The Launch of MAWTS-1: Shaping an Integrated Air-Enabled Force

11/04/2023

By Robbin Laird and Ed Timperlake

We started our series of interviews of the founders of MAWTS-1 with Randy Brinkley, call sign “Dragon.” He was the fourth commander of MAWTS-1.

As Dragon explained it: “Howard DeCastro was the first commander of MAWTS-1, followed by Bobby Butcher who become a Major General, then Jake Vermilyea who was the first helicopter commanding officer who headed MAWTS-1 and I was number four.”

He explained that “for the fixed wing F-4/F-18 aviators, they would go through Top Gun prior to coming to MAWTS-1, meaning that they would have mastered their air-to-air combat skills before becoming MAWTS-1 instructors and working the USMC focus on support for the ground forces.

“The F-4/F-18 aviators had to first go through a MAWTU Air Combat Tactics Instructor ground/flight syllabus before being considered for attendance to Top Gun. Howard DeCastro was an early graduate of this training and one of the very best F-4 aviators in the Marine Corps. Bobby Butcher was also one of the best A-4 attack aviators in the Corps. Both were most deserving to be early commanders of MAWTS-1!:

Dragon described the evolution of MAWTS-1 in those early days as upon rapidly shifting from being an aviation training facility to one supporting the MAGTF. He emphasized that John Lehman who was Secretary of the Navy during Dragon’s tenure as commanding officer of MAWTS-1 provided significant leadership in this transformation and taking the MAWTS-1 template and applying it Navy-wide.

According to Dragon: “John Lehman made MAWTS-1 a Navy-wide strategic asset that he used as a catalyst for Top Gun to move to NAS Fallon and be interfaced with the newly MAWTS-designed Strike University to support the integration of the carrier air wing training. He saw using the MAWTS-1 template as a way to shape the attack and fighter communities to talk to one another and to operate in an enhanced integrated fashion. As a reserve officer, he came to MAWTS-1 and found a home and took that experience with him as a serving Secretary of the Navy.”

Dragon underscored that the decision was made to alternate commanders from the fighter to the rotary wing community to lead MAWTS-1. Jake Vermilyea was the first rotary wing commander and Dragon served as his XO and when his time came. he became the commander.

Dragon entered the USMC as an infantry Marine and serving in Vietnam he determined that he wanted to become an aviator for the rest of his career. As a Company Commander at Khe Sanh he watched an F-4 Phantom drop out of the clouds to lay down “snake and nape” outside the wire and determined he wanted to do that.  He then received orders to flight school from combat: “You could support the Marine on the ground but fly back to your base at the end of the day and have a beer. That seemed to me a better choice. I would much rather go in harms way than order young Marines to do so.”

The unique Marine combat relationships he forged in combat is personified in his career as a perfect example of the USMC air ground integration.   His infantry CO serving with him in Vietnam eventually became the head of Marine Corps of Marine training and who was then overseeing  MAWTS-1 as Dragon became  part of  the leadership process in building such a professional air ground integration center of excellence.

Dragon’s XO was the legendary Fred McCorkle, who was a CH-46 officer. As  Deputy Commandant for Aviation, then LtGen McCorkle would prepare the way for the Osprey and the F-35 which truly has put the USMC in the leading position for air-enabled distributed operations.

Throughout our discussion, Dragon underscored how MAWTS-1 is focused on the practical “doing” of integrated force operations. At one point in the discussion, he put it this way: “We are focused on how we integrate the force, the MAGTF. We could do things that nobody’s ever thought of because that’s what Marines do. We’re thinking outside of the box. That is what Marines have always done, have to do. But in MAWTS-1 you are in an environment that allows you to do it on steroids.”

“Easy” Timperlake then asked “Dragon” to talk about how the Israeli Kfirs become the foundation for adversary squadrons operating with the USMC and the US Navy. This story also provided insight into Lehman’s key role in the evolution of MAWTS-1.

This is how Dragon described the situation: “One Sunday afternoon, prior to Lehman flying his reserve aircraft back to Washington DC from Yuma, he asked: ‘Is there anything I can do for you?’

Dragon answered: “Well we need aggressor aircraft to work with us during our WTIs. We are having difficulty convincing Top Gun to come over and play that role.

“The next day I received a call from Lehman where he informed me that he talked with the Israeli Prime Minister, and they were going to provide three squadrons of Kfirs to play the aggressor role at MAWTs-1 and with the Navy as well.

“Lehman indicated that the Navy and Marine Reserve pilots would operate the aircraft and the Israelis (IAI) will have a maintenance contract to support the Kfir aircraft flight operations.

“I was speechless but not for long because my next call was from LtGen Keith Smith, head of Marine Aviation who ordered me to meet with him at 0900 the next day in his office for a meeting with the Commandant at 10 to explain why this new program landed in his budget and how and why did this happen. The Commandant put it bluntly to me: “Brinkley you better make this damn thing work!”

“Easy” then asked about the ranges available to MAWTS-1 and their importance. Dragon underscored that why MAWTS-1 is at Yuma is precisely because of the ranges. The Navy ranges, the Air Force ranges, the Yuma Proving Ranges as well as the ranges at MCB 29 Palms are all within the reach of operators from Yuma. That is why Yuma was the clear choice for integrated aviation training. Brinkley mentioned in passing that when the IAF sent two pilots to the WTI course, they were awed by the training ranges which were larger than the entire country of Israel.

One observation that Laird made was that the kind of integration worked at MAWTS-1 focuses on the distributed force. Now that the U.S. and allied militaries are focused on various forms of force distribution, the Marines are obviously pioneers and continuing to lead in many ways how to practically shape distributed forces.

Dragon underscored that from the beginning, the leaders of MAWTS-1 were focused on practicing how to do FARPs. He highlighted that Jake Vermilyea was the founder of this effort and Fred McCorkle was the follow on catalyst.

How do you bring the different kinds of aircraft together? How do you do the logistics? How do you do the C2 for a distributed force in an austere environment?

As Dragon put it: “This is in the DNA of the MAWTS-1 community and an incubator for change in the MAGTF and the joint force. It began that way and it continues today with MAWTS-! Being an integral element of the MAGTF training at MCB 29 Palms.”

And incorporating this experience, one can realistically shape requirements and approaches to next generation platforms, systems, and capabilities.

Dragon noted:  “There are two critical aspects for successful distribution operations: logistics and command and control. You have to have the operators practice and solve the logistical and C2 problems. You have to figure out how to do so with what you have.

“At MAWTS, the CH-53 guys, the F-35 guys and so on have to figure out how their platform fits into such an operation. And based on this experience, you can think through what future needs can be met to do it better.”

Brinkley emphasized that with regard to future developments, the Advanced Development and Tactics Evaluation department at MAWTS-1 continues to play a key role. “These are the warfighters and strategic thinkers like Col. Mike Mott who first headed up ADT&E for MAWTS-1. These are the people that that are the best of the best. They’re guys that know what we need in the next generation of platforms to optimize our warfighting capability.”

Also, see the Johnson Space Center Oral History interview of Brinkley:

https://historycollection.jsc.nasa.gov/JSCHistoryPortal/history/oral_histories/BrinkleyR/Brinkley_1-15-98.pdf

Or view it as an e-book:

Randy Brinkley

Mr. Brinkley established Brinkley & Associates Company as a private investment and aerospace consulting firm in August, 2004. Mr. Brinkley is also a limited partner and member of the Operating Executive Committee for J.F. Lehman Company, a private equity investment firm.  Mr. Brinkley is also a member of the U.S. Space Board of Directors.

Mr. Brinkley was formerly President of Boeing Satellite Systems Inc. (BSS), the world’s largest manufacturer of commercial communication satellites and before that was Senior Vice President of Programs for Hughes Space and Communications Company. Mr. Brinkley was the NASA Program Manager for the International Space Station (ISS) from 1994 until 1999.

While at NASA, Mr. Brinkley was responsible for the integration of Russia’s participation in the ISS Program and the successful on-orbit assembly of the first elements of the ISS. Before his assignment as Program Manager for the ISS, Mr. Brinkley was Mission Director of the Hubble Space Telescope Repair Mission in 1994. From 1990 to 1992, Mr. Brinkley managed research and development activities for advanced aircraft systems and technologies at the McDonnell Douglas Corporation.

Mr. Brinkley served in the U.S. Marine Corps for 25 years before retiring as a Colonel. As a Company Commander in the Third Marine Division, Mr. Brinkley saw combat in the Republic of Vietnam before entering the U.S. Air Force pilot training program and subsequently becoming the Navy’s Flight Instructor of the Year and the Marine Corps’ Aviator of the Year.

Mr. Brinkley has flown more than 4,000 hours in 42 types of aircraft, which include the F-18 Hornet,  AV-8B Harrier, and the F-4 Phantom.

Mr. Brinkley received his B.S. degree from the University of North Carolina and a M.S. degree from Boston University. He also graduated from the Navy Fighter Weapons School (TOPGUN), Amphibious Warfare School, NATO Defense College, and the Marine Corps School of Engineering.

Mr. Brinkley has received awards for his outstanding achievement in aerospace, including the NASA Distinguished Service Medal and two NASA Outstanding Leadership Medals. Mr. Brinkley was also awarded the1993 Aviation Week and Space Technology Laurels Award, the National Aviation Association’s Robert J. Collier Trophy in 1993 for his efforts as Mission Director of the Hubble Telescope Repair Mission.

He was subsequently inducted into the Smithsonian’s Aviation Hall of Fame for his efforts as Program Manager of NASA’s International Space Station. Mr. Brinkley has also received the Space Achievement Award from the U.S. Space Foundation and also the Nelson P. Jackson Aerospace Award from the National Space Club.

The featured photo is of Secretary Lehman and Dragon at MAWTS-1. The photos below highlight moments in Dragon’s Marine Corps caraeer.

 

Indo-Pacific Endeavour 23

11/03/2023

Indo-Pacific Endeavour (IPE) is Australia’s flagship regional engagement activity, supporting the Australian Government’s commitment to investing in Australia’s regional diplomatic and defence partnerships.

IPE23 entailed activities across Southeast Asia and the Northeast Indian Ocean, reinforcing Australia’s commitment to a peaceful, secure and prosperous region.

The Australian Defence Force will visit 14 countries from 30 June to the end October 2023, with Defence personnel participating in military activities and engagement covering issues such as maritime law, Humanitarian Assistance and Disaster Relief (HADR), and Gender, Peace and Security (GPS).

In collaboration with the host nations, personnel will participate in military exercises, workshops, training, sporting events and cultural activities. IPE provides a practical demonstration of Australia’s commitment to building effective security partnerships in our near region.

Ships from the Royal Australian Navy, Army detachments and Royal Australian Air Force aircraft, will also contribute to exercises and engagement activities, allowing for information sharing and training opportunities.

Credit: Australian Department of Defence

16 October 2023

WTI-1-24 Close Air Support Training

11/01/2023

U.S. Marines with 3rd Battalion, 2nd Marine Regiment, 2nd Marine Division and Tactical Air Control Party, Marine Aviation Weapons and Tactics Squadron One, participate in a close air support exercise during Weapons and Tactics Instructor (WTI) course 1-24 at Urban Training Complex Yodaville, Yuma, Arizona, Oct. 7, 2023.

WTI is an advanced, graduate-level course for selected pilots and enlisted aircrew providing standardized advanced tactical training and assists in developing and employing aviation weapons and tactics.

10.07.2023

Video by Lance Cpl. Alejandro Fernandez

Marine Aviation Weapons and Tactics Squadron-1

An Update on the French A330MRTT: October 2023

10/31/2023

By Pierre Tran

October 31, 2023

Paris – France signed Oct. 6 a contract with Airbus Defence and Space to add a secure, high-speed satellite communications link to the A330 multirole tanker transport, a deal the company sees as plugging MRTT jets into a network of a planned European future combat air system.

“The DGA (Direction Générale de l’Armement) awarded Oct. 6 2023 the company Airbus Defence & Space the first stages of work on standard 2 on the A330 Multi Role Tanker Transport (MRTT) Phénix of the French air and space force,” the armed forces ministry said in an Oct. 20 statement.

Airbus D&S also signed Oct. 6 a contract for 10 years’ service, with option for two more years, for the MRTT, the company said in an Oct. 23 statement, with the standard 2 communications and maintenance deals worth a total €1.2 billion ($1.3 billion).

Airbus D&S is effectively prime contractor for installing standard 2, which relies on  a Thales onboard satellite link dubbed Melissa, and service for the French MRTT fleet. A company spokesman declined to say how that total amount was split between the two MRTT deals.

The standard 2 communications upgrade is seen as delivering an entry to a planned combat cloud extended network, for the MRTT, a military conversion of the Airbus A330-200 wide-body, twin-engine airliner. “This new standard, which will undergo incremental development, strengthens the capability of the A330 MRTT to evolve in contested environments, while providing greater communications capability with other aircraft and command centers,” the ministry said.

The DGA procurement office and Direction de la Maintenance Aéronautique (DMAé), the aeronautics service unit, also signed Oct. 6 with Rolls-Royce a maintenance contract for up to 20 years for the Trent 700 engine on the MRTT, with the British company delivering its MissionCare service.

Lockheed Bales Out

The Airbus D&S Oct. 23 statement on the MRTT deals coincided with Lockheed Martin’s announcement the American company was pulling out of the U.S. air force competition for an air tanker.

Lockheed had partnered with Airbus for the European company to pitch its A330 MRTT, and that departure left Airbus flying solo against Boeing, its archrival in the U.S. tender for some 75 inflight refuelling jets, worth an estimated $12 billion.

France attaches strategic importance to its MRTT fleet, which provides inflight refuelling for the Rafale, boosting the range of the fighter which carries the airborne deterrent, the ASMP/A nuclear-tipped missile.

The Phénix MRTT replaced the U.S.-built French air force fleet of 11 C-135FR and three KC-135RG, which dated back to the 1960s, flown by the Brétagne squadron. Those French air tankers supported the Mirage IV and 2000N, and more recently Rafale, armed with nuclear weapons. Phénix also replaced three A310 and two A340 jets flown by the Esterel transport squadron.

The then U.S. president, John F. Kennedy, authorized the sale of the C-135 when his French counterpart, Charles de Gaulle, was building an independent nuclear strike, said an analyst at the Institut Français d’Analyse Stratégique, a think tank.

The first phase in the standard 2 upgrade includes equipping the MRTT with a defensive aids sub-system, the ministry said, without giving details. The Airbus D&S spokesman declined to comment.

The French authorities see selection of the defensive sub-system as highly sensitive and has that wrapped up in strict confidentiality. U.S. and Israeli companies lead the market for defensive sub-systems. The Nato multinational fleet of nine MRTT, backed by six member states, is fitted with a direct infrared countermeasures (DIRCM) system from Elbit Systems, dubbed J-Multi Spectral Infrared Countermeasure or J-Music. The German Air Force has also equipped its A400M airlifters with J-Music kit. The system aims to protect aircraft from ground-based, heat-seeking missiles.

Meanwhile, talks are being held for selecting subcontractors for service support, an industry source said. Companies such as Collins Aerospace and Sabena Technics are active in the French service market.

Maintenance, repair and overhaul may be low key but that business offers a steady flow of income, while requiring technical skill. The risk and reward of service contracts could be seen with the French fleet of C-130 Hercules airlifters, which in the past suffered from low availability, stemming from what the then head of air force special operations command said was due to industrial problems. A Portuguese company, Ogma, previously provided service for the French C-130 fleet.

The separate and complementary service contracts for the MRTT airframe and aero-engines reflect the “vertical” approach of the DMAé, the ministry said, and the commitment of work for at least 10 years gave reassurance for the companies to invest €30 million in infrastructure around Istres air base.

Changes The Game

Standard 2 is a “game changer,” the analyst said, as the MRTT aircraft adds “multimission” to its support for the French strategic airborne force and flying logistical support for overseas deployment.

The defense ministry gave no details on the value of the standard 2 contract. The DGA was not available for comment.

A French Airbus A330 Multi Role Tanker Transport Phénix flies in formation with Dassault Mirage 2000 fighter jets during a ground and air display over Grand Bara, Djibouti, Jan. 15, 2022. As part of a visit by the Institute of Advanced Studies in National Defense, the dynamic presentation demonstrated the French Forces in Djibouti’s operational capabilities, and included participation by Djiboutian and U.S. armed forces to illustrate regular cooperation between the nations. U.S. and French forces regularly exchange expertise, ideas and tactics to become a more integrated combined force with the ability to respond to crises or threats in East Africa. (U.S. Air Force photo by Senior Airman Blake Wiles)

The satellite communications link will be retrofitted to the 12-strong MRTT fleet flown by the French air force from Istres air base, close to Marseille, southern France. A further three MRTT jets are due to join the fleet by 2030, with the 15th unit to be the prototype for standard two, due for certification in 2028.

Standard 2 aims to plug MRTT into the planned combat cloud, one of the critical technology pillars being developed for the European future combat air system. “With this new capability of the aircraft, we are preparing the future by transforming the MRTT into an in-flight communications node, as the first building block of the Multi Role Tanker Transport of tomorrow, embedded in the Future Combat Air System (FCAS),” Jean-Brice Dumont, head of military air systems at Airbus Defence & Space said in the Oct. 23 statement.

Connectivity through telecommunications is seen as a major capability, and the MRTT will be fitted with a satellite communications link, dubbed Melissa, allowing the tanker-transport to hook up to the French Syracuse IV military satellite network.

The Melissa satcom will allow the MRTT to be connected at all time, beating enemies’ jamming attempts and extreme weather, the company said. The MRTT standard 2 will deliver “high-bandwidth communication, sovereign and secure,” to boost links with the airborne deterrence, the ministry said. MRTT will hold a “central position in aeronautical connectivity,” providing a communications node between C2 command and control and the aeronautic network. The Airbus team in France will be doubled to support the MRTT activities, the company said.

Melissa Boosts Links

On the Melissa communications link, Thales said Feb. 8 2022 the company would deliver the onboard satellite workstation in 2025, offering high bandwidth, high availability, and high performance on large military or government aircraft such as MRTT, A400M, and Awacs spy planes.

The contract for a military system linked to Syracuse IV satellite is for 17 years and is based on a civilian system, which has shown reliability with more than 30,000 flight hours, the company said. “This military version is specially designed to maintain connectivity with commanders in a jammed environment or in very poor flight or weather conditions,” the company said. The link can work with “the sovereign Syracuse IV satellites and is also compatible with other allied military or commercial satellites.”

The present French MRTT fleet uses Link 16 for communications with Nato allied aircraft and commanders.

The air force flies 12 MRTT tanker transports, and three more aircraft are due to be delivered by 2030 under the 2024-2030 military budget law, adopted in July. Development work on standard 2 will lead to the qualification of the prototype, the ministry said, with the remaining fleet retrofitted as they undergo routine service over the 10 years contracted with Airbus DS.

The first MRTT to be converted to standard 2 will be number 15 for the French air force, with the conversion to be made at the Airbus Getafe plant, in Spain, Airbus DS said. That MRTT is due to be qualified in 2028. The other MRTTs will be retrofitted at Istres air base.

The MRTT, which entered service in 2018, also serves as a flying hospital for medical evacuation missions.

In the air force’s Pegase 23 mission, the service flew five A330 MRTT, along with 10 Rafale and four A400M airlifters to the Pacific region in 72 hours. The service plans for the next air deployment to consist of a full 20-strong Rafale squadron, supported by 10 A330 MRTT tankers, reaching the Pacific in 48 hours.

Leveraging a Digital Aircraft to Shape a Sustainment Enterprise Extending to the Tactical Edge

10/30/2023

By Robbin Laird

I have focused in a series of interviews with Pierre Garant on how to leverage a new digital aircraft, the CH-53K, to shape an innovative new approach to sustainment.

Clearly, technology is not enough. Organizational change enabled by technology is required and to do so in terms of new partnerships among industry, the government and the service operating the aircraft.

In this interview, I discussed the way ahead with Pierre drawing on his knowledge gained during his extensive career having worked logistics and sustainment from his unique perspective gained by working in the USMC, the government and industry. I was discussing the approach with Garant in a role of a future DOD sustainment planner and operator.

In that perspective, I sketched out what could be the future of end-to-end sustainment built around the inherent capabilities of a new digital aircraft.

The way I look at it, the digital backbone on the CH-53K has enabled the digital twin to drive the design and evolution process. As experience is gained from the use of the aircraft and data flows back to the digital twin, this will allow for configuration control and adaptation.

In addition, with the rapid arrival of advancing technologies, such as 3-D printing, which the Marines are clearly working with, distributed operations can be combined with digital manufacturing driven by the digital twin as well.

This means that the digital backbone on the aircraft allows not only for predictive maintenance and the organizational possibility of greater accuracy in having parts moved closer to areas of the operating force of the particular aircraft, but that 3-D printing can allow for the capability to provide for enhanced sustainability in the field and in the areas of operation.

Garant highlighted the need to get beyond legacy thinking about sustainment to achieve such an approach.

“Condition-based maintenance opens a significant opportunity to move beyond legacy approaches to logistical support. We need to shape a forward leaning approach rather than taking the new aircraft and fitting into a legacy box for how we have done logistical support in the past.

“We need to go beyond how the digital twin and the digital process allows us to build the aircraft differently to how we can recraft the sustainment enterprise to support the warfighter and their needs at the tactical edge.

“It is about making the warfighter in combat having greater readiness of aircraft at the point of operation, not just using the old approach of moving parts to inventory positions and then out to the field. It is early days for 3D printing, but the Marines are moving out in this area.

“I think your emphasis on linking the entire digital change from production and the digital twin to the use of digital or additive manufacturing in the field, which what 3D printing provides, is part of a crucial shift in sustainment management or the sustainment enterprise.”

I argued that working the relationship between how predictive maintenance could allow surge support by moving supplies closer to the warfighter based on anticipated use needs and determining what 3D printing could supply at the key point of need is a work in progress. And as the user community determines which method – build and deliver or build at the point of operation is best – the desired mix could be shaped.

The point is that the needs of the warfighter at the tactical edge can drive through the digital chain how the sustainment structure functions, and not the legacy approach of sequential decisions by authorities at each stage of a highly bureaucratized process of hand-offs in the logistics chain.

Garant underscored that when actual production of an aircraft ends, it is all about sustainment and having parts to support operations. We need a new approach to the sustainment enterprise which the technology of a digital aircraft unlocks.

In my view, it is never just about technology. After all, we had radar at Pearl Harbor, and we know how that turned out.

For the additonal interviews, see the following:

The Performance-Based Logistics (PBL) Foundation for the CH-53K Sustainment Approach: Shaping a New Way Ahead for Next Generation Digital Aircraft

Digital Maintenance in the Shift to Distributed Maritime Operations

 

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

CH-53K King Stallions at WTI-1-24

 

 

 

 

 

Marines Practice FARP Support

10/27/2023

U.S. Marines assigned to Marine Aviation Weapons and Tactics Squadron One assemble an advanced aviation forward area refueling system for UH-1Y Venom helicopters in support of Weapons and Tactics Instructor (WTI) course 1-24, at Landing Zone Bull, California, Oct. 13, 2023.

WTI is an advanced, graduate-level course for selected pilots and enlisted aircrew providing standardized advanced tactical training and assists in developing and employing aviation weapons and tactics.

10.13.2023

Video by Lance Cpl. Emily Hazelbaker

Marine Aviation Weapons and Tactics Squadron-1

Triton in the Reshaping of the Australian ISR-T Enterprise

10/25/2023

During my recent visit to Australia in support of the 27 September Sir Richard Williams Foundation, I had a chance to meet again with Wing Commander Keirin Joyce and to discuss the impact of the Triton on the ISR-T enterprise in Australia.

Wing Commander Keirin Joyce has dealt with uncrewed systems within the combat force both as an Army and now as an Air Force officer.

Currently, he is Program Chief Engineer RPAS (MQ-4C Triton) at Royal Australian Air Force.

There has been recent criticism of Triton as being expensive and not part of the new generation of uncrewed systems, and therefore not really central to the way ahead set out in this year’s Defence Strategic Review. Joyce has extensive experience with a wide-range of UAVs and uncrewed systems and certainly agrees that Triton is not an example of the next generation attributable autonomous systems.

It is, after all, based on iterations of a 25-year-old GlobalHawk design.

But, it is the only aircraft that can do what it does and is a key element in the reshaping of the ISR-T enterprise in Australia, a reshaping which is considered central in the DSR. The Triton air system is the tip of the spear so to speak of the evolving ISR-T enterprise.

If one looks simply at the UAV, one misses the extensive ground systems being built to use its data along with the other key assets in the ISR-T emprise, such as P-8. The RAAF has been leading an effort for the ADF on building a new generation ground processing capability for the ADF to manage the enterprise data needed for the defense of Australia and empowering the multi-domain strike enterprise.

The recent Williams Foundation Seminar was entitled: “The Enterprise Requirements of an Australian Multi-Domain Strike Capability.”  The focus of much of the seminar was on building new multi-domain strike capabilities, but the enterprise to do so requires advanced ISR-T capabilities.

The RAAF and the ADF have been working this challenge for more than a decade and Triton is embedded within the solution set. This lays down the foundation for further evolution in the years ahead for further advances in the ISR-T foundation to the multi-domain strike enterprise.

Wing Commander Joyce emphasized the importance and its contribution to the evolving ISR-T enterprise.

“It largely operates outside of the adversary’s weapons engagement zone and operates at a height where it can see deep into our areas of operation. Of course, if it is targeted, the range of our networked sensors will warn it and it has a jet engine to work an escape path.”

But the sensors on Triton are unique and multi-faceted and as such will provide unique capabilities for the ADF. He noted that if you contrast with the P-8 which flies low and is focused on ASW, the Triton is operating at much higher altitudes with an ability to see over much greater distances.

I pointed out that one of the challenges for any ISR-T system working the maritime domain is the need to find the wheat from the chaff, or to find real threats within the range of ships operating throughout an area of operation. Triton does have AIS and other sensors to add in this critical target discrimination problem.

Wing Commander Joyce added that “Triton will provide us with a level and amount of data we have never had before. And that interaction with our processing systems will allow us to grow our abilities in the ISR-T systems and prepare us for the inclusion of new systems in the future as well.”

I pointed out that the Australian debate and discussion about Triton had totally ignored the impact of the NATO AGS system and its role in the Ukraine war. When I worked for Secretary Wynne when he was the defence acquisition director, he recommended that NATO eschew the manned aircraft option and buy a UAV for its Air-Ground Surveillance system. Eventually, this happened and four variants of the Global Hawk were purchased and now operate out of Sigonella Air Base in Italy.

Wing Commander Joyce thought that was an important point to raise. He noted that “the NATO AGS system is operating in Europe at various altitudes and hoovering up ISR-T information useful in the conflict and beyond. Gaining information on the signature of adversary weapons and platforms is a key part of such a mission.”

Without doubt new generation maritime, land and air autonomous systems are coming. It is just that a future capability empowers no force: you have to fight with the force you have.

And Triton will make the ADF a more lethal and survivable force in the near to mid-term.

Shaping a Way Ahead for Remotely Piloted Air Systems: The Perspective of Wing Commander Keirin Joyce

The Surveillance and Response Group Working to Enhance the Situational Awareness and Decision Making Capabilities of the RAAF

Standing up the P-8/Triton Maritime Domain Strike Enterprise in Australia: Visiting RAAF Edinburgh