Diamond Shield 2019

03/29/2019

The Australian Air Force conducted the second biennial Air Warfare Instructor Course in 2019 (AWIC19), a six-month course integrating warfighting functions across a range of specializations.

The second of these practical exercises, Exercise DIAMOND SHIELD (DSD19), will operate RAAF and foreign force aircraft from RAAF Base Amberley, RAAF Base Williamtown and Coffs Harbour Airport from 11-29 Mar 19.

In an article by Staff Sgt. Zade Vadnais, Pacific Air Forces Public Affairs and published on March 28, 2019, the role of the USAF 23rd EBS in the exercise was highlighted.

ROYAL AUSTRALIAN AIR FORCE BASE DARWIN, Australia — 

U.S. Airmen assigned to the 5th Bomb Wing at Minot Air Force Base, North Dakota, participated in Diamond Shield 2019 at Royal Australian Air Force Base Darwin, Australia, March 18, 2019.

More than 80 Airmen and two B-52 Stratofortresses assigned to the 23rd Expeditionary Bomber Squadron and 5th Maintenance Group traveled from their deployed location at Andersen Air Force Base, Guam, to Australia’s Northern Territory to participate in the biennial exercise.

The goal of Diamond Shield is to provide training support to RAAF Air Warfare Centre students while giving U.S. and Australian Air Force members an opportunity to enhance their interoperability and effectiveness through joint training.

“What we’re doing as far as the B-52s is helping the RAAF AWC students by replicating what we call ‘Red Air,’ so we’re acting as the enemy,” said Capt. Benjamin Moer, 23rd EBS B-52 weapons systems officer. “The sorties we fly range in mission depending on what sort of threat environment the planners are trying to replicate in order for the students to get the best training out of it.”

Moer said 23rd EBS pilots operating from RAAF Base Darwin fly sorties lasting approximately 11 hours due to the installation’s relatively remote location, which functions similarly to a forward operating base during the exercise.

“We’ve got U.S. and Australian Air Force personnel scattered across the country and we’re having to communicate digitally to come up with a mission plan and then execute,” said Moer. “That’s really cool because that’s only something you really see when you’re in a deployed environment trying to work with people at different FOBs.”

The installation’s remote location also challenged 23rd EBS and 5th MXG Airmen when it came to identifying and packing the appropriate equipment for mission effectiveness.

A U.S. Air Force B-52 Stratofortress taxis on the runway upon returning from a sortie in support of Diamond Shield 2019 (DS-19) at Royal Australian Air Force Base Darwin, Australia, March 26, 2019. Exercises such as DS-19 increase interoperability between the U.S. and its allies in the Pacific region, cultivating more productive and effective partnerships. (U.S. Air Force photo by Staff Sgt. Zade Vadnais)

“As far as the infrastructure we need in order to operate a B-52, we figured out how to take a little with us from Guam and borrow the rest from the RAAF here at Darwin, set up shop, and operate out of it,” said Moer. “That’s pretty amazing when you think about it. We just said ‘hey, let’s take these B-52s and operate out of Darwin for now.’ Learning what we need to bring and what we need to request [from the host base in order to be successful] is very valuable.”

Whether borrowing equipment from one another or figuring out how to fly together more effectively, the exercise allows the two nations to foster greater integration enhancing interoperability across the full spectrum of operations better preparing them to respond to future challenges in the Pacific region.

The ability to work with one another, according to Lt. Col. Daniel Willis, 23rd EBS director of operations, is the most significant takeaway from Diamond Shield.

“Ultimately the integration with the RAAF is the most important thing we get out of these exercises,” said Willis. “The more we employ together the more flexible we become, and the more flexible we are the more lethal as a team we all become.”

An article published by Australian Aviation on March 21, 2019 added further details regarding the exercise.

Conducted from RAAF Base Williamtown and RAAF Base Amberley, Exercise Diamond Shield includes aircraft and personnel from Australia and the United States.

This includes United States Air Force (USA) F-16s that are acting as aggressors in the exercise, as they did in the inaugural Exercise Diamond Shield in 2017.

USAF aircraft have arrived from its 18th Aggressor Squadron, 765th Air Refuelling Squadron and 23rd Bomber Squadron. Apart from the F-16s, other USAF aircraft include the KC-135 Air refueller and B-52, the Defence said in a statement on March 4.

Meanwhile, Defence said the RAAF had sent F/A-18A Hornet, F/A-18F Super Hornet, EA-18G Growler, Hawk 127, AP-3C Orion, P-8A Poseidon, C-17A Globemaster, KC-30A Multi Role Tanker Transport, E-7A Wedgetail and C-130J Hercules to Exercise Diamond Shield.

The featured photo shows an AP-3C Orion, E-7A Wedgetail and P8 Poseidon from Surveillance and Response Group are parked together during Exercise Diamond Shield, RAAF Williamtown NSW.

Air Marshal Hupfeld Becomes New Chief of the RAAF

Italy, France and the Chinese-European Relationship

03/28/2019

While the EU puts together an initial response to the challenge of Chinese investments and infrastructure ownership in Europe, Italy and France this week signaled sovereign decisions to shape their own approaches within the evolving context.

Two articles in the EUObserver published this week provide insights into the priorities of the leadership of each country.

With regard to Italy, the Chinese have their first EU participant in their global “silk road” initiative.

In an article by Mads Frese and published on March 22, 2019, the Italian position on the silk road initiative was discussed.

During Xi Jinping’s visit to Rome the Italian government will sign a Memorandum of Understanding (MoU) about its participation in China’s ambitious One Belt, One Road, also known as the Belt and Road Initiative (BRI), which aims to create an intercontinental infrastructure connecting Asia with Africa, the Middle East, Latin America and Europe.

 Consequently, Washington has put a lot of pressure on Rome not to sign, primarily citing security issues related to digital infrastructure.

 According to Lucio Carracciolo, director of the geopolitical magazine Limes, Italy has thus, “without even noticing”, ended up “in the ring where the US and China are competing for the World Heavyweight Championship”.

Later in the week, the Chinese leader was in Paris meeting with President Macron.  He was not seen wearing a yellow jacket.

In an article by Andrew Rettman, published on March 26, 2019, entitled “France Takes Chinese Billions Despite EU Concerns,” underscores the tight rope act which President Macron is playing with regard to China.

France has signed €40bn of business deals with China, despite concerns on strategic investment and human rights abuse.

The bulk of the new deals, worth €30bn, were in the form of 300 airplanes to be sold by European firm Airbus to China Aviation Supplies Holding Company, while the rest covered energy, transport, and food. 

French president Emmanuel Macron and Chinese president Xi Jinping announced the moves at a bilateral meeting in France on Monday (25 March). 

They will meet again in an enlarged format with German chancellor Angela Merkel and European Commission president Jean-Claude Juncker also in France on Tuesday….

The wave of Chinese investment, which had so far focused on poorer central European states, has raised alarm in Europe that China’s acquisition of sensitive assets, such as commercial ports, or involvement in high-end IT projects, such as 5G telecoms networks, posed strategic, intellectual property, and security threats to the EU. 

“If some countries believe that they can do clever business with the Chinese, then they will be surprised when they wake up and find themselves dependent,” German foreign minister Heiko Maas warned on Sunday. 

Gunther Oettinger, Germany’s EU commissioner, also voiced concern the same day that, soon, “in Italy and other European countries, infrastructure of strategic importance like power networks, rapid rail lines or harbours [will] no longer be in European, but in Chinese hands”

Meanwhile, the same French government is working with Australia to build a new generation of submarines whose clear focus is upon the Chinese military push out into the Pacific.

Italian and French actions do raise concerns at the EU level, notably with a new effort being launched to raise not just awareness of Chinese investments but also the question of infrastructure controls.

The featured photo shows the French and Chinese leaders ate dinner with their wives, prior to announcing business deals in Paris (Photo: elysee.fr)

https://defense.info/featured-story/2019/03/monitoring-foreign-investments-in-europe-filling-the-gap/

Europe Moves To Better Monitor Foreign Investments, Sort Of A CFIUS

 

 

 

 

 

 

 

 

ADF Assists Australians in Path of Tropical Cyclone Trevor

03/26/2019

The Australian Defence Force is assisting the Northern Territory Government to evacuate remote communities in the path of Tropical Cyclone Trevor.

Defence support was requested on Wednesday 20 March by the Northern Territory Government through Emergency Management Australia and close coordination between the agencies continues.

A Joint Task Force of around 200 personnel has been established out of the Australian Army’s 1st Brigade in Darwin to coordinate Defence’s response in supporting the emergency evacuations.

Three Royal Australian Air Force C-130J Hercules transport aircraft have commenced evacuation operations out of East Arnhem Land. Two aircraft have evacuated people from Groote Eylandt and the third is evacuating people from McArthur River Mine airfield near Borroloola. A fourth aircraft, a C-17A Globemaster, will join the operation at McArthur River Mine airfield later today.

It is expected the aircraft will conduct a number of sorties throughout the day to evacuate those community members identified by the Northern Territory Government for emergency evacuation.

The featured photo shows Lightning striking in the skies surrounding Katherine Showgrounds as Australian Army soldiers from The 5th Battalion, Royal Australian Regiment and Royal Australian Air Force Base Tindal personnel set up emergency shelter tents.

March 22, 2019

Australian Department of Defence

Preparing for Red Flag 19-2

03/25/2019

The role of the US warfighting centers at Nelllis, Fallon and Yuma MCAS have become increasingly significant as the US and the allies shape a new appraoch to Warfighting — the kill web.

The recent RAND report on the US dealing with adversary forces continues their long tradition of taking what the US and the allies used to do and comparing them against a projected enemy force and seeing how that turns out.

But this completely ignores how the US and the allies are significantly reshaping their combat forces, in part under the transformation of airpower association with fifth generation aircraft,

Fortunately, Nellis persists in.believing that real world innovation deters more than studies.

And we thank them for that.

In two recent stories published by Nellis AFB, aspects of preparing for the next Red Flag have been highlighted.

The first story by Airman 1st Class Bryan Guthrie, 99th Air Base Wing Public Affairs was published March 20, 2019

The 726th Air Control Squadron (ACS) are providing comprehensive radar coverage on the Nevada Test and Training Range (NTTR) for all the pilots flying in Red Flag 19-2 this month.

A team of Airmen from multiple career fields has come together at a mobile simulated forward operation base (FOB) to watch over hundreds on nautical miles of the NTTR.

“We’re the glue that binds everything together,” said Lt. Col. Richard Barber, 726th ACS commander. “When the tactical plan comes together, we are the one to orchestrate all the parts. We integrate with other Command and Control (C2) units to bring order to chaos and speed up battle management decisions.”

This is the first time the 726th ACS has brought the “Talk” to Red Flag and implemented it from the NTTR. The “Talk” is where all communication from the radar is brought in and dispersed to the pilots overhead. The overall affect is that it creates more realistic exercise for the 726th ACS.

A TPS-75 long range radar system is used to survey over 240 nautical miles and is one of the main pieces of equipment that gives the 726th ACS eyes over the NTTR.

When the radar is being used, its goal is to locate all aircraft in the air space around the FOB. Once an aircraft is located, personnel communicate with pilots and use data collected to distinguish aircraft between “Blue” and “Red” forces.

The 726th ACS is participating as the C2 function for Red Flag alongside the 964th Airborne Air Control Squadron, 16th Air Combat Control Squadron and Marine Air Control Squadron 24 for Red Flag. They all come together to produce an accurate representation of what is going on in real time. 

The second is about a newbie coming to Red Flag for the first time.

This newbie is an F-35 pilot and even though he is a newbie, as a new fifth generation pilot he has the advantage highlighted in a comment made to an RAAF F-22 pilot earlier this decade:

He cited a comment made to him by a USAF F-15 C pilot:

“I have more SA with only 20 hours on the F-22A than I ever had with over 1500 hours on the F-15C.”

And more to the point, now the USAF as it has expanded significantly its fifth generation force needs to practice from that point forward and not continue to be dominated by legacy thinking.

And it is by such transformation that the USAF and their sister forces are working to prevail in any future air combat with a peer adversary.

The second story was also by Airman 1st Class Bryan Guthrie, 99th Air Base Wing Public Affairs and was published March 22, 2019.

Capt. Kyle Benham, 62nd Fighter Squadron F-35A Lightning II fighter jet pilot, participated in his first Red Flag March 8-22 at Nellis Air Force Base, Nev.

 Benham is participating in Red Flag 19-2 to increase his experience with coalition forces from across the globe and improve on his skills in an F-35A in a mass exercise that pushes even the best fighter pilots to their limits, especially for those at Red Flag for the first time. 

“The goal for me in this exercise is to think beyond just my aircraft and get into the big picture of how I can help 60 plus aircraft in the mission,” said Benham.

 Benham discussed further how Red Flag itself could be a monster.

“Nellis is the location everyone talks about,” said Benham. “There’s a lot of history and tactics that come out of here. As far as Red Flag itself, it’s one of the premiere exercises that a pilot can participate in. If there is any intimidating part of Red Flag, it’s that you’re going to jam 60 to 70 aircraft in a confined space. Thus, forcing everyone to work as a team to solve whatever tactical problem presented.”

Ten other nations will make up all the aircraft in the sky for Rad Flag 19-2.

“The hardest factor will be that coalition partners bring something different such as tactics or the way they communicate them. Making sure that we are all on the same page so we can execute the mission in a real-life scenario.”

As Benham progressed through Red Flag, he noticed minor improvements as the U.S. and its partners worked together. 

“One of the areas I noticed an improvement in is the integration with other aircraft and platforms while airborne,” said Benham. “It is awesome to see the improvement in communication from day one to now, going into the second week, going from some miscommunication to being able to pass and receive information between aircraft for dynamic targeting in a short amount of time.”

Without a doubt, Red Flag has changed over the years, but some legacies have never changed. 

“I feel blessed to have the opportunity, especially because my grandfather was a fighter pilot and the legacy he carried,” said Benham. “Being able to see everything he experienced in his time compared to now. It means a lot to me that the Air Force would take the time and money to put an exercise together, such as Red Flag, so we can have the experience we need to prepare us for real life conflicts.”

Red Flag is conducted three times at Nellis AFB and enhances combat readiness of air forces around the world. The next Red Flag is scheduled for summer 2019. 

And published a decade ago, a response to a flawed RAND study then and Nellis is responding to the now.

I would encourage the Russian and Chinese military to take much more seriously what is going on at Nellis, Fallon and MAWTS-1 than what is being written by an organization like RAND.

That is if you wish to stay alive in combat.

Response to RAND

Lt. General (Retired) Deptula put it well in his introduction to a set of case studies in the use of airpower which was published by USNI in 2017 and made it clear that these case studies were first rate, but airpower was moving in a very different direction.

What Deptula had to say is the baseline from how Nellis is training the 21st century fifth generation enabled Air Force.

Unfortunately, the legacy appraoch seen in the case studies in the book is where the head of too many “strategists” is still stuck while the warriors move on.

July 21, 2016, marked the ninety-fifth anniversary of Brig. Gen. Billy Mitchell’s successful sinking of the battleship Ostfriesland. At that time the airplane’s utility was largely unproven, and this bold, dramatic demonstration of airpower’s potential was a significant event in military history.

The evolution of airpower from that day in 1921 to the present has been difficult, varied, stunning—and controversial.

Airpower’s capacity to achieve tactical, operational, and strategic goals has expanded at a tremendous rate. Airmen who fly and fight today have at their disposal capabilities their pre- decessors could not have imagined.

Modern airpower, its survivability greatly enhanced by platform speed and low observability, can strike anywhere around the globe—rapidly, in all weather, day or night, and with extreme precision. A single aircraft today equipped with weapons of near-zero-miss distance capability can achieve the same effects that in World War II took thousands of bombs on hundreds of aircraft.

Such technological advances have redefined the way in which military leaders can harness airpower.

Airmen have always embraced their ability to rise—literally—above the constraints of terrain and to transcend the restrictions of a horizontal perspective.

As airpower extended its reach into space and the technologies of air and space merged in application, a theory of the indivisibility of aerospace power materialized. By the end of the twentieth century, the resulting combination of air and space technologies gave aerospace systems great accuracy and ensured access.

This combination has yielded a concept of operations for achieving control over an enemy’s essential systems that is no longer defined simply by levels of destruction.

The concept rests on the realization that denying an adversary the ability to operate as it wishes is ultimately at least as important as destroying the forces that the adversary relies on to achieve its aims.

Air forces around the world seize on the advantages of operating in air and space, and now cyberspace, to project power.

By imposing very specific effects on an adversary through means employed from air and space, airpower can effectively exercise strategic control over the outcome of a conflict.

This outcome-driven or effects- based approach has expanded the options for the conduct of warfare beyond the attrition- and annihilation-based models that defined surface warfare for centuries.

Airpower can shape, deter, and dissuade so that nations can attain their most important goals while minimizing the need for combat operations.

When combat becomes necessary, aerospace capabilities can create a variety of strategic, operational, and tactical effects that yield disproportionate advantages relative to surface warfare without projecting the same degree of vulnerability.

Leading-edge computing and network capabilities have empowered the emergence of information as the dominant factor in warfare.

As a result, today we are in the midst of an “information in war revolution”—one in which the speed of information, advances in technology, and the design of organizations are merging to change the way we conduct warfare.

As we move further into the twenty-first century, new aerospace capabilities will create a paradigm shift in the role that aircraft play in warfare.

Fifth-generation aircraft and those that will succeed them will become sensor-shooter nodes in a distributed network.

When integrated with other system “nodes” in every domain—air, space, land, and sea—these assets will coalesce into a “combat cloud”: a self-forming, self-healing intelligence, surveillance, reconnaissance (ISR)-strike-maneuver- sustainment complex that has the potential to usher in a new era of warfare.

Instead of relying on traditional approaches that mass fighters, bombers, and supporting aircraft into strike packages to attack particular targets, a combat cloud will integrate complementary capabilities into a single, combined “weap- ons system” that can conduct disaggregated, distributed operations over an entire operational area.

Concurrently, the concept of employment for aircraft is evolving from a stove-piped, parochial service alignment to a loosely federated “joint and com- bined” construct today, on the way to a highly integrated enterprise collaboratively leveraged through the broad exchange of information.

Stated another way, military forces will increasingly attain desired effects through the interaction of multiple systems, each one sharing information and empowering the others to achieve a common purpose.

As a result, aircraft previously labeled as “fighters,” “bombers,” “reconnaissance,” “cargo,” and so on will play far broader roles than they ever did in the past.

Capturing this potential, however, requires military professionals both to think innovatively and to shed anachronistic beliefs that aircraft can only perform single functions and missions.

In the second cen- tury of airpower, we must untether airpower from the confining categories of “B- . . . ,” “A- . . . ,” “F- . . . ,” “MQ- . . . ,” or any other label.

Constrained thinking, restrictive categorization schemes, and anachronistic nomenclature undermine the innovation needed.

The evolution of airpower depends on the evolution of technology, and the human imagination and knowledge that enable the invention, development, and application of airpower instruments.

As the case studies in this book reveal, airmen from America, Britain, France, Israel, and elsewhere in the world worked tirelessly during the twentieth century to embrace innovation, creativity, and change.

Airpower Applied chronicles the results of their efforts, demonstrated in conflicts ranging from the Allies’ strategic bomber offensive in World War II to today’s campaigns against insurgents.

However, while airpower has matured to the point that it is now acknowledged as an indispensable element of modern page10image1659600warfare, current practitioners may have become too complacent regarding its potential to determine the outcomes of warfare.1

It is clearly the focus of Nellis, Fallon and MAWTS-1 on shedding complacency, shedding legacy thinking, and driving innovation provided by fifth generation aircraft to reshape combat operations and enable the kill web,

We can only hope that policy makers who do not understand this or policy analysts with their heads in the past embolden our enemies rather than supporting and reinforcing the innovation of our warriors,

Nothing less than or fate as a nation or of the free world is at stake.

 

 

 

 

USAF Bombers Deploy to Europe: Baltic Sea Exercise

03/24/2019

U.S. Air Force B-52 Stratofortresses are conducting training flights in the vicinity of the Baltic Sea as a clear and visible demonstration of U.S. commitment to regional security.
These missions have been closely coordinated with the governments of neighboring countries.

The strategic bombers, part of the Bomber Task Force currently deployed to the U.S. European Command area of responsibility, are from the 2nd Bomb Wing, Barksdale Air Force Base, Louisiana.

The aircraft arrived in theater on March 14-15 and are temporarily operating out of RAF Fairford.

The deployment of strategic bombers to the U.K. helps exercise RAF Fairford as the U.S. Air Forces in Europe’s forward training location for bombers.

Published March 22, 2019

https://www.usafe.af.mil/News/Press-Releases/Article/1792342/us-air-force-b-52s-conduct-training-missions-over-baltic-sea/

The Next Phase in Shaping an Integrated 21st Air Combat Force: The RAF Adds Wedgetail

By Robbin Laird

My visits to the UK and Australia over the past five years indicate growing working relationships between the two air forces but also that the significant rethink in Australia about shaping a fifth-generation combat force has clearly had its impact and resonance in the United Kingdom as well.

During a visit to RAF Waddington, I had a long conversation with Air Commodore Dean Andrew, we focused on a key aspect of change for the smaller Air Forces.  The opportunity offered by new software upgradeable aircraft to provide for a more integrated force which enhanced the overall combat force was a clear strategic opportunity and objective.

In our 2016 discussion at the base, we discussed shaping a way ahead for a more effective RAF.

He saw the F35 as an example of the paradigm shift in capability that the RAF will experience as the aircraft comes into service — particularly in terms of its ISR role, which complements its strike capabilities and can be leveraged for the ISTAR Force.

He adds that “the F35 will not be our platform, but it will have core ISTAR contributing capabilities that stretch the boundaries of integration even further for the transformed Force.

The overlapping Venn diagrams that we start to see across the RAF and Defence if we use an ISTAR ‘contributing capability’ lens get bigger and more complex as new and legacy platforms and services become integrated….”

“Treating each of the platform types as interconnected segments of an ISTAR capability Venn diagram will allow us to create the breadth of intelligence and understanding in the common operating picture that the Joint Force needs.

“Getting out of the platform stovepipe mentality will not be easy; it will be necessary to shape an overall operational approach to where the key operators of the platforms become plug and play elements in the overall ISTAR Force.”

We discussed as well how shaping an integrated fleet driven by software upgradeability could transform the modernization process as well.

“As the core platforms are replaced by an all software upgradeable fleet, the possibility could exist to put the platforms in competition with one another for modernization upgrades.

“Which upgrade gets the priority for which platform to make the greatest contribution to the integrated ISTAR capability are the sort of decisions that should lie with the ISTAR Force in the future – it is at Force level, not within individual programmes and projects that the overall capability benefit can be seen and prioritized.”

Since the time of our interview, the RAF has added the F-35, the P-8 and now is adding the Wedgetail, which provides a significant opportunity for platform integration and enhanced combat effectiveness.

The recent announcement of the addition of the Wedgetail opens up not only greater collaboration between the RAAF and the RAF, but opens the aperture as well for cross-platform integrated transformation.

I have visited the RAAF Wedgetail squadron many times and have watched as the system has migrated its capabilities through a software upgrade process and as the “radar” technology evolves into a tron warfare capability.  When combined with the F-35, this create a unique combat capability in a smaller force package for sure.

The upgrade process was highlighted during a visit to Williamtown and then with a follow up discussion in Baltimore with Northrop Grumman.

In an August 2016 interview, the process was discussed.

The difference between older and such a new system was outlined by one participant during the visit as follows:

“We have in the same time frame bought a CRC system full up which will look pretty much like it is in 20 years; with Wedgetail it will look nothing like it does now in 20 years.”

This process of upgrading means that the software engineers work closely with the operators in shaping the evolution of the aircraft.

This is a very different approach from legacy systems.

As Paul Kalafos, Vice President of Surveillance Systems at Northrop Grumman has put it:

“We are getting significant feedback from the RAAF on deployment and requests to automate tasks where possible to enhanced the capability of the machine part of the man-machine relationship to shape a way ahead.

“A lot of the input is through the ARCS working group, which is a collaborative study environment involving Boeing, Northrop Grumman, MIT/Lincoln Labs, Air Force Life Cycle Management Center (AFLCMC), CEA Technologies, Defence Science and Technology Organisation (DSTO), Royal Australian Air Force (RAAF), and the Common Wealth of Australia (CoA).

“Operational requirements come out of that process and shape the next increment of software development.

“The ARCS is focused on problems and their resolutions.

“These are software updates.

“We get a software refresh out about once a year.

“Six months are spent doing the study to shape the plausible change; and the next six months are spent doing the integration and then getting it out the door.

“We shed the specs in favor of resolving problems, which the operational community identified.

“They can even write recommended change requests as well which provides part of the demand side process.”

Now the RAF has acted on what it has learned from the RAAF and the progress the RAAF has made with force integration and has committed to buying five Wedgetails for its combat fleet.

In an article by Andrew McLaughlin published in Australian Defence Business Review on March 23, 2019, the UK decision was discussed.

The UK Government has announced it will acquire five Boeing 737-700-based E-7A Airborne Early Warning & Control (AEW&C) aircraft.

The announcement was made on March 22 by Defence Secretary Gavin Williamson, and will see the RAF’s five E-3D Sentry AWACS systems replaced by the E-7A in the “early 2020s” under a US$1.98bn (A$2,8bn) deal. The E-7A is known as the Wedgetail in RAAF service, and is also operated by South Korea and Turkey.

“The E-7 provides a technological edge in an increasingly complex battlespace, allowing our pilots to track and target adversaries more effectively than ever. This deal also strengthens our vital military partnership with Australia,” Secretary Williamson said. “We will operate the same state-of-the-art F-35 jets and world-class Type-26 warships, and this announcement will help us work even more closely together to tackle the global threats we face.”

Chief of the Air Staff, Air Chief Marshal Sir Stephen Hillier, added, “Today’s announcement about the procurement of five E-7 ‘Wedgetail’ Airborne Early Warning and Control aircraft is excellent news for both the RAF and wider Defence. This world-class capability, already proven with our Royal Australian Air Force partners, will significantly enhance our ability to deliver decisive airborne command and control and builds on the reputation of our E-3D Sentry Force.

“Along with Defence’s investment in other cutting-edge aircraft, E-7 will form a core element of the Next Generation Air Force, able to overcome both current and future complex threats.”

In order to free resources for a smooth transition to the E-7A, the RAF will retire one of its five operational E-3Ds immediately and consolidate its AEW&C operations. A sixth aircraft was retired several years ago and has been used as a spares hulk. An RAF rendering shows the E-7 flying over the Lincoln cathedral, which suggests the new aircraft will be based at nearby RAF Waddington, the RAF’s hub of Intelligence, Surveillance Target Acquisition and Reconnaissance (ISTAR) operations.

The Wedgetail agreement has been mooted since July 2018, and gathered pace after Australia’s announcement to acquire the BAE Systems Type 26-based Hunter class frigate prompted talks of closer defence ties and the possibility of a free trade agreement with the UK, especially with the UK’s exit from Europe looming.

RAF personnel reportedly visited the RAAF E-7A’s home base of Williamtown last August for a full brief on the aircraft and the results of its many missions in recent years over Iraq and Syria in support of operations against ISIS.

But just what role Australia will have in the UK’s program is yet to be announced. Four of the RAAF’s five Wedgetails were converted from ‘green’ 737s to E-7s at Boeing’s RAAF Amberley facility, and a large proportion of the company’s corporate knowledge of the system is now centred there and at Williamtown. The E-7’s primary sensor, the multi-mode electronically scanned array (MESA) radar is supplied by Northrop Grumman.

But like Australia, the UK is likely to want to perform the conversions in-country using local industry, a fact Mr Williamson articulated last November, and the work will most likely be conducted by Marshall Aerospace & Defence Group in Cambridge. But there may be export opportunities for Australian companies which have provided components, sustainment and training on the Wedgetail program.

Rather than switching to a newer 737MAX or a P-8-common 737-800/900 hybrid airframe, like the RAAF aircraft, the RAF’s E-7As will be based on the 737-700IGW which features heavier gauge landing gear from the -800, and three auxiliary fuel tanks. This will ensure commonality with the RAAF’s aircraft, and will remove the risk of having to conduct an expensive and time-consuming flight test campaign of a new AEW&C configuration.

The RAF will also need to decide how best to refuel its Wedgetails in the air to extend its mission endurance beyond eight hours. The RAF’s 14 A330 MRTT Voyager tankers use only hose and drogue systems, whereas the E-7A has been configured for boom refuelling through its Universal Aerial Refuelling Receptacle Slipway Installation (UARRSI) receptacle above and behind the cockpit.

The featured photo from 2017 shows the Commander of the Strike and Reconnaissance Group, Air Commodore Craig Heap, CSC, stands with the British Parliamentary Under-Secretary (Ministry of Defence) Harriett Baldwin MP, in front of a No. 11 Squadron P-8A Poseidon during a visit to RAAF Base Edinburgh.

The Parliamentary Under Secretary of State and Minister for Defence Procurement, Harriet Baldwin MP, toured RAAF Base Edinburgh on November 10th to deepen her understanding of Australian capability on a recent visit to Australia.

As part of the demonstration, Minister Baldwin rode in a Thales Bushmaster and flew in an E-7 Wedgetail airborne early warning and control aircraft.

The tour came after meeting with Minister for Defence Industry, the Hon Christopher Pyne, MP in Adelaide to discuss the defence industry relationship between Australia and the United Kingdom.

 

 

 

Japan and the Coming of the Osprey

The Japanese along with the USAF and the USN are trained to operate the Osprey at the USMC’s New River Air Station.

The increased number of aircraft and partners is providing a welcome challenge to the Marines at New River.

In a recent visit to 2nd MAW, the training role was highlighted for the new partners.

During visits several years ago at New River, the Osprey training squadron was focused upon the Marines and the Air Force.

Now with the US Navy buying Ospreys as well as the Japanese, there are new stakeholders in the training process, and that training squadron has become a priority effort within MAG-26 for sure.

Given the concerns the Japanese have about public opinion, and the flawed public record with regard to Osprey safety, there is a challenge facing the Japanese forces to deploy and use the new aircraft in Japan.

An original way to address the challenge has been provided by working the CV-22 aspect of the Osprey within the Japanese force structure.

According to a story published on March 24, 2019 by The Japan Times, the Japanese government has decided to deploy CV-22s along with a revamped UH-60 as part of a rescue ops package.

The government plans to introduce a special operations variant of the U.S. Marine Corps MV-22 tilt-rotor Osprey aircraft for Self-Defense Forces to conduct dangerous and covert missions abroad, such as the rescuing of Japanese citizens, according to sources.

The Ground Self-Defense Force has a special anti-terror unit to carry out such operations. But the unit is still not fully capable and lacks specialized aircraft.

Under the government plan, the CV-22 Osprey, the special operations variant of the MV-22, will be deployed along with refurbished models of the GSDF’s UH-60 helicopter, the government sources said Saturday.

The CV-22 is widely seen as more capable of nighttime flying and its terrain-following radar enables it to fly at low altitudes, they said. The remodeled UH-60 is regarded as better armored and can be carried by the Air Self-Defense Force’s C-2 transport airplanes.

https://www.japantimes.co.jp/news/2019/03/24/national/japan-use-osprey-aircraft-overseas-rescue-operations-sources/?utm_source=Daily+News+Updates&utm_campaign=d46f281edb-Monday_email_updates25_03_2019&utm_medium=email&utm_term=0_c5a6080d40-d46f281edb-332756961#.XJeyjC2B1sY

In an article we published in 2014, we focused on the coming of the Osprey as part of the defense modernization effort by the Japanese.

That article follows:

When we wrote our book on Pacific strategy, a key element in considering how the key challenges facing the United States and its allies was how Japanese relationships with the US and the Pacific allies might evolve.

The entire second section of our book deals with Japan, and after a history of the relationship, which was largely, the work of Dr. Richard Weitz, we focused on where Japanese defense policy might evolve in the coming years. We argued that with the emergence of the “dynamic defense” approach Japan would reach out to shape new capabilities to provide for perimeter defense and to plus up its working relationships with allies in the region.

We argued that:

The Chinese seem bent on driving the two greatest maritime powers of the 20th century together into a closer alliance.

And at the heart of this alliance are key joint investments and procurement working relationships.

Japan is a key technological partner for the United States throughout. They are a founding member of the Aegis global enterprise.

They are an investor and operational partner in the SM-3 missile capability to enhance missile defense.

They are a major player in the F-35 program, which will allow the shaping of an attack-and-defense enterprise.

They are building a final assembly facility for the F-35, which will become a key element in the F-35 global procurement system, subject to Japanese
government policy decisions.

And they are keenly interested in seeing how the Osprey can shape greater reach and range for the “dynamic defense” of Japan.

Laird, Robbin F.; Timperlake, Edward (2013-10-28). Rebuilding American Military Power in the Pacific: A 21st-Century Strategy: A 21st-Century Strategy (The Changing Face of War) (Kindle Locations 3968-3969). ABC-CLIO. Kindle Edition.

Hardly had the book been printed than the Japanese government moved forward on its “dynamic defense” policy.

Notably, the current Prime Minister has worked to reshape Japanese policy to allow it to become a more significant contributor for its neighbors and to provide a more significant contribution to the US and allied deterrence in depth strategy, which is emerging in this decade of the 21st century.

With the decisions made to re-set Japanese defense policy, the Japanese government will clearly play a greater role in Pacific defense. 

And a recent piece in The Japan Times provides the following look at how the “new look” in defense policy might alter Japanese policies.

The Abe administration’s reinterpretation of the war-renouncing Constitution to allow greater use of military force in defending other countries is one of the biggest changes ever to Japan’s postwar security policy.

The administration has given a range of examples as to how the Self-Defense Forces might used when related laws are updated later this year. They include scenarios in which troops might:

Defend U.S. warships.

Troops could protect U.S. warships under attack from a third country near Japanese waters, before an imminent, direct attack on Japan, because cooperation with the U.S. military is considered essential to secure Japan’s own survival.

Intercept ships for inspection.

Troops might forcibly stop vessels for inspection when they are believed to be carrying weapons to a third country that is attacking U.S. warships in the region, when the battle seems likely to spill over to Japan — a step currently considered unconstitutional and prohibited as use of force.

Shoot down a missile fired at the U.S.

The SDF could intercept a ballistic missile that is flying over the Japanese archipelago heading toward Hawaii, the U.S. territory of Guam or the U.S. mainland, and when requested by America to do so.

Protect peacekeepers abroad.

SDF personnel could rescue civilians engaged in U.N.-backed peacekeeping operations that come under attack, using weapons if necessary to defend those civilians.

Minesweeping in the Middle East.

A plan still being contemplated would allow Japanese forces to participate in U.N.-led multinational minesweeping efforts to secure sea lanes in the Middle East, such as in the Strait of Hormuz, arguably crucial lifelines for resource-poor Japan.

For a look at the Japanese rethink on defense see the video below which was released by the Japanese MOD earlier this year, March 14, 2014: