Australia’s First Triton: In Production

11/06/2020

By Australian Defence Business Review

Production of the first Northrop Grumman MQ-4C Triton unmanned maritime ISR aircraft for the RAAF commenced in late October at the company’s Moss Point facility in Mississippi.

Being acquired under a cooperative development program with the US Navy, the RAAF currently has a requirement for six MQ-4Cs, and the commonwealth has to date committed funding to three air vehicles, ground control segments, and the construction of facilities at two main operating bases and one forward operating base.

“The MQ-4C Triton will be a very important ISR capability for Australia,” RAAF’s air attaché to the Australian embassy, AIRCDRE Terry van Haren said in a statement. “It is ideally suited for Australian operating conditions, given its high altitude, long endurance, and impressive sensor suite. The Royal Australian Air Force looks forward to operating the MQ-4C alongside its other ISR and response aircraft such as the P8A Poseidon.”

US Navy Triton program director, Capt Dan Mackin added, “With much of our team working remotely, geographically dispersed, and across many time zones, I am so impressed with the continued productivity I have seen and the great work being done. Our partnership near and far remains strong as we prepare to deliver the first Triton aircraft to Australia in 2023.”

Australia is expected to soon decide on whether to accelerate its program by taking two production slots previously allocated to the US Navy but which have seen funding withheld in the draft FY2021 President’s Budget for FY 2021 and 2022.

“A two-year gap in production would have significant negative effects on the production line and the supplier base,” Northrop Grumman’s vice president Triton programs, Doug Shaffer said in a release. “A pause would mean we risk losing the lessons learned that have enabled our suppliers and Northrop Grumman to achieve production efficiencies and get to this mature point of the program, which would then add more risks and costs to the program.

“We estimate that stopping and restarting the line alone will cost roughly $150 million and then each aircraft likely costs about $20 million more,” Shaffer added. “Consequently, we are talking to Congress and our Navy customer about opportunities to sustain the production line, protect our suppliers and support the program long-term.

“We have had multiple discussions with the US Navy and Australia about options to help fill the FY ’21 and ’22 production lines with Australian aircraft. An acceleration of the Australian program would result in significant savings to Australia and ensure cost savings to the US Navy by helping prevent a pause in Triton production.”

In the meantime, the US Navy says the Triton has proven to be an “invaluable asset” since being deployed to Guam earlier this year as part of the system’s early operational capability (EOC).

“Triton is quickly providing vital information to operational users,” Shaffer said. “This game-changing, persistent system is going to revolutionize the Navy’s maritime ISR capabilities by providing an unprecedented amount of data to inform critical decision making.”

This article was published by ADBR on November 6, 2020.

The article was written by Andrew McLaughlin.

The featured photo: The keel of the RAAF’s first MQ-4C Triton in its production jig at Northrop Grumman’s Moss Point, Mississippi facility. (NORTHROP GRUMMAN)

 

Australian-Singapore Cooperation: The Role of HMAS Adelaide

HMAS Adelaide has provided an at-sea platform for the Republic of Singapore Air Force (RSAF) CH-47 heavy-lift helicopter crews to requalify in deck landings and take-offs off the coast of Queensland.

The RSAF CH-47 crews, permanently based at Oakey in Queensland, spent two days flying from Townsville to HMAS Adelaide at sea to undertake the Deck Landing Qualifications, communicating with the warship’s flight control room and being guided by Australian sailors on the flight deck.

The RSAF helicopters and crew also supported Australia’s bushfire fighting efforts over the 2019-20 fire season.

The joint activity coincides with 30 years of the Singapore Armed Forces training in the Shoalwater Bay area and is the product of senior naval leader-to-leader talks, highlighting the importance of Australia and Singapore’s shared relationship.

Australian Department of Defence

October 28, 2020.

The ADF Returns from the Middle East: The Challenge for No. 33 Squadron

11/05/2020

The job of packing up a six-year deployment in the Middle East Region has proven a massive test for No. 33 Squadron – in more ways than one.

Almost 70 tonnes of equipment needed to be catalogued, prepared and transported when the squadron concluded its deployment of a KC-30A Multi-Role Tanker Transport (MRTT) to Operation Okra.

The equipment ran the breadth from tools, spare parts and furniture, through to Ground Support Equipment (GSE) including a 20-tonne tug for towing the KC-30A on the flightline.

From September 2014 to September 2020, No. 33 Squadron provided the Tanker Element of Air Task Group 630, flying 1440 air-to-air refuelling missions in the Middle East Region.

In six years, the deployed KC-30A offloaded more than 47,000 tonnes of fuel to Australian and Coalition aircraft engaged in defeating Daesh terrorists in Iraq and Syria.

Group Captain Anthony Bull, Officer Commanding No. 86 Wing, said the logistics effort was the concluding achievement to the KC-30A’s deployment.

“We often recognise the logistics effort required to deploy and sustain our forces abroad, but seldom do we acknowledge the work done to return those forces,” Group Captain Bull said.

“This re-deployment presented numerous logistical challenges, not the least of which were due to the KC-30A’s size and some of the specialist equipment required to operate it.

“Even with the benefit of working on a base with Coalition partners, this deployment was the first of its kind for any operator of this aircraft type, and done while we were still building our experience on the KC-30A.”

Packing up the deployment began months in advance of the return, with Sergeant Ryan Carr from No. 33 Squadron leading a five-person logistics team to plan the job.

“We completed a 100 per cent audit of all KC-30A assets in the Middle East Region, including spare parts, tooling, locally-purchased items, leased assets, furniture and other effects,” Sergeant Carr said.

“There was roughly 70 tonnes of equipment identified for movement out of the base, which equated to about four C-17A loads.”

The logistics team wasn’t alone in this endeavour, and was supported by Joint Task Force 633 in the Middle East Region, including the Expeditionary Airbase Operations Unit.

A drawdown timeline was created with key dates for when the logistics team needed to reserve cranes, truck drivers, and other specialist equipment for the return.

The Tanker Element would also need to vacate and clean its working accommodation, as well as ensure equipment returning to Australia would meet quarantine requirements.

All the while, the Tanker Element continued flying KC-30A refuelling missions for Operation Okra throughout the heat of the Middle Eastern summer.

“We packed over 700 lines of spares from our deployed warehouse, cleaned and packed all of the tooling and Support and Test Equipment,” Sergeant Carr said.

“We prepared a Super Heavy Tug, Light Tow Motor, a 90KVA generator, scissor lifts and deployable air stairs, potable water trucks and wash carts, oxygen and nitrogen carts, and a number of maintenance stands.”

When the KC-30A concluded its deployment in September 2020, the aircraft returned to Australia with the Tanker Element’s main party.

It also carried 7.5 tonnes of equipment to be returned to No. 33 Squadron for use at the Squadron home of RAAF Base Amberley.

“Priority items for return to Australia were our stock of aircraft spares, tooling, oxygen carts, and fly away kits we take when deploying with the aircraft,” Sergeant Carr said.

“The next priority of equipment to return to Australia was the Light Tow Motor, 90KVA generator, and Portable Water Truck.

“These are all in high use at RAAF Base Amberley, as they’re in a pool of assets that are regularly shared between the three air mobility squadrons at that base.”

Smaller items of GSE such as these are often carried by C-17As, however the Tanker Element also held much larger items of GSE to operate the KC-30A.

“The two largest items (for return) were the Super Heavy Tug, which weighs 20 tonnes, and the Large Six-Point Boom Maintenance Platform, which weighs just under 10 tonnes,” Sergeant Carr said.

“These are also unique as they are not something we deploy with regularly – the only recent movement of these items was to the Middle East Region about five years ago.”

Moving any GSE by C-17A requires clearance and instructions from the Air Mobility Training and Development Unit (AMTDU), which details how to safely load the item via the cargo ramp and secure it to the floor during flight.

The Super Heavy Tug did not have a current approved load instructions, requiring AMTDU to produce an urgent Special Cargo Instruction (SCI).

“Prior to the SCI being released, we were able to partially prepare the tug, which involved removal and individual palletisation of the four ballasts in the tug, which weighed 3700 kilogram each,” Sergeant Carr said.

“We also completed a full clean of the vehicle for quarantine inspection.”

The SCI was then released, which required the C-17A to bring special wooden shoring that would allow the tug to be safely loaded via the cargo ramp.

The Six-Point Boom Stand meanwhile is a massive cradle used for servicing the KC-30A’s 11-metre-long Advanced Refuelling Boom System (ARBS).

Mounted underneath the tail end of the KC-30A, the four-tonne ARBS is deployed in flight to refuel compatible aircraft at over 600 kilometres per hour.

“The Six-Point Boom Stand weighs just under 10 tonnes, and was another unique item due to its size, and initially little information could be found regarding its movement into theatre,” Sergeant Carr said.

“This left us with questions about whether it too would require a SCI from AMTDU.

“From reviewing archived emails, we found the original Task Order and Flight folders for its deployment (in 2016), which assisted the Mobile Air Load Team greatly in understanding and preparing the load.”

Northrop Grumman, which provides engineering and sustainment support for RAAF KC-30As, provided information on breaking the Boom Maintenance Stand into two pieces for carriage in a C-17A.

“Assistance was sought from local Allied units at our base to use a 100-tonne crane for removal of the top section of the Stand, and placing it on three married (combined) aircraft pallets,” Sergeant Carr said.

On separating the top section, the bottom section was prepared and craned onto four married pallets with the use of shoring to spread the load.

Subsequent C-17A missions to the Middle East Region will return the majority of the Tanker Element’s remaining equipment by the end of the year.

Other items will be distributed to Australian Defence Force and Allied units deployed in the Middle East.

Sergeant Carr said the re-deployment had given No. 33 Squadron a deeper understanding of supporting KC-30A operations overseas.

“From the sustainment point of view, I believe there is a greater appreciation of the support equipment required at Forward Operating Base, and the importance of ensuring the right equipment is there for the right mission profile,” Sergeant Carr said.

“The majority of equipment was deployed at the beginning of Operation Okra and has been maintained in theatre, however not necessarily required throughout the entire period.”

“Understanding the types of missions we perform in theatre directly relates to the equipment used to support those mission types, and define the type of maintenance that will be authorised in location.”

The redeployment also presented more tactile challenges, such as handling the wooden shoring required to load a Super Heavy Tug on to the C-17A.

“Each shoring ramp weighed 360 kilograms, and the equipment was not available to assist moving it, resulting in manually having to manoeuvre the shoring on and off the aircraft,” Sergeant Carr said.

“This has identified a shortfall in the construction of shoring, and in future we will ensure it is easily manoeuvrable.”

Ultimately, careful planning and support from Joint Task Force 633 helped bring a positive end to the KC-30A’s deployment to Operation Okra.

“The success in the withdrawal from the Middle East Region and meeting every milestone is directly credited to having a cohesive team,” Sergeant Carr said.

“We had early planning with the technicians, aircrew and logistics staff to form a timeline of events leading up to last mission, and identified the work required between the final mission and aircraft departure.”

This article was published by the RAAF recently.

What is the Role of Amphibiosity in Australian Defence Strategy?

11/04/2020

By Robbin Laird

In my last piece, which addressed the question of the way ahead for the Australian army in the evolving approach of the ADF to Indo-Pacific operations, the question was posed: Will the Australian Army fully embrace amphibiosity?

Will they shift from the USMC’s legacy position of amphibious ships as greyhound buses to an area of operations to operating from sea and expeditionary bases?

Ian Bostock, the editor of Defence Technology Review, has provided a series of articles over the past few months in his journal which highlight a variety of ways to conceptualize how the Australian Army might do so.

The lead article in this rethink was published in his May issue and was entitle “Archipelagic Operations: Why Australia Needs to Get on Board.”

With the new strategic focus on prioritizing Australia’s regional defense, a key capability for the ADF will be their capabilities to fight in an archipelago. This May article looks at how the ADF could prepare itself to do so.

The author, who is an unidentified member of the Australian Department of Defence, argues that the Army’s concept of operations is to deliver a battlegroup as an “entry force for a follow-on brigade, for which no shipping exits, naval or commercial.”

The author poses a core question: “How can Australia make itself capable of fighting in an archipelago?”

The author then goes on to provide an assessment of how to do so, by starting with the nature of archipelagic operations (ARCOPS).  “The key is having adequate surveillance and target acquisition plus the mobility necessary for distributed operations, which the force can be bypassed.”  The author adds that “the ADF still sees the archipelago as a series of land problems connected by se transport, rather than as a mutually interdependent environment. That reflects in its persistent attraction to heavyweight equipment ill-suited to archipelagic manoeuvre.”

This would require a highly mobile force which can tap into distributed C2/ISR and have both organic and kill web available strike capability.

“Where can Australia least afford to lose: in the archipelagos on its doorstep or on some distant continental land mass?”

In the months, since the publication of the May 2020 article, Bostock provides a number of insights with regard to how the ADF might embrace such capabilities for the Australian Army to be able to deliver integrated but distributed capabilities to prevail in ARCOPS;

In the June 2020 issue, Bostock addresses the question of helicopters and marinsation. After an article which provides a deep dive on what makes a military helicopter truly marinized, Bostock provides this argument:

In the June 2020 issue, Bostock highlighted a Royal Australian training event where the amphibius fleet operated with support ships to deliver an overall combat effect. Certainly an effective force as far at it goes and that is the point which Bostock underlines,

There are too few ships “to provide capability across a northern archipelago 5,000 kms wide, 2,000 km deep and made up of thousands of individual land masses, large and small.”

He argued that the RAN needs to introduce “a fleet of smaller, cheaper, minimally-crewed landing vessels and watercraft that make distribute amphibious joint operations in an archipelagic environment possible.”

And in various issues, Bostock addresses the question of the range of land vehicles which can support such a force. The Aussies have shaped indigenous capabilities to produce such a range of vehicles, and, in my view, the question is the focus of the evolving Australian Army: is it upon operating a heavy combat force at distance or a force optimized for mobile and expeditionary operations in the region?

And this takes us to the November 2020 issue which addresses directly the Army’s new landing craft projects. As Bostock argues in opening the November issue: “These new landing craft – to be delivered via Phases 1 and 2 of Land 8710 – will have more payload, greater range and better sea-keeping than the craft they are to replace.

“They will be neither glamorous nor high profile platforms but essential components of Army’s capability aspirations amidst a return to thinking about how Australian forces operate in the Indo-Pacific and engage with the near region.”

In short, Ian Bostock’s journal and his own perspective has contributed significant insight into how amphibiosity can deliver an Australian ARCOPS.

Please visit DTR’s website:

“Defence Technology Review is the region’s premier digital defence magazine, focused on providing defence professionals and key decision makers with current developments in military technology, capability development and leading-edge innovation.

“DTR leads the world in its coverage of numerous major Australian defence procurement projects, and is relied upon as a source of intelligence and reference by both government and industry.”

https://dtrmagazine.com

RAAF Builds Out New Facilities to Support F-35 Force

RAAF Base Williamtown is home to the tactical fighter element of the Air Combat Group and the Airborne Early Warning and Control (AEW&C) element of Surveillance and Response Group.

RAAF Base Williamtown is at the centre of a multimillion-dollar infrastructure modernisation and upgrade program in order to better support the arrival of the RAAF’s fleet of F-35A Joint Strike Fighters and other force multiplying capabilities, like the E-7A Wedgetail Airborne Early Warning, Command & Control aircraft. 

Williamtown Redevelopment Stage 1 is worth $149 million, while the Aircraft Clear Water Rinse Facility is worth $3 million.

The Williamtown Redevelopment Stage 2 (2014 – 2019) is worth $219 million, which is supported by the New Air Combat Capability Works worth $679 million and a Runway Extension worth $200 million.

This description of the upgrades at RAAF Base Williamtown published in an October 30, 2020 article came in the context of the dedication of one of the new buildings being constructed at the airbase.

This is how the RAAF described the dedication ceremony held on October 23, 2020 at the airbase.

Australia’s only known Indigenous World War II fighter pilot has been honoured with the naming of a building at RAAF Base Williamtown.

The new five-storey accommodation complex was dedicated to the memory of Leonard ‘Len’ Waters in a ceremony held on October 23.

Len Waters enlisted in the Air Force in August 1942 as an aircraft mechanic and went on to earn his wings in July 1944.

He learnt to fly in Tiger Moths and Wirraways before joining No. 78 Squadron where he flew Kittyhawks.

During nine months of active service, Mr Waters flew 95 sorties in the Pacific campaign, operating from Noemfoor, Morotai and Tarakan.

He discharged from the Air Force on January 18, 1946, with the rank of Warrant Officer.

Mr Waters died from pneumonia in August 1993, aged 69, and is survived by his wife and six children. 

Air Commander Australia Air Vice-Marshal Joe Iervasi said it was a great honour to dedicate the building to Mr Waters.

“It is important to recognise and embrace the stories of all who have served, and continue to serve, so we can truly be the Air Force of Australians for all Australians,” Air Vice-Marshal Iervasi said.

The dedication ceremony was attended by Mr Waters’ wife, Gladys, and other members of the Waters family, as well as Warrant Officer of the Air Force Fiona Grasby.

The Welcome to Country and a smoking ceremony were presented by Elders of the Worimi people who are the traditional owners of the land where RAAF Base Williamtown is located.

A significant feature of the building’s interior is the expansive artwork and accompanying stories created by Indigenous artists Saretta Fielding and Melissa Lilley.

Group Captain Peter Cluff, of RAAF Base Williamtown, said the prominent display of the Indigenous art and stories was a symbol of the admiration and respect that exists between the base and the Worimi people.

“The relationship between RAAF Base Williamtown and the Worimi people has been forged over many years, and will continue to grow and thrive for years to come, as highlighted by the dedication of this building to Len Waters,” Group Captain Cluff said.

Mr Waters’ memory also has been commemorated since his death with a stamp issued as part of Australia Post’s Australia Remembers campaign; the naming of a park in Inala, Queensland, where he lived for more than 33 years; the naming of a street in Ngunnawal in Canberra; and, a monument in St George, Queensland.

 

The Advanced Hawkeye in the Integratable Airwing: The Perspective of CDR Neil Fletcher

11/03/2020

By Robbin Laird

Recently I had a chance to discuss with the CO of VAW 121 about the way ahead with coming of air refuelability for the squadron’s Advanced Hawkeyes. I was able to do so after CDR Neil Fletcher had spent a good part of his early day on October 21, 2020 talking with reporters about the anniversary of the first launch of the Hawkeye.

That 60th Anniversary of the first E-2 flight was highlighted in a discussion between the Commander of the Naval Air Force Atlantic, Rear Admiral Meir and the current Commander of the Airborne Command and Control Logistics Wing, Captain Michael France.

The discussion with CDR Fletcher provided further insights as well.

The advanced Hawkeye has joined the fleet as the fleet is undergoing significant change to focus on the high-end fight, and to deliver capabilities to an evolving process of integratability.

With the extended range  air refueling brings to the Advanced Hawkeye plus the coming of the MQ-25 to the large deck carrier to do that air-refueling mission, the contribution of the aircraft will be enhanced for the fleet operating in the extended battlespace.

CDR Fletcher highlighted the importance of this new capability for the aircraft. “We should receive our first AR aircraft shortly. We will be the second squadron to complete the AR transition. By next year we will be fully transitioned as an AR squadron.

“This will give us more time on station and increase our range. We have always been focused on the carrier strike group, but throughout my career we have also supported the joint fight,so this capability will enhance our contribution.”

“We’ve always been an integratable asset, but  AR will make us just that much more capable as we extend our on station time.”

CDR Fletcher at change of command ceremony onboard Naval Station Norfolk. Credit Photo: Sam Jenkins

With the new advanced Hawkeye there is more capability in the aircraft to integrate with the mission.

He noted that even though the aircraft looks much like its predecessor, “the advancements in technology with the digital generation, allows us to pack a lot more capability within the aircraft and also allows us to work differently in the battlespace.”

There has been an important branding change which reflects the shift as well. They are now an airborne command and control squadron, rather than being labelled an airborne early warning squadron.

As CDR Fletcher put it: “That branding change is purposeful; it is an evolution incorporating technological advances which enable us to be more interconnected, and more integratable.

“Much like we are more interconnected through the internet, which has changed all of our lives, its doing the same for naval aviation and the military.”

One can accept the evolution point, but integratability is posing a significant shift as well.

Certainly, for the weapons officers in the back of the aircraft, the challenge now is to manage a much wider range of data sources to shape C2 information flows as well.

As the U.S. Navy evolves its concepts of operations to distributed maritime operations, certainly the capabilities in AR advanced Hawkeye will become even more important for the air wing of the future, or as I prefer to call it, the integratable air wing.

The featured photo:

NORFOLK, Va. (Septeember 9, 2019) – An E-2D Hawkeye prepares to land and be received by the Greyhawks of Carrier Airborne Early Warning Squadron (VAW) 120 on Monday, September 9 at Naval Station Norfolk. This is the first E-2D Hawkeye with aerial refueling capability to join the fleet, increasing the Navy™s battlespace awareness and integrated fire control ” both from the air and the sea. (U.S. Navy Photo by Mass Communication Specialist 3rd Class Nikita Custer)

Also, see the following:

Shaping A Way Ahead for the Hawkeye/ Stingray Cluster in the Integratable Carrier Air Wing

60th Anniversary of First E-2 Flight: Looking Back and Shaping a Way Ahead