An Update on the Future Combat Air System: Paris Air Show 2023 Update

06/22/2023

By Pierre Tran

Paris – Belgium has joined as an observer to the Future Combat Air System (FCAS), adding a fourth nation to a partnership which bears French ambitions to boost European defense, amid perception of a leadership competition between France and Germany.

“The participation of Belgium as observer will increase the European dimension in the FCAS program,” the French armed forces ministry said in a June 20 statement.

“France, as the project leader, as well as Germany and Spain recognize the Belgian investment in progress in technology and innovation,” the ministry said.

President Emmanuel Macron broke the news the day before, announcing the three partner nations had accepted Belgium’s request to join the FCAS project.

The French head of state was speaking at a high level conference on European air defense and anti-missile strategy, after inaugurating the Paris air show under blazing sun. Macron flew to the show in Le Bourget, in the northern suburbs, in the navy’s new medium helicopter, Airbus Helicopters H160.

The FCAS program will speed up operational links between the air forces of the four nations, the ministry said, and boost cooperation between the Belgian defense and technology industrial base and the partners working on the combat air system.

Belgium’s entry as observer rather than full partner stemmed from being late to the party. The industrial partners signed in December a €3.2 billion ($3.5 billion) contract for phase 1B studies on FCAS architecture, setting out work share for three years to the end of 2025.

There is an option for phase two, bringing the total value of work to some €8 billion, with technology demonstrators for a fighter and remote carrier drones to fly by 2028/2029.

It remained to be seen when Belgium fully joined the project and its aerospace companies  receive some of the highly valued work.

Belgium Seeks Partnership

“Belgium has a strong aeronautics sector,” a French defense analyst said, and FCAS offered work to make up for a lack of Belgian work share on the U.S. F-35 fighter. Belgian companies would likely work as subcontractors on FCAS, rather than prime contractors.

Belgium and France were close partners, the analyst said, with the former ordering the French Jaguar combat and reconnaissance vehicle and Griffon multirole troop carrier in a €1.5 billion deal for its CaMo motorized capability program.

Asked about Belgium joining FCAS, the executive chairman of Dassault Aviation, Eric Trappier, said June 20, “That’s fine. An observer just looks, but does not touch anything.

“We’ll see,” he said, when asked about what happens when Belgium won full partnership.

Trappier has made clear his opposition to Belgium joining FCAS, as Brussels had chosen the U.S. F-35 fighter over European rivals, Eurofighter Typhoon and Rafale.

The Dassault chief executive also objected to redistribution of work to Belgian companies once partner status was granted, as that was seen as taking jobs from French firms.

Belgium welcomed the shift in European military and industrial policy, pointing up hopes of  support for its arms and aerospace sector.

“As a country with an excellent defense, aerospace and space industry, we could not miss this opportunity,” the Belgian defense minister, Ludivine Dedonder, said on Monday evening, Belga new agency reported.

Belgian prime minister Alexander De Croo said, “I am delighted with this decision, which is fully in line with the industrial policy we are pursuing and will also strengthen European defense.”

Observer status was due to run six to 12 months, and allowed exchange of information with the partners to allow Belgian companies to fit into the project, Reuters reported June 19.

European Computer Clouds

Trappier was speaking on the sidelines of a press conference on the launch by the aircraft company of a commercial offering of a European sovereign cloud computing service with Dassault Systèmes, its sister company in the family held Groupe Industriel Marcel Dassault.

“France and Europe need to build up a sovereign cloud capability, so that they can develop collaborative defense programs with the best possible functionality,” he said.

The sovereignty issue arose from storing sensitive data on secure computer clouds, protected from cyber attacks, he said, and French and European companies and public institutions should not rely on U.S. firms such as Amazon, Google, and Microsoft to house their data.

The aircraft company was using Dassault Systèmes’s 3DExperience software to share data with partners on the new generation fighter in FCAS, Trappier said, pointing up the importance of European autonomy and sovereignty.

Charles Edelstenne, former finance director and executive chairman of the aircraft company, set up Dassault Systèmes, which built computer-aided design and manufacturing software.

Dassault Aviation is prime contractor on the new generation fighter (NGF) in FCAS, with Airbus Defence and Space and Indra as respectively German and Spanish industrial partners.

Airbus DS on Command and Control

Airbus Defence and Space had a small chalet dedicated to FCAS at the air show, the first exhibition after a four year break due to the covid health crisis.

The Airbus DS director for FCAS, Bruno Fichefeux, showed June 19 a video presentation pointing up the importance of the concept for battle management through a distributed network of command and control (C2).

The simulation showed a combat cloud system which linked up fighter cockpit, flying command center on a multirole tanker transport (MRTT) aircraft, the medium-altitude, long-endurance drone dubbed Eurodrone, and remote carrier drones.

These crewed and uncrewed aircraft and drones were plugged into a multi-domain network with an “interdependency” of sensors, and linking up satellite, radar, frigate, and artillery.

A distributed approach would allow the tanker aircraft to withdraw from providing C2, and hand over mission management to a fighter pilot, flying while relying on a “harmonization” of the aircraft’s avionics and mission systems, helped by artificial intelligence.

That distributed combat cloud was a “huge challenge,” Fichefeux said. Airbus DS, Thales and Indra were working on the cloud project, which should be interoperable with the Global Combat Air Program (GCAP) and the U.S. Next Generation Air Dominance (NGAD) fighter.

Britain, Italy and Japan are partners on the former, based on the U.K. Tempest fighter project.

Airbus had some 400-450 staff working on FCAS and that was expected to rise to 800, following start of phase 1B studies.

Fichefeux, 41, said the company was recruiting young engineers, and there would be 2,000 working in the three partner countries for some time to come.

MBDA and FCAS

Over at the MBDA chalet, there was its Orchestrike concept, which proposed remote carriers (RC) drones capable of switching missions in flight if the enemy “popped up” and destroyed some of the drones. Those RCs still flying would have onboard AI to inform the fighter pilot of options for re-assigning drones to hit the key targets.

Sweden Has Its Own Timeline

Meanwhile for Sweden, the priorities were development and procurement of the Gripen E fighter, with studies due to start soon on the next generation fighter which will succeed the Gripen,  said Brigadier General Lars Helmrich, director of the air and space systems division at the FMV procurement office.

That focus on the Gripen E version and upgrades of the present C/D model meant Sweden was “out of the timeline” for joining the FCAS and GCAP projects, he told reporters June 18 at a meeting of the Swedish Air Force Fan Club.

Ramp Up

There has been a “ramp up,” major general Jean-Luc Moritz, head of the French air force team on the FCAS project, told journalists June 20 at the air show.

“It’s working well,” he said.

The operational teams were working on a short list of system architectures, seeking to assign missions to fighters and remote carriers, with a final selection in 2025, he said.

The challenge is to be innovative and disruptive, he said, and achieve superiority not just in technology but tactical combat operations.

In the overall FCAS project, each of the partner nations will take a national approach with  the new generation and legacy fighters, while sharing the one combat cloud. For France, the new fighter and legacy Rafale, aircraft carrier, and AWACS spy planes will plug into the cloud system, while Germany will plug its own aircraft into the shared network.

There will be European cooperation in sharing communications, software and AI, while at the tactical level there will be share of data, as seen in the allied Hamilton operation in 2018.  Interoperability could be seen in the Hamilton mission, with two French AWACS planes providing command and control for British, French and U.S. forces to hit Syrian chemical warfare sites with air and sea-launched cruise missiles.

“I have a dream,” Moritz said, that the French new fighter would be capable of flying with U.S. collaborative combat aircraft, or combat drones, and Tempest and NGAD fighters.

If there were a lack of interconnectivity, as is the case with the F-35, then the prospect would be allies flying in three combat clouds, “side by side,” he said.

The French, German and Italian air chiefs signed June 21 an agreement on collaborative air warfare in the FCAS project, setting out the principle the new generation fighter will be the command fighter, with the pilot having the key role of command and control.

“FCAS is structural, indispensable, ambitious and emblematic,” Moritz said. Those initials were also those of salon international de l’aéronautique et de l’espace, the official French name for the Paris air show.

However, there was also downbeat sentiment on FCAS.

“FCAS has been the disappointment of the 2023 Paris Air Show,” said a report from equity research firm Agency Partners. “The unattended, rather crude, mock-up on a plinth outside the main halls has given the programme the unfortunate monicker of the “Forlorn Combat Air System” at the show.”

Call for a European Approach

Meanwhile, back on air defense and anti-missile strategy, the conference pointed up the importance of a broad European approach rather than a fragmented, national plan, said an analyst who attended the open session at the air show.

Perhaps the real issue was rivalry between France or Germany in taking the leading role in European defense, the analyst said, with that competition for leadership underpinning  Berlin’s anti-missile project, dubbed European Sky Shield Initiative.

That system will rely on the German Diehl Iris-T, U.S. Raytheon Patriot, and Israeli IAI Arrow 3 missiles for hitting incoming missiles at short, medium and long range.

What irks Paris is Berlin’s perceived sin of omission, namely failing to include the Franco-Italian SAMP/T, equipped with MBDA Aster missile and Thales radar.

Macron’s holding a conference with the Paris air show, inviting senior European Union and Nato officials, and ministers from some 20 European nations was a call for a European approach to strategy, operations, and industry.

“It (the conference) shows the determination of European nations to conduct a deep reflection on a major issue of strategic importance for the security of the continent,” the French defense ministry said in a statement.

The call for a cooperative approach was in part a response to the war in Ukraine, but could  also be Paris responding to Berlin’s perceived break-away move with its Sky Shield, seen as an unspoken claim for European leadership.

On the sidelines of that conference, France signed a letter of intent with Belgium, Cyprus, Estonia, and Hungary for a bulk order of maybe more than 1,000 Mistral short range missiles, worth more than €500 million, the ministry said.

Again, that group order for a French missile could be seen as a riposte to Germany’s casting aside the Franco-Italian SAMP/T, a medium range missile.

The conference also pointed up the importance of cooperation between France, Germany, Italy, and the Netherlands on the HYDIS project, the ministry said.

HYDIS is the Hypersonic Defense Interceptor Study, backed by the EU’s European Defense Fund, which will provide €80 million for work on a weapon to hit a hypersonic missile. HYDIS is based on MBDA’s Aquila missile concept, a three-stage model of which stood on display outside its air show chalet. The missile company has teamed up with 19 partner companies and 30 subcontractors from 14 European nations  to develop the Aquila concept.

Photos credited to Paul Grayson

King Stallion Works with KC-130J on “Tail-to-Tail” Method of Logistical Support

06/21/2023

U.S. Marines with Marine Aerial Refueler Transport Squadron (VMGR) 252 transfer supplies from a KC-130J Hercules into a CH-53K King Stallion assigned to Marine Heavy Helicopter Squadron (HMH) 461 with an extended boom forklift – military millennium vehicle assigned to Marine Aviation Logistics Squadron (MALS) 29 at Marine Corps Air Station New River, North Carolina, June 7, 2023.

The tail-to-tail transfer of supplies allowed distribution of sustainment in the minimum time period of vulnerability by reducing break-bulk requirements.

U.S. Marines with 2nd Marine Aircraft Wing (MAW) experimented with dynamic, assault-support capabilities in a distributed-aviation environment.

VMGR-252, HMH-461, and MALS-29 are subordinate units of 2nd Marine Aircraft Wing, the aviation combat element of II Marine Expeditionary Force.

MARINE CORPS AIR STATION NEW RIVER, NC

06.07.2023

Photo by Cpl. Adam Henke 

2nd Marine Aircraft Wing

This approach is facilitated by the new Kilo helicopter.

The CH-53K‘s intermodal cargo system allows transfer of Air Mobility Command 463L pallets directly from fixed-wing transport aircraft (without the need for reconfiguration to wooden warehouse pallets) and lock them in place with an internal pallet locking system eliminating the need for the crisscrossing of cargo straps, significantly enhancing the speed of internal cargo operations and in-theater cargo throughput.

 

USMC Tail-to-tail Transfer of Supplies

U.S. Marines with Marine Aerial Refueler Transport Squadron (VMGR) 252 transfer supplies from a KC-130J Hercules into a CH-53K King Stallion assigned to Marine Heavy Helicopter Squadron (HMH) 461 at Marine Corps Air Station New River, North Carolina, June 7, 2023.

The tail-to-tail transfer of supplies allowed distribution of sustainment in the minimum time period of vulnerability by reducing break-bulk requirements.

U.S. Marines with 2nd Marine Aircraft Wing (MAW) experimented with dynamic, assault-support capabilities in a distributed-aviation environment.

VMGR-252 and HMH-461 are subordinate units of 2nd MAW, the aviation combat element of II Marine Expeditionary Force.

(U.S. Marine Corps video by Cpl. Christopher Hernandez)

This approach is facilitated by the new Kilo helicopter.

The CH-53K‘s intermodal cargo system allows transfer of Air Mobility Command 463L pallets directly from fixed-wing transport aircraft (without the need for reconfiguration to wooden warehouse pallets) and lock them in place with an internal pallet locking system eliminating the need for the crisscrossing of cargo straps, significantly enhancing the speed of internal cargo operations and in-theater cargo throughput.

Flight Maneuver Exercise WTI 2-23

U.S. Marine UH-1Y Venom helicopters, assigned to Marine Aviation Weapons and Tactics Squadron One (MAWTS-1), conduct flight maneuver drills, during Weapons and Tactics Instructor (WTI) course 2-23, over Yuma, Arizona, April 6, 2023.

WTI is a seven-week training event hosted by MAWTS-1, providing standardized advanced tactical training and certification of unit instructor qualifications to support Marine aviation training and readiness, and assists in developing and employing aviation weapons and tactics.

YUMA, AZ,

04.06.2023

Video by Lance Cpl. Brian Bullard

Marine Aviation Weapons and Tactics Squadron-1

KC-130 Cargo Drop Exercise at MAWTS-1

06/19/2023

U.S. Marines assigned to Marine Aviation Weapons and Tactics Squadron One, conduct an aerial delivery of cargo out of a KC-130J Hercules as part of Weapons and Tactics Instructor (WTI) course 2-23 near Yuma, Arizona on March 31, 2023.

WTI is a seven-week training event hosted by MAWTS-1, providing standardized advanced tactical training and readiness, and assists in developing and employing aviation weapons and tactics.

YUMA, AZ,

03.31.2023

Video by Cpl. Jaye Townsend

Marine Aviation Weapons and Tactics Squadron-1

Aerial Deliveries and Air Assault Exercise at MAWTS-1

06/16/2023

U.S. Marines assigned to Marine Aviation Weapons and Tactics Squadron One (MAWTS-1), conduct aerial deliveries and air assault exercises during Weapons and Tactics Instructor (WTI) course 2-23 near Yuma, Arizona, April 1, 2023.

WTI is a seven-week training event hosted by MAWTS-1, providing standardization advanced tactical training and certification of unit instructor qualifications to support Marine aviation training and readiness and assist in developing and employing aviation weapons and tactics.

MCAS YUMA, AZ,

04.01.2023

Video by Lance Cpl. Alejandro Fernandez

Marine Aviation Weapons and Tactics Squadron-1

Placing the Re-configured Maintenance and Sustainment Enterprise into Strategic Context

06/14/2023

By Robbin Laird

When looking at the coming of the CH-53K to the fleet, it is shaped considerably by the air systems approach. The aircraft has been guided throughout its life by a digital thread approach which is focused on concurrently shaping development, with testing, with build, with sustainment efforts in an ongoing cycle of evolution of the air system.

But what can get ignored is the strategic context within which such an approach is being shaped and such a combat air system could contribute to combat forces which have to be prepared for intense periods of conflict and not the slo-mo wars of the past twenty years.

If one is focused on intense periods of conflict, then the availability of combat assets is a key requirement. This requires maintenance needs to be as efficient as possible and just-in-time sustainment approaches of the slo-mo wars replaced by availability of parts where they are needed at the time they are needed. The maintenance and sustainment approach being built to support the Kilo is precisely focused on such a capability, one can be missed if you still live in the world of slo-mo war and the sustainment approaches which were used to support such an approach.

But what does a maintenance and sustainment approach appropriate to the new strategic situation look like and how does the air systems approach built for the CH-53K fit into such an approach?

My guru in understanding the approach to maintenance and sustainment has been Pierre Garant, who has worked at Sikorsky for some time, but whom I have first met many years ago when Murielle Delaporte and I interviewed him for the London-based journal Military Logistics International when he was working on logistics and sustainment in the HQMC Department of Aviation.

I have interviewed him while he has been working at Sikorsky twice before in 2018 and 2020. During a visit to the Sikorsky’s Stratford, Connecticut facility in May 2023, I was able to do so once again. But this time, we could talk about the maintenance and sustainment enterprise and progress in shaping a new approach to combat support, given the time which has passed since our last discussion.

We started by discussing the role of the design of the aircraft for the kind of combat situation for the era we have clearly entered. Garant underscored: “The aircraft was designed out of the gate to address three interconnected issues—aircraft availability rates, mission reliability rates and maintainability.”

U.S. Marine Corps Cpl. Jose Martinez, avionics technician, Marine Heavy Helicopter Squadron 461 (HMH-461), 2nd Marine Aircraft Wing, troubleshoots the blade fold system on a CH-53K King Stallion on Marine Corps Air Station New River in Jacksonville, North Carolina June 22, 2022. HMH-461 aviation maintenance Marines go through vigorous training and testing to ensure that aircraft aboard MCAS New River are ready to fly and support all missions safely. (U.S. Marine Corps photo by Cpl. Makayla Elizalde)

We have focused in previous interviews on the design features in the aircraft and the fact that using a digital thread process, the redesign of aircraft parts is an ongoing effort, as reliable data is generated from the sensors built into the aircraft and that data is then vetted through the experience from operating and maintaining the aircraft. But I wanted to focus on the shaping of an enterprise focused on enhanced combat availability in more intense combat situations, the kind anticipated in peer-to-peer confrontations.The way Garant discuss this issue was highlighting that in his view there are three nodes to success in such an effort.

The first node is associated with the inherent design of the aircraft itself. This is rooted in having maintainers involved from the outset in the design of aircraft for ease of maintenance as well as the ability of sensors built into the aircraft to generate accurate data to shape a path to effective predictive maintenance. As this path improves over time, it can be used to inform sustainment efforts of the forces at the tactical edge. With a more accurate picture of what items need to be available and when, accurate layers of material can be deployed to the ship or positioned at operating bases from which the aircraft will go forward.

The second node is plane-side maintenance and support. Marines working on the aircraft now have available to them advanced tool sets or an automated logistics environment in which to work. The data from the operation of the fleet aircraft is fed into an automated system and is available to the local maintainer. The data is presentable in packages which are used for training and for advance planning and executing repairs as well. And because it is based on data, help for non-standard problem sets can be aided by specialists who are not present plane side or, in other words, by using a remote surgeon concept.

The third node is overseeing the global fleet and shaping a global view of the fleet.  Here the effort is focused upon knowledge of the behavior of all the components across the fleet of aircraft. This then allows for an ability to formulate predictive, rule-based behavior for the evolution both of the maintenance regime and for shaping a more effective sustainment delivery system to the tactical edge.

When I last spoke to Pierre, we talked about his work on a Performance-Based Logistics (PBL) system for the CH-53E.  He argued that this system provided in effect the training wheels for shaping such a system for the Kilo global enterprise.

To do a PBL for the CH-53E meant working disparate Navy and government maintenance data systems into a common data stream. Or put another way, how to build an eco-system within which data can be tapped into a system to understand the global behavior of the operating fleet? And based on that, how to enhance the ability to do predictive maintenance? And how to translate those findings into realistic sustainment delivery systems to the tactical edge?

But a PBL to deliver better aircraft systems availability with lower cost is nice, but what are the metrics for an ability to surge in high-intensity conflict situations?

I certainly believe there needs to be more attention to this requirement, and having the IDF in the program will undoubtedly reinforce the need for such a metric.

Featured Photo: U.S. Marine Corps Cpl. Jose Martinez, center, and Cpl. Omar Aguila, avionics technicians with Marine Heavy Helicopter Squadron 461 (HMH-461), 2nd Marine Aircraft Wing, troubleshoot the blade fold system on a CH-53K King Stallion  on Marine Corps Air Station New River in Jacksonville, North Carolina June 22, 2022. HMH-461 aviation maintenance Marines go through vigorous training and testing to ensure that aircraft aboard MCAS New River are ready to fly and support all missions safely. (U.S. Marine Corps photo by Cpl. Makayla Elizalde)