did with their Malaysian partners. The squadron operated their F-35s, and each day practiced operations using a different support structure. One day the operated with a C-27J which carried secure communication, along with HF communications systems and dealing with bandwidth challenges each bearer posed.

Another day they would operate with a ground vehicle packed with support equipment and on another day they would operate without either support capability. The point being the need is to learn to operate in austere support environments and to shape the skill sets to do so.

By learning how to use Australian territory to support agile air operations, and to take those capabilities to partner or allied operational areas, Australia will significantly enhance its deterrent capabilities going forward. This is a key challenge being squarely addressed by the RAAF.

So what can be achieved in the near to midterm along these lines?

In my view, this is a key measure of the credibility of Australian deterrence by denial or whatever other term you might use.

Conceptualizing Australia’s Maritime Strategy and Shaping a Government Approach

04/24/2024

By Robbin Laird

I followed up with Jennifer Parker on April 19, 2024 with regard to her presentation on how to conceptualize Australian maritime strategic interests and strategy.

We focused on how she conceptualized the strategy and the needed approach as much wider than a focus on ADF capabilities.

We discussed the need for reforming the Australian Defense Force’s structure to address 21st century security challenges.

We highlighted in our discussion the importance of involving society and the economy in a broader conversation about defense and security, and the need for expedited capability acquisition to address existing gaps and emerging threats.

We finally focused on the challenge to shape a more ambitious approach to defense organization design, involving a broader societal and economic involvement to address capacity issues and maximize government capacity.

Parker started by arguing that “in Australia, we jump to the capability conversation to quickly.”

She argued that any consideration of national security strategy must start with assessing Australia’s critical vulnerabilities across various domains, including political warfare, cyber warfare, and space which affects its maritime interests. Maritime strategy then would be  part of such an approach.

And when done in this manner, Parker argues that “we need to address organizational structure and how we have organized ourselves to deal with our vulnerabilities.”

Doing so will underscore the need for restructuring national agencies and departments to better address these vulnerabilities, with a focus on linking up broader considerations and authorities to do so.

This suggests or reinforces the need for a national security architecture to coordinate maritime security efforts. In such an architecture one key organizational issue to be dealt with is the lack of data sharing across fleets and departments, and the need for a central authority to address security crises.

Such a re-think then would lead to a broader engagement of the society and the economic leaders in shaping such a national strategy which would be inclusive of a maritime one.

Parker put it this way: “The third thing to do after focusing on vulnerabilities and government restructuring is to  be really open with the public about what’s happening, and why we need these changes.”

This is a version of my own argument that simply pursuing a national security strategy in age where global security challenges are diffuse within our societies is simply continuing the role if national security decision makers as some sort of high priesthood.

The broader engagement of the society and economy is critical.  Evolving defense needs rely increasingly on a security base which is not narrowly about defense. Much or perhaps most of the technologies to be mastered for defense come from the commercial sector. The flow of dual use technologies has changed from defense to the civil economy to operating the other way around.

Based on such a re-set the ADF needs to review its structure to address multiple domains of operations as it proceeds with its multi-domain integration.

We then discussed the capability issues.

How does Australia address its gaps in Navy capabilities, particularly in submarines and ships, in a more urgent manner?

Parker underscored that the Navy’s capability acquisition process needs reform in order to move faster and be more responsive to changing needs.

I mentioned my discussions with a senior U,S, Admiral who focused on their need to fill capabilities gaps with new or extant technologies, but the U.S. acquisition process simply does not allow them to do so.

The same is true of Australia, and this especially significant as contributions from autonomous systems – air and maritime – which are software driven payload carriers — become especially significant in force redesign an meeting shortfalls in the short and medium term. Their constant redesign as use dictates a new approach whereby the users and the developers need to be working in an ongoing and continuous process of changing these systems based on real world experience.

When the Plan Jericho approach was launched by the RAAF one of the key themes identified was the need to enable software transient advantages for the force compared to an adversary. This is evident now in the coming of autonomous systems and how to include them in the force, but the challenge of how data is generated by the force and used in a whole of government maritime security and defense effort only is worsened by the coming of these systems.

There needs to be organizational change in the ADF and in whole of government in order to effectively employ these new platforms – who are not covered at all by the legacy acquisition process – to the benefit of the ADF, the Maritime Border Command and to the Australian government.

When such a re-design is pursued then the workforce problem changes as well. Parker emphasized the need to shift from a more traditional conversation of recruitment and retention to how agencies are organized for cross domain capacity.

How to enhance the efficacy and efficiency of the government cross domain to deliver the necessary decisions in the right time?

How to use the workforce more effectively and to assess the ability to deliver desired effects is even more important than managing the extant workforce to increase its numbers as the ADF seeks to expand.

Featured Photo:

Minister for Defence Industry, The Hon Pat Conroy MP announced at Garden Island, Sydney that the Government will deliver a sovereign, autonomous undersea capability for the Royal Australian Navy, through the Ghost Shark Program.

Ghost Shark Alpha the first prototype co-developed by Defence Science and Technology Group, the Royal Australian Navy and Anduril Australia was unveiled.

Credit:  Australian Department of Defence, April 4, 2024.

See also, the following:

Shaping a Way Ahead for Australian Maritime Strategy

Bomber Task Force 24-2

U.S. Air Force Airmen assigned to the 28th Bomb Wing, Ellsworth Air Force Base, South Dakota, prepare to depart Luleå-Kallax Air Base, Sweden, Feb. 29, 2024, during Bomber Task Force 24-2.

The Air Force routinely operates across the globe and remains flexible and agile to respond to the changes in the operational environment.

BTF operations provide U.S. leaders with strategic options to assure Allies and partners, while deterring potential adversary aggression across the globe.

LULEA, SWEDEN
02.29.2024
Video by Staff Sgt. Jake Jacobsen
28th Bomb Wing Public Affairs

French Defence Exports: An April 2024 Update

04/23/2024

By Pierre Tran

Paris – Sales and orders of the defense sector of the French aeronautics and space industry fell in 2023 compared to the previous year, while overall sales rose nine percent to €70.2 billion ($75 billion), the chair of the GIFAS trade association told a news conference April 23.

The defense market showed “a small decline,” with 2023 sales of €17.9 billion and a 25.5 percent drop in “export deliveries,” Guillaume Faury said.

Those falls followed orders for military aeronautics which made 2022 a “year of reference,” and he said “false conclusions” should not be drawn on 2023.

The United Arab Emirates ordered in 2022 80 Rafale fighter jets from Dassault Aviation, a deal worth €14 billion. Abu Dhabi also ordered MBDA missiles worth €2 billion.

Dassault delivered in 2023 13 Rafales and received orders for 60 units, which made last year a “very positive year for the Rafale,” Faury said. MBDA “signed numerous contracts,” while Thales signed contracts tied to the Rafale, Aster missile for France, Ground Master 400 radar for Indonesia, and flight simulation for the UAE, he added.

Faury is also chief executive of Airbus, a builder of airliners, based in Toulouse, southern France.

The 2023 military sales of €17.9 billion marked a seven percent fall from the previous year, while €6.9 billion of defense exports dropped 25.5 percent, the GIFAS presentation showed. Military sales to France rose 10.3 percent to €11 billion.

Sales and delivery of the Rafale weigh heavily in the military sector of the French aeronautic industry.

Dassault delivered 11 Rafales to France last year, the company said in its March 6 statement on 2023 financial results. The company also shipped two Rafales to Greece, bringing its total deliveries of the multirole fighter to 13 last year.

That output fell short of a plan to ship 15 Rafales last year, pointing up possible future difficulties in deliveries, which could make it hard to sell the fighter, International Institute for Strategic Studies, a London-based think tank, said Jan. 18 in a research note.

“The bulging order book could challenge dealmaking in the near term, with particular pressure on the Rafale industrial production set-up expected in the 2026–33 timeframe,” the IISS said.

“The French aircraft maker aimed to produce 15 Rafales last year but only completed 13. The company has not yet given 2024 production guidance, though output will likely increase this year and next, given the strong demand. Even so, it is unlikely that annual aircraft numbers will quickly reach mid-20s.”

Dassault said in its results statement that drop in Rafale deliveries was due to problems in the supply chain, which also led to a fall in shipping its Falcon business jet to 26 from a forecast 35. There was also delay in the entry into service of the Falcon 6X, the company said.

The company said in its guidance for 2024 financial results it expected to deliver 20 Rafales and 35 Falcons, with an expected rise in annual sales to some €6 billion. That compared to 2023 sales of €4.8 billion.

On prospective foreign sales, India is in negotiations for an order for 27 Rafales for its navy, and the Indian air force is keen to add a further 36 fighters, the IISS said.

Other export prospects include Serbia, which said April 9 it expected to sign a contract for 12 Rafales in the next two months, Reuters news agency reported. That fighter deal was worth some €3 billion and would replace an aging fleet of Mig 29 fighters.

A Serbian order of the Rafale would echo a procurement of a similar number of the French-built fighter by its neighbor, Croatia, with which there are tense relations.

Dassault is also in talks for a sale of the Rafale to Colombia, which had reportedly shortlisted the fighter but had run into financial difficulty before a deal could be sealed.

On the GIFAS presentation of 2023 military orders, the value of orders fell 50 percent to €20.3 billion, of which export orders dropped 67.4 percent to €9.2 billion, and French orders fell 9.2 percent to €11.1 billion.

France placed in December 2023 a long awaited order for 42 Rafales, as set out in the 2024-2030 military budget law adopted in July 2023.

Indonesia also placed in 2023 an order for a second batch of 18 Rafales. Jakarta’s order for the third and final batch of 18 units came into effect on 8 Jan. 2024, bringing the total order to 42 French-built fighters.

Total civil, military and space orders fell slightly last year to €65.1 billion, down 4.7 percent  in the previous year, GIFAS said. Exports accounted for 73 percent of those orders.

Airbus accounts for the bulk of civil orders, and demand for the European aircraft has risen as its U.S. rival, Boeing, has struggled to deal with safety concerns over its 737 Max airliners.

While total French aeronautic and space sales rose nine percent to €70.2 billion, of which exports accounted for €45.7 billion, the true benchmark was the 2019 sales of €74.3 billion, before the Covid crisis hit the French aerospace industry, Faury said.

Last year was a year of “recovery” and “growth,” he said, but there was clearly still a struggle for subcontractors in the supply chain.

The French aerospace industry employs 210,000 workers, and is looking to recruit 25,000-30,000 this year. Some 30 percent of the work force are women, and the recruitment drive includes 6,000-7,000 student internships.

Urgent Need for Ukraine

In the small-medium sized companies, there is Delair, which is due to deliver this summer 100 mini-UAVs, the first batch of a French planned procurement of 2,000 loitering munition drones, also known as “kamikaze drones.”

The company will supply a modified version of its UX11 drone, which will carry a  munitions package from its project partner, Nexter, the French unit of KNDS, a Franco-German builder of tanks and artillery.

The Delair chief executive, Bastien Mancini, showed March 20 its assembly room of drones to the Association des Journalistes Professionels de l’Aéronautique et de l’Espace (AJPAE), a press club. The privately held company is based in Labège, just outside Toulouse.

There was something of the look of high-tech cottage industry, with wing and fuselage parts, propellers, and command and control systems laid out around the room for careful assembly.

France will ship that initial batch of drones, ordered under an urgent operational requirement, to Ukraine. Kyiv has said it is in sore need of renewing its stock of arms, as Russian forces advance against Ukrainian troops, hampered by lack of ammunition and air defense.

The Ukrainian use of the U.S.-built Switchblade loitering munition against Russian armor grabbed attention of the public and militaries around the world, prompting the French forces to search for a similar weapon.

The remaining 1,900 munition drones will be shipped to French and Ukrainian forces, the French armed forces minister has said. How they will be divided and the value of the order are undisclosed.

The Direction Générale de l’Armement procurement office and its specialist agency Agence Innovation Defense last year selected the Delair-Nexter drone, along with a munition drone proposed by missile maker MBDA, and its project partner, Novadem.

Some 20 partnerships pitched in that drone competition, dubbed Colibri, and it has been reported those other projects could be proposed for the outstanding order for 1,900 drones.

The armed forces minister, Sébastien Lecornu, visited Feb. 29 Delair, and he said France was also renewing an order for a further 150 mini drones from the company, namely the DT26 and UX11. That deal announcement follows an order in July last year for 150 Delair drones, comprising 50 DT26 and 100 UX11, for sending to Ukraine.

Kyiv showed close interest in an anti-jamming capability in the drones.

Delair reported 2023 sales of some €10 million, and expects to double that revenue this year. The company is tripling production, building 12 drones a month, up from four a month. Delair is recruiting 40 staff this year, after hiring 30 last year. The unit cost of a drone is understood to be €4,000-€5,000, depending on the payload.

The company has tested its DT46 drone on the French navy’s Tonnerre helicopter carrier. That UAV is capable of vertical lift as well as catapult launch.

The company started building drones for the civil market, with its first UAV, the DT18, receiving certification in 2012. That aircraft was designed for inspection of pipelines and electricity lines.

Delair sold drones in 2016 for use by the Organization for Security and Coperation in Europe for surveillance of Ukraine’s border with Russia.

Lecornu told the press pack on his visit to Delair, the French-built drones being sent to Ukraine were “absolutely fundamental in the conduct of operations,” and “complementary to the Caesar cannon in the artillery domain.”

“These drones are essential for the battlefield because these are drones which will save the soldier’s life,” he said.

Featured Image: The Delair DT46 drone. Credit Delair.