The KC-30A and Shaping the Future of Air Tanking: The Perspective of the 86th Wing Commander

04/11/2018

Robbin Laird

During a visit to Amberley Airbase, Murielle Delaporte and I had a chance to talk with Group Captain Steve Pesce, Officer Commanding 86 Wing, comprising the RAAF’s C-17, KC-30A, B300, CL604 and B737 fleets.

We discussed his perspectives on the future of air tanking, and specifically the next steps in the evolution of the KC-30A, including enhanced sustainability in combat operations.

The development of the Automatic Air-Air Refueling (A3R) boom to the KC-30A is viewed by the Group Captain as both part of the strategic evolution of tanking and as a significant upgrade to the KC-30A as an operational platform.

He has been involved with the KC-30A program for about 10 years, and has seen the aircraft move from design to reality and to become “the preferred tanker” in Middle Eastern operations.

He sees automation and robotics as part of the change involving the evolution of tanking itself.

From his perspective, in a conflict against a “near-peer” adversary the RAAF and allied forces may not have the luxury of secure tanking in uncontested airspace.

Air forces will gain transient advantage rather than total control of the air and will support surface assets that will be more dispersed across a larger Area of Operation (AO).

Demand for AAR (and air mobility in general) will increase as the survivability of a large tanker is reduced.

Distributed operations in contested airspace will become a norm, and that means in his view the end of the classic larger tanker operations. 

The manned tanker will operate further away in the battlespace and become the mother ship for tanking remotes operating as refueling nodes to expendable assets deployed forward,

“My view of the future battlespace is that sensors and shooters will be more proliferated, integrated and reach further and with greater precision.

“There will be a natural move towards dispersion to improve survivability and delivery of fuel will be critical.

“The future of a large tanker will be to support more distributed and dispersed operations and we will be looking at small tactical refuelers providing fuel to tactical air combat assets – these tactical assets will likely be cheaper, unmanned and more expendable.

“That is where A3R comes in.

“I see an advantage in the automatic boom because it reduces the workload on the operator who in the future may be managing or controlling formations of UAV during AAR.

“As we learn to use this technology, it will be part of shaping the skill sets to transition to the next phase, of a large tanker replenishing smaller, automated tactical refuelers.”

Another aspect of change associated with KC-30A is part of the evolution within the battlespace as seen by Group Captain Pesce. 

Namely, the proliferation of communications and sensor technology throughout the air combat force will include larger platforms such as C-17 and KC-30A, by including new SATCOM and other linkage technologies.

This is designed to support not only a dispersed force but also provide network redundancy in a disrupted and contested EM spectrum.

In the near term, the RAAF is working with Airbus Defence and Space and with other tanker allies to enhance the sustainability of the MRTT.

“We use the MRTT as a multi-mission asset and do not have the luxury of a larger force like the USAF which can afford to have a specialized tanker.  We use the KC-30A as a multi-use platform supporting a multi-mission force.

He noted that multi-mission philosophy extended to the maintainers of the tanker, which are part of a broader RAAF effort to rotate maintainers throughout the air combat fleet to gain proficiency throughout the force. 

Such multi-platform proficiency was viewed as an essential capability to support a small force operating as a force package either within Australia in some future military contingency or in a force projection package away from Australian territory.

“Our maintainers are initially trained with regard to specific platforms but we will rotate them across multiple platforms as well. A technician might work on a KC-30A for six years and become a maintenance manager.

“Typically, one would then be promoted to say a Sargent and then those Sargents might then be posted to a different aircraft type, like F-18s.

“At the same time, we will have sergeants from F-18s posted to KC-30A and they will then need to be retrained on that platform.

“This approach comes at a cost. But the clear gain is that you have a broader pool of cross-trained workers.

“As a smaller air force, we need an agile and multi-trained maintenance force to enhance our effectiveness.”

For Group Captain Pesce, a key challenge is “to enhance the sustainability of the fleet. It is a very high demand asset and indeed we are using the tanker at twice the level we anticipated.

“This means we have to look at ways to extend the life of the operational fleet and to improve the sustainment approach.

“A challenge faced by all military platforms leveraging a large commercial fleet is that the configuration used by the military is simply a small subset of a much larger commercial fleet, whether 737s or A330s.

“This means that the configuration of the commercial aircraft is always evolving, whereas the military wishes for configuration for the military asset to remain common.

“And a common configuration enhances our ability to work with allies flying the same platform as well.”

“The key discussion we are having with Airbus focuses on configuration control for the fleet in order to reduce costs of sustainment for the users.

As the fleet of tankers gains more operational experience, more accuracy is achieved with predicative knowledge concerning the key military parts of the A330, which has been transformed into a tanker.

And getting better domain knowledge of predictive parts performance is a key part of ensuring the timely supply of parts to ensure that the dispatch rates of the fleet remain high, again because it is a high demand asset.

Improvements in logistical support are a key way ahead for the KC-30A in the RAAF.

As Group Captain Pesce concluded: “If you are a small air force, you want as small a logistics footprint as possible to ensure optimal combat effectiveness.”

Addendum:

 

Certification of KC-30A with Various Aircraft

Editor’s Note: Featured photo shows a RAAF KC-30A Multi-role Tanker Transport from RAAF Base Amberley performing  refuelling operations for USAF B-1B Lancers in addition to RAAF F/A-18F Super Hornets and E/A-18G Growlers during Exercise Lightning Focus.

The B-1B Lancers’ participation in this exercise was part of the Enhanced Air Cooperation program, which aims to increase the interoperability between Australia and the United States.

The second slide gallery are photos shot during the visit of the Second Line of Defense team to Amberley in March 2018.

Tanker 2.0: Adding the Robotic Boom

 

 

Mission Ready F-35s Delivered to RAAF

04/10/2018

Recently, Australia more than doubled its F-35A fleet when Lockheed Martin delivered three F-35As (AU3, AU4 and AU5) to the Royal Australian Air Force team stationed at Luke Air Force Base, Arizona, USA.

These are Australia’s first Block 3F Lightning II ‘Mission Ready’ jets which are being used to train USAF and RAAF pilots and maintenance crews.

The first F-35As will arrive in Australia in December 2018 to ensure continuity in Australia’s air combat capability during the drawdown of the F/A-18A/B Hornet fleet that the F-35A is replacing.

April 10, 2018

Australian Department of Defence

In a recent interview conducted at RAAF base Williamtown, the Commander of Air Combat Group, Air Commodore Kitcher highlighted the strategic goal of ACG with regard to the transition as follows:

“Our challenge is to actually transition to the new capabilities in minimum time whilst ensuring we keep the overall force healthy.”

They have an aggressive schedule with regard to F-35A transition.

They are transitioning from four Hornet to four F-35A squadrons in just four years.

“That is a more rapid change, and a more aggressive schedule than any other F-35 user is on track to do…..”

And he discussed as well the nature of the aircraft and its impact on missions:

What can be overlooked with regard to the F-35 is that it is many ways part of the transition to distributed C2 rather than being viewed as a classic ISR capability, whose function is to distribute data widely in the battlespace.

Given the challenge of operating in a contested environment, within which adversary’s will seek to disrupt the ISR flows which the US and the allies have been able to generate within previous land centric wars, a key challenge will be to take decisions in a contested environment.

As Air Commodore Kitcher said: “With the fifth generation aircraft, there are key missions they need to perform themselves and just do it, potentially without proliferating information support to the broader force.

“Everyone’s going, “But I need the information that can come off the aircraft.

“We need to be able to say no you don’t, in this particular case, you don’t need that information right now, you may get it later.”

“It is about sorting out and collectively agreeing, from the tactical squadron to the higher HQ’s, what we should choose to do versus what we can do,” Air Commodore Kitcher said.

 

Are We In a New Nuclear Arms Race?

Interview with Paul Bracken

In February, the U.S. Department of Defense released the 2018 Nuclear Posture Review, a report that outlines the state of the nation’s arsenal of nuclear weapons and the threats it faces from other nuclear powers, as well as recommending policies and strategies for the future of the nuclear force.

In his preface to the report, Secretary of Defense James Mattis notes that since the last Nuclear Posture Review, released in 2010, the strategic environment has changed, with North Korea provoking the international community and Russia and China modernizing their weapons and taking increasingly aggressive actions with their conventional forces.

“We must look reality in the eye and see the world as it is, not as we wish it to be,” Mattis writes.

“This NPR reflects the current, pragmatic assessment of the threats we face and the uncertainties regarding the future security environment.”

Yale SOM’s Paul Bracken, an expert in business and defense strategy and the author of The Second Nuclear Age, assessed the Nuclear Posture Review in a recent article.

Among the themes of the document, he writes, is an acknowledgement of a return to “great power rivalries” with Russia and China after 15 years in which U.S. foreign policy was dominated by counterterrorism.

He adds that the document is intended to signal Russia and China that the U.S. will counter their modernization efforts by replacing existing weapons, but will refrain, for now, from prompting a new arms race by creating new weapons.

“There is no mention in the Review of new weapons or new capabilities,” Bracken writes.

“The United States will replace weapons in its arsenal with those that have the same essential features. At a time when technology is disrupting the entire industrial and business universe, and where the United States leads the world in such innovation, this is a noticeable omission.”

Yale Insights talked with Bracken about the Nuclear Posture Review and the consequences of the rivalry with Russia and China—for U.S. foreign policy and for businesses operating in a world that is increasingly globalized and increasingly contentious.

Q: What is the Nuclear Posture Review? What’s important about the most recent review, which was released in February?

Paul Bracken: The Nuclear Posture Revue is a congressionally requested report on the status of the U.S. nuclear forces’ arsenal, which would be the bombers, the long-range missiles, the submarine force, and any other nuclear weapons that we have.

And the questions it poses are, Are we keeping around what we need to keep around? Can we get rid of certain things? Has the world changed so that we want to adjust the arsenal in some way?

It hasn’t been around very long.

This is the third one.

In 2002, the Bush administration put out a very hawkish report. I believe the term arms control was never mentioned once.

In 2010, the Obama administration kind of retaliated, if I may use the word, and put a very dovish plan out there that said we should get rid of nuclear weapons.

And this one, I would say, is important because it adjusts for the new realities of the 21st century.

The environment is changing, and a government report finally catches up.

Q: What’s new about the approach in the newest report?

Paul Bracken: This one, to me, has no ideological elements in it, which is a curious circumstance given who our president is now.

The people who did this thoughtfully deliberated, and they recognized the fundamental problem, which is that other major powers—mainly China and Russia, but there could be others, possibly India—have modernized their strategic forces.

And if this goes on and the U.S. does not respond, there could be serious consequences. Not so much at the level of a nuclear war, but it would affect the U.S. ability to negotiate in the Western Pacific and South Asia and in the Middle East.

And if this perception were to grow that the U.S. has not invested money in modernizing its nuclear forces, then these consequences could be serious, and this report is the first one to explore what some of those are.

Q: Who reads these reports? What kind of impact do they have?

Paul Bracken:: It’s a very good question because these have had, traditionally, almost zero impact on the world. Maybe small impacts on budget.

I think this one will be different.

First of all, it’s being read very carefully in Beijing and Moscow, and in other places.

Secondly, it is going to free up a lot of money, which will be invested in a modernization of U.S. nuclear forces.

Now, this is being driven by the political context of the Republicans being in office this time, but I think this one also captures a very important point—a sense in the Pentagon, the intelligence community, and in the American public that we have been focused on counterterrorism and wars in Afghanistan and Iraq, which the American people, and in my opinion, most of the officers in the Pentagon, do not understand.

Not even that we’re winning or losing, they just don’t understand why we are there. And that Russia and China have been building up their military, and we’ve been focusing on the wrong issues for the past 15 years.

Building democracy in Afghanistan and Iraq. Counterterrorism. Important in some sense, but they’ve let other countries build up and outpace us.

This report catches that theme, and I think that’s much more important than a lot of the bureaucrat-ese.

Q: In your article about the nuclear posture review, you wrote, “By no means does it call for a new nuclear arms race. Actually, it signals restraint. But it adds a critical proviso. Unless restraint is given in return, the United States will be compelled to take more ambitious improvements in its nuclear deterrent posture.”

Paul Bracken: My reading of this report is that it is a signaling device, and what it says is we don’t want to get into a nuclear arms race because it’s wasteful, it’s dangerous, and all sides could spend their money much more usefully on conventional war forces or on economic development.

But we’re not going to look over and not notice some of the things you, Russia, or you, China, are doing.

So if you want to sit down with us and talk, we are prepared to do so, but we will no longer just glide along as if nothing is happening.

Q: What would more ambitious improvements look like?

Are we talking new types of weapons?

Paul Bracken: A subtext of the document is that we are in the midst of a technological military revolution, and this comes from the digital technologies finally coming into the armed forces.

Many new weapons, many new capabilities.

There’s more innovation in defense today than at any time since the early 1950s at the very start of the Cold War.

And so what I think this document is really threatening isn’t that we’re going to build more nuclear missiles or nuclear submarines.

What it’s saying is, we’re going to unleash American innovation, and we would prefer not to do that. Our response to you isn’t to build more missiles.

We will honor all of our arms control agreements, but we will build new capabilities that will potentially open up a new arms race with unknown consequences.

It’s like Pandora’s box, this new technology, because the new digital technologies spill over into the nuclear balance.

Q: I’m trying to picture what that would look like.

Paul Bracken: I’m going to give you a couple of concrete examples, okay?

There’s a term you hear in business schools all the time now: big data. There’s all these huge amounts of data that are out there, and companies are finally trying to figure out, how can we use it?

Well, you could use that data to track enemy weapons.

For the past 25 years, people thought that the most invulnerable, survivable kind of nuclear weapons were mobile nuclear weapons. Basically you put a nuclear weapon, a nuclear missile, on a truck or some sort of a mobile launcher.

Now, if we were to listen into the telephone conversations of the crews, which in some cases can mount into the hundreds of individuals, if we had acoustic sensors that could track these systems around, or take pictures of them with spies using cellphones, we could track those.

The presumption of the past 70 years, that a first-strike nuclear attack on another force is impossible, now looks like it could be upset.

That could be destabilizing.

What does that mean?

That means they would take counter-measures, which are dangerous.

They would build more missiles so that they could ensure survivability. This is just one example of many I could give you where the new cyber technologies are spilling over into the strategic balance.

Q: A theme of the NPR is the return of a great power rivalry.

Who are the great powers today?

Paul Bracken: In Washington, and I would say the world agrees, the great powers, the major powers, are seen as the United States, Russia, and China.

There are other big powers. Super economies like Japan, but Japan doesn’t have much of a military. The United States is doing all kinds of deals with India now as a counterbalance to China.

But there’s a recognition that we now live in a multi-polar world.

Q: What are the manifestations of the rivalry beyond nuclear weapons?

Paul Bracken: The other manifestations that we’ve seen so far have been low-level, low-intensity operations.

Let me just give you a couple of these.

One is the construction of islands in the South China Sea by Beijing, which are being turned into military bases.

This is going to make operations for the United States Navy extremely difficult in the Western Pacific.

What does difficult mean?

It means they can be harassed. It means that if there’s an escalation, there could be firing on U.S. ships, and the hope, it is thought, on China’s part, is that they want to coerce the United States Navy out of the Western Pacific as a region where it is too dangerous to operate.

Let’s turn to the other side of the world and give you another example.

The United States was perfectly willing to support paramilitary operations and alliances in the Middle East to try to knock President Assad out of office. The Russians came in and countered the U.S. move.

The fact that the Russians had new kinds of nuclear weapons makes this whole thing a much more dangerous game, so the U.S. is not as willing to do it.

A second example in the western part of the world is the U.S. support for so-called color revolutions, like tacit support for the overthrow of the government of Ukraine in 2014. A horrible government. Pro-Russia. Abused its citizens, but a government nonetheless that was elected by the people of the Ukraine.

Now, we could get into a big debate whether that’s good or bad policy.

My point would be that the strategic balance is influencing something very important, that’s in the central core of the United Nations charter: non-interference in the affairs of another country. I think the United States did interfere in the internal affairs of Ukraine, and effectively Russia. They’re countering with their actions in the 2016 elections.

So these nuclear posture reviews are having immediate political effects.

It isn’t something off in some unimaginable world of nuclear war.

Q: Is it important for the U.S. to signal that it’s not interested in starting an arms race?

Is this reflected in the fact the report does not recommend any new systems?

Paul Bracken: The U.S. would very much like to avoid any repetition of the Cold War, where each side built up truly absurd levels of nuclear weapons, which became completely and utterly unusable and expensive to guard and protect.

No one benefited from this.

Ultimately, we won the Cold War, but it created a world that was extraordinarily dangerous. If 1% of those weapons had gone off, you would have a catastrophe as if you take all the wars of the past 500 years and put them into an afternoon.

This is a clearly undesirable thing.

The United States is trying to signal to Moscow and China we do not want to go down that road again.

Q: How should businesses think about this rivalry?

Paul Bracken: Businesses play a huge part in this.

First of all, the national innovation system of the United States is fundamentally changing because of Defense Department dollars, and the same is true in China with their defense department. All of this emphasis on big data, much of the cyber technology, that comes out of R & D programs of the Pentagon, of the National Security Agency, the CIA.

We saw this in the Cold War with satellites, most of which were presented to the public as peaceful attempt to predict weather.

But these, as we all know now, had many military implications. The investments in big data that are used every time you use the GPS in your car—all of that came out of Defense Department money. And since early 2000s, there’s been a huge spike in investment.

So what businesses need to know about this is that the Pentagon is the mother of all venture capital companies.

A lot of the smartest companies are carefully tracking NSA and DOD investments for new technologies for commercial purposes.

Now, a different impact on business—I would say the most fascinating one to me and one I teach here—is, how do we make good decisions about technology?

Which areas to invest in, which areas not to invest in.

How do we think about the subject of technology management and technology leadership?

One of the biggest gaps in American business education is technology management.

I think we need to develop a lot more case studies of how technology develops and technology management.

We need to think about ways of looking at the future.

Technology scenarios and how they can develop is another thing I’m experimenting with in my courses, and I’m very happy with a lot of the results so far.

In the Department of Defense, they talk about leaders who will make the hard choices, even if it affects them negatively in political or economic terms.

I see a lot of companies that look at the world that way—if it’s a tough choice, that’s why we have senior executives to make that choice.

Let me describe a different way of looking at technology and leadership, and that is, are these the choices that I have really in the first place?

Maybe I don’t have the right choices being presented to me, so anytime I make the hard choice,

I’m missing another choice that no one even presented.

One of the things we’ve learned in technology management is that the band of possibilities of what could happen is usually much larger than what many leaders think, so they should spend more time doing what I call environmental scanning—finding out what other people are doing.

When it comes to a big technology investment, don’t automatically accept the alternative that somebody gives you. Spend a lot more time asking yourself, are these really the alternatives?

Are there better ones out there that my staff hasn’t simply noticed?

Q: During the Cold War if you were IBM or some other American company, you basically didn’t really operate in the Soviet Union.

Today a U.S. company could be operating in China or vice versa.

Paul Bracken: Another important area is the national security implications of these high tech companies like Tencent or Alibaba in China, or their counterparts here in the United States.

There’s nothing today to prevent a company in China from buying a Silicon Valley company. And you don’t have to go in and actually take the technology.

A better way may be to take the engineers, and have them work for you in Singapore. Or, just send the information they gather back to Beijing, all perfectly legal today. How a company compartments sensitive information inside of it is something we’re seeing become much more important in business.

A high tech company in the United States, if they’re operating in China, they’re not going to have this open attitude where all employees share information because they know they’re going to lose their intellectual property.

In many ways the multinational companies are between a rock and a hard place, because if they give away sensitive information in China, they have all kinds of problems in the United States.

On the other hand, if they don’t give it away in China, then the Chinese government says, “Well, you can’t operate here.

“We just happen to be the biggest market in the world, with many of the best artificial intelligence engineers and quantum computing experts.”

Q: With these companies that are operating in so many countries, does that have any impact on how the Pentagon is able to do its job?

Are they exerting an influence on foreign policy?

Paul Bracken: One could try to get the United States government to change something in a foreign country. But the tradition in the United States is that we will not do that. China has a very different tradition.

It is just learning this game, but in China, they really will and have lobbied Congress below the radar to get changes in some of our laws.

Just think of the espionage consequences of this. It almost makes corporate employees more lucrative targets than somebody working for the enemy’s government, or their army, or their intelligence service.

The real secrets in technology are in the private sector, probably in China as they are in the United States, so I think we’d have to be naïve if we didn’t think the intelligence services around the world are really looking at multinational companies and technology companies in all kinds of ways.

And Edward Snowden’s revelations a few years ago I think give credence to that view.

It’s a very interesting world out there.

Republished with the permission of the author.

Editor’s Note: The graphic above was displayed during a recent speech by President Putin, announcing that Russia had acquired new nuclear weapons.  This graphic shows incoming warheads about to strike Florida, if one missed the point 

And throughout his time in power, Putin has frequently used recourse to the nuclear threat as part of political and diplomatic pressures on states.

 

 

Marines, the F-35B and CENTCOM

04/08/2018

Lance Cpl. Taryn Escott, Marine Corps Forces Central Command

The F-35B Lightning II aircraft arrived at U.S. Central Command on MacDill Air Force Base, Fla., April 4, 2018.

The purpose of the two-day visit was to inform CENTCOM senior leadership on the capabilities and limitations of the F-35B platform before it enters the CENTCOM area of responsibility.

The F-35B is fully operational, ready for combat and will make its first combat deployment aboard the amphibious assault ship USS Essex as part of the 13th Marine Expeditionary Unit increasing air dominance capabilities and meeting the demands of the complex CENTCOM environment.

“For all the versions of the F-35, we combine a very robust sensor package and probably the best group of sensors that’s being flown on any aircraft in the world right now in terms of how varied they are in their capabilities,” said Lt Col. Chad Vaughn, an F-35B pilot stationed at Marine Aircraft Group 11, out of Yuma, Ariz.

“This version of the F-35B, specifically because of its short take off and vertical landing capabilities, opens up a lot of basing options, specifically expeditionary basing operations that we haven’t had in the past.” 

The jet can conduct full spectrum combat operations from simple to complex for the Amphibious Readiness Group and the 13th MEU. The F-35B provides strategic attack capabilities that allow it to destroy or neutralize adversary targets that threaten ARG/ MEU Marines, Sailors and other U.S. or coalition assets. 

“What we want to do is make sure this jet helps out the entire MAGTF, specific for MAGTF operations, obviously the Marine rifleman but everybody we’re supporting on the ground,” said Vaughn. 

Advanced avionics equip the pilot with real-time access to battle-area information with overall coverage. With this technology, commanders in the air, on land or sea are able to receive data collected from the F-35B’s sensors that will empower them with a high-fidelity view of ongoing operations.

“The F-35B is more than just an aircraft,” said Lt Col. Jaime Macias, Chief of Plans at Marine Corps Forces Central Command. “It’s a system of systems that’s flying; its got sensors and anti-axis aerial denial capabilities.” 

The F-35B combines next-generation characteristics with radar-evading stealth and advanced logistical support with a wide-range sensor package over any fighter aircraft in history. 

With the addition of the F-35B, ARG/MEU missions will become more lethal and survivable on land, air, and sea. It increases the efficiency or ARG/MEU through next-generation technology, lethality, and battle-space awareness. 

The F-35B also provides war-fighting capabilities for the future of CENTCOM, ARG/MEU, and Joint Force.

“Today is a big deal not only for CENTCOM but for the Marine Corps,” said Macias. “This is the newest and most-lethal aircraft that the Joint Force has, and the fact that it’s coming into the CENTCOM theater and potentially seeing some combat operations is a big deal.”

This aircraft brings all of the access and lethal capabilities of a stealth fifth-generation fighter or a modern bomber. It is an all-threat environment air support platform.

“What the F-35B gives you is multi–role capabilities, so now you have one aircraft that can do a broad range of capabilities and do it to a level that none of the legacy aircraft have been able to do to this day,” said Macias. 

The aircraft’s capabilities have been demonstrated during training such as Weapons and Tactics Instructor Course, Exercise Red Flag, Agile Lightning, as well as day-to-day training across the fleet. The Marine Corps has activated four squadrons and has over 35,000 flight hours in the aircraft. 

“The jet is in the fleet, it’s here it’s now, it’s deploying, it’s deploying with the MEUs,” said Vaughn.

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

By Robbin Laird

During my visit with Murielle Delaporte to RAAF Williamtown in mid-March 2018, we had a chance to meet with Air Commodore (AIRCDRE) Craig Heap the Commander of the RAAF’s Surveillance and Response Group (SRG).

I have had a chance twice before to talk with AIRCDRE Heap as well as to visit other bases where the SRG operates to gain knowledge and understanding of how this diverse command, which is critical to the RAAF’s future capability integration as the RAAF evolves, operates.

Indeed, the various Wings in the command can be seen to be operating capabilities that significantly enhance the situational awareness of the Australian Defence Force and the C2 capabilities of any coalition operation. 

Several new capabilities are being added, along with the modernization of core competencies and skill sets to provide for an enhanced ability to protect Australian territory and wider interests as Australia faces dynamic changes in the Pacific regions strategic environment.

One key way that the SRG is contributing to greater capability in the new environment is redundancy and cross support of a variety of platforms and systems to provide greater assurance that the ADF can operate in a contested environment.

With the addition of the P-8A Poseidon, the Triton, of new space capabilities, enhanced ground-based radars, enhanced Air Traffic control radars and systems and the modernization of Wedgetail, the RAAF is seeing an enhanced capability to have greater situational awareness and information to inform and guide the force as Task Forces are assembled to support operations.

At the heart of the change in shaping a more integrated ADF is the ability to shape flexible task forces crafted to deal with specific missions and to do so in contested environments.

This is a work in progress, but the new and evolving capabilities of the SRG are key enablers of such an evolution.

Take Triton as a key example.

The RAAF is standing up its P-8A and Triton force at RAAF Edinburgh in South Australia.

The two are physically “replacing” the P-3’s classical maritime patrol and response capability, but are actually capable of much more than their predecessor, and therefore need to be considered through a different lens.

With regard to Triton, AIRCDRE Heap highlighted how the new platform would add a significant new capability not simply to provide greater SA but to drive more effective decision-making in the operation of the ADF.

Notably, it can operate over Australian territory or in the maritime reaches to provide a more persistent and rapidly deployable surveillance capability.

Triton will enable ADF task forces to gain swift and credible real time information to shape not just where to go, but how to build an appropriate task force for a specific mission.

“For example, in a HADR event, the first asset to arrive in the future would conceptually be a Triton.

“Currently, we would normally send a P-3 out to conduct  ISR.

“For a Pacific island scenario, with tasking and then extreme time and space issues, it can take about 12 to 24  hours to get an asset on station, let alone have an analysed product to inform higher decision making.

“With Triton it will deploy much more rapidly with tremendous persistence and an ability to push various critical pieces of information back in real time.

“The result is that we will know what to put on the C-17, or the amphibious ship as we send aide to the country suffering the HADR event.

“We will know that a hospital is damaged or an airfield unusable or degraded, including what we will need to restore essential services.

“And with that information we can better prepare an appropriate Task Force to support the nation”.

“The Triton piece is very important because it’s a different concept of operation, Wide Area Surveillance WAS (WAS).

“With manned P-3s and P-8s we have to go to the event. With Triton we can deploy the manned assets to the area of interest prior to engaging the rest of the force, to more efficiently and effectively assign resources and taskings”.

AIRCDRE Heap emphasized as well that Triton plus the manned response aircraft, plus space provides redundant capabilities, and such capabilities are crucial in contested operations.

Without redundancy, one has less assurance of the flow of information to deploy and execute the mission’s central to the force.

The SRG originated by combining two legacy forces in 2003; the P-3 force and the ground-based Surveillance and Control elements; both Air Battle Management and Air Traffic Control, including battlespace control. The P-3 capability was designed for classical maritime patrol and response such as ASW and ASUW, which then evolved into overland surveillance as well. The ground-based capabilities, which included the continually evolving Jindalee over the horizon radar and space capabilities.

There is a diverse portfolio of platform capabilities in the SRG, however, the digital nature of the force is shaping flows of information to manage and to support command and control regardless of the composition of the task force.

The new platforms and capabilities are not stove-piped but coordinated with stakeholders in the evolving integrated approach of the RAAF and the ADF.

The shift from P-3 to the P-8/Triton WAS dyad is a significant way forward as both are software upgradeable platforms with their data analyzed to provide a more cohesive and coherent SA narrative to the force as it operates regardless of location.

My visit to RAAF Edinburgh highlighted this point in terms of the infrastructure being built to support the two platforms.

At the heart of the enterprise is a large facility where Triton and P-8 operators have separate spaces but they are joined by a unified operations centre. 

It is a walk through area, which means that cross learning between the two platforms will be highlighted.

This is especially important as the two platforms are software upgradeable and the Aussies might well wish to modify the mission systems of both platforms to meet evolving Australian requirements. They are leveraging their cooperative partnership with the USN to maximise these outcomes, which is also tremendously beneficial to the USN. 

The ground-based radar capability will be significantly modernized with the intent to maximize support to the land and maritime-based missile systems acquired by the Australian Army and Navy, while also introducing an Air Force capability in accordance with the Australian government’s white paper intent.

And this piece is being actively worked between Army and the Air Force to ensure that their systems work together as an integrated blue force rather than exposing the force to fratricide risks.  The first Army junior NCO from 16 Air Land Regiment has recently graduated as an Air Surveillance Operator with SRG.

This trend of joint education and alignment, including the sharing of specialized skills across all Services, will be further normalized in the future, setting the ADF up well to maximize the future introduction and integration of these complex but decisive capabilities.

The goal is to work to ensure integration of Land 19 with Air 6500, two key Army and Air Force programs designed to provide for better integration of defensive capabilities.

Air 6500 will replace the legacy Vigilaire system, with a follow on system, while providing a much more capable integrated air defence system for the wider ADF, while Land 19 Phase 7B from Army will look at the closer range fight.

SRG is a key player in this effort and will assist in shaping a more integrated approach.

Number 41 Wing within SRG provides persistent (24/7) ground-based surveillance of Australia’s air space and air battle management for the ADF.  Number 41 Wing has the task of generating theRecognized Air Picture from all sources to inform higher ADF situational awareness and decision-making.

As this capability evolves with technology, mobility is being enhanced to provide support for a deployable force. This is important to deliver high intensity combat effects while supporting power projection of the force against threats from adversaries capable of operating at a high tempo.

Within SRG’s 41 Wing is also No. 1 Remote Sensor Unit or 1RSU. 1RSU is the Royal Australian Air Force unit responsible for operating the Jindalee Operational Radar Network (JORN) and many of Australia’s emerging space capabilities. While 1RSU’s operations center is located at RAAF Base Edinburgh, the JORN sites near Longreachin Queensland,Alice Springsin the Northern Territory, and Laverton in Western Australia provide the feeds. 1RSU is the first space operations unit in the Australian Defence Force as well.

The Australian government is also investing in new land based radar capabilities and to enhancing the redundancy of the systems, again looking forward to requirements of dealing with threats in the region.

During our visit, the Australian government announced funding for AIR 2025 Phase 6 which is a mid-life upgrade to JORN. The upgrade to the over-the-horizon radar (OTHR) network is designed to ‘open’ the system’s architecture enabling the insertion of next generation technologies and extend the operational life of JORN to beyond 2042.

As the RAAF adds new systems like P-8A and Triton, it is modifying other SA and C2 capabilities such as the ground-based C2 system and associated ground-based radar as well as a key asset operated by SRG, namely the E-7A or the Wedgetail system. 

Here the software upgradeable systems on board the aircraft along with hardware modifications will be crafted to both enhance, and be enhanced by changes in other parts of the force.

The airborne radar and how it operates on the E-7A is very effective, but it is the Electronic Support Measures System as well which provides enhanced SA for the force, notably in contested and complex operating areas. Knowing the electronic environment and exploiting this advantage through electronic warfare, and superior C2 is critical, and indeed potentially decisive, in any future high intensity operation.

And Wedgetail as a multi-mission system can switch from its primary radar role to a primary ESM role as the threat and need dictates. It is empowered as well by its ability to link with other systems but “if those links are jammed or degraded in a contested environment, Wedgetail is also positioned to enable a redundant C2 solution with the system which remains”

As we concluded our discussion, AIRCDRE Heap was asked how he would describe the difference in the threats he faced when he entered the force from the evolving threats today.

His answer was both clear and insightful.

“We have gone from dealing with relatively small tactical SA and strike bubbles, missile engagement zones in relative terms, around warships, airfields or other critical assets, to much wider, more complex and denser zones.

“We are shaping complimentary capabilities, which need to operate effectively, with levels of redundancy, in these high threat environments, while being able to defend against ever more capable threats across the spectrum of conflict.

“To achieve this aspirational goal, we need to engender a multi domain outlook, which includes not just hardware, but cross-domain education and operational practice, such as that we have seen being led through Jericho, and with the Air Warfare Centre.

“The other change is how radars operate.  Legacy radars generate wave forms which we could detect, identify, classify and engage; now the systems are more complex and harder to classify. They are very complex in waveform and are often fleetingly emitting. The new systems are delivering the effects at greater range and with more fidelity than the classical parabolic radars of the 20thcentury.”

“In a high intensity conflict, that all comes to a head in a technological contest to see who can achieve a sustained and decisive advantage in that electronic warfare fight.

“And then there is the parallel challenge of determining if, how, and when, through robust integrated C2 and a myriad of tactical options, you may want to effect this battlespace by kinetic or non-kinetic means”.

For the structure of the Surveillance and Response Group, please see the following:

https://www.airforce.gov.au/about-us/structure/air-command-headquarters/surveillance-and-response-group

For our earlier interviews with Air Commodore Heap, see the following:

Seeking Prudent Progress Through Arms Control, Not Disarmament

04/06/2018

Richard Weitz

The Trump administration is skeptical of nuclear disarmament, but supports arms control and strategic stability measures, under appropriate conditions, designed to keep state competition constrained.

Specifically, the administration recognizes that arms control, along with other measures, can bolster the security of the United States, its allies, and U.S. partners.

As described in its Nuclear Posture Review (NPR), congressional testimony, and think tank presentations, the Trump administration will strive for a combination of diplomacy, arms control, and traditional military defensive measures to enhance national and global security:

1) limit the number of nuclear weapons states;

2) prevent terrorists access to nuclear weapons and materials;

3) control weapons-usable fissile material and related technology;

4) pursue verifiable and enforceable arms control agreements; and

5) use diplomacy to reduce future threats, including by pursuing “mutual restraints” that are verifiable and enforceable.

In the NPR’s view, arms control can help “manage strategic competition” by “foster[ing] transparency, understanding, and predictability”; minimize “the risk of misunderstanding and miscalculation”; and limit the number of hostile nuclear weapons states.

The administration does insist that any arms control agreement be “enforceable.” Some complain that this standard is not adequately defined in the NPR.

However, this wording likely aims at excluding purely “declaratory” arms control, such as the Chinese government’s commitment not to use nuclear weapons first, the recently adopted Treaty on the Prohibition of Nuclear Weapons, which lack means of verification and compliance.

The Trump administration’s policies towards nuclear weapons testing are probably better than most arms control advocates could reasonably have expected. The United States does not intend to resume testing nuclear weapons any time soon and calls on all other states to eschew such testing.

The White House will also continue the practice of recent administration of deferring formal submission of the Comprehensive Nuclear Test Ban Treaty (CTBT) for Senate ratification rather than abandon the treaty.

It will also sustain U.S. support to the CTBT Organization Preparatory Committee, the International Monitoring System, and the International Data Center. These three mechanisms, designed to monitor possible nuclear explosive testing by any state, have played an important role in confirming recent North Korean nuclear tests.

The Trump NPR praises the “positive role” of the Nuclear Non-Proliferation Treaty (NPT) in bolstering international support, at both the normative and operational levels, for preventing new nuclear states and enhanced nuclear safety and security standards.

It is true that administration representatives eschew references to the traditional “three-pillar” approach to the NPT. This framework links nuclear disarmament, nonproliferation, and the peaceful use of nuclear energy.

The perceived problem with this linkage is that many countries have traditionally used this connection to justify a right to pursue proliferation-sensitive technologies.

For example, countries pursue uranium enrichment, which can be used to make weapons-grade fissile material.

The new NPR should make nuclear proliferation less likely in the short term. Most of the countries that could most readily obtain nuclear weapons are U.S. allies: Japan, South Korea, Australia, and many NATO members have advanced civilian nuclear power programs or other critical foundations for launching a nuclear weapons program.

Insofar as these allies become more confident that the Trump administration will support traditional U.S. nuclear security guarantees, they will refrain from pursuing their own nuclear weapons. The NPR rightly notes that, “Credible U.S. extended nuclear deterrence will continue to be a cornerstone of U.S. non-proliferation efforts.”

Many foreign governments will be upset, or profess to be upset, that the Trump administration is not offering concrete steps toward nuclear disarmament or further reducing the role of nuclear weapons in U.S. national security. They will probably criticize U.S. policies at the 2020 NPT Review Conference as well as its preparatory meetings.

However, Washington’s stance, by itself, is unlikely to lead these states to pursue nuclear weapons. Not only are they strongly opposed to nuclear proliferation, but regional security dynamics and internal factors usually have a much greater impact on such weighty decisions.

The NPR does not offer new arms control initiatives. It discusses the possible extension of New START and other arms control options, but does not endorse these or any other specific measures.

The general tone is that the United States will abstain from global arms control leadership for a while given the adverse global security environment, the need to recapitulate the U.S. nuclear weapons infrastructure and fortify U.S. deterrence guarantees, and the perception that unilateral U.S. nuclear reductions backfired in the past.

The Trump administration has not yet described the details of its counter-nuclear terrorism strategy, but there are reports that U.S officials will release a formal strategy document on this issue later this year.

The NPR does support projects that build “defense in depth” against nuclear terrorism. These activities include measures to secure and reduce WMD materials; limit the spread of nuclear technologies and expertise; and strengthen national defenses, preparedness, and resilience.

In particular, the United States will strengthen multinational control regimes like the Nuclear Suppliers Group; improve nuclear forensics techniques and technologies to identify and deter state support for nuclear terrorism; and build resilience against any nuclear terrorism incidents that might occur—to limit the damage and overcome its consequences as rapidly as possible.

U.S. funding for countering WMD proliferation also remains substantial. For example, the administration is spending millions of dollars to train and equip foreign militaries to counter WMD threats. The Defense Threat Reduction Agency (DTRA) and the U.S. Special Operations Command (SOCOM) are overseeing these programs.

Some proposed changes—more tightly integrating conventional and nuclear forces in exercises and using strategic submarines for launching a single or couple low-yield nuclear weapons—could raise the nuclear threshold if not carefully executed.

It is true that Chinese and Russian forces and exercises employ similar conventional-nuclear integration, but it would be better to dissuade them from such a practice rather than imitate them.

Indeed, the Trump NPR expresses readiness to consider diverse measures “to increase transparency and predictability, where appropriate, to avoid potential miscalculation among nuclear weapons states and other possessor states [which might include India, Pakistan and other countries having nuclear arms beyond the five NPT-recognized nuclear weapons states] through strategic dialogues, risk-reduction communications channels, and the sharing of best practices related to nuclear weapons safety and security.”

The administration should employ the strategic stability talks with Beijing and Moscow, endorsed in the NPR, to discuss the implications of these issues with China and Russia as well as consider possible operational arms control measures to reduce miscalculations.

Photo above: President Trump on his first call to President Putin shortly after taking office. Credit: Getty Images

Editor’s Comment: In many ways the Trump Administration approach follows that of the Reagan Administration with regard to arms control. Here the approach to arms control really was seen as part of effective defense planning and risk reduction engaged in directly with the Soviet Union.

For example, see Robbin Laird and Dale Herspring, The Soviet Union and Strategic Arms (Westview, 1984).

https://www.cambridge.org/core/journals/american-political-science-review/article/soviet-union-and-strategic-arms-robbin-f-laird-and-dale-r-herspring-boulder-co-westview-press-1984-pp-x-160-2850-cloth-1695-paper/DAD155F74ABDFE1BD8D0B47B2BC567E3

 

African Arms Exports Down Over the Past Decade

04/05/2018

Over the last decade, African arms imports dropped by 22 per cent, according to the Stockholm International Peace Research Institute (SIPRI), but Algeria, Morocco and Nigeria continued to order large quantities of weapons and equipment.

According to an article published by our partner defenceWeb, the trends were discussed leveraging a recent SIPRI report.

In its Trends in International Arms Transfers 2017 fact sheet released this week, SIPRI said that African arms sales dropped 22% between 2008-12 and 2013-17. Much of the hardware that was supplied went to Algeria (52% of African arms imports), Morocco (12%) and Nigeria (5.1%).

“Major arms play an important role in the military operations by sub-Saharan African states, although, due to lack of resources, procurement typically involves small numbers of mainly relatively low-end weapons,” SIPRI said.

States in sub-Saharan Africa received 32% of total African imports in 2013–17. The top five arms importers in sub-Saharan Africa were Nigeria, Sudan, Angola, Cameroon and Ethiopia. Together, they accounted for 56% of arms imports to the subregion. Nigeria’s arms imports grew by 42 % between 2008–12 and 2013–17, SIPRI noted.

Russian arms exports to Africa fell by 32% compared with 2008–12, but despite the decrease, Russia accounted for 39% of total imports to the region. Algeria received 78% of Russia’s arms transfers to Africa in 2013–17.

China’s arms exports to Africa rose by 55% between 2008–12 and 2013–17, and its share of total African arms imports increased from 8.4% to 17%. “A total of 22 sub-Saharan African countries procured major arms from China in 2013–17, and China accounted for 27% of sub-Saharan African arms imports in that period (compared with 16% in 2008–12). In North Africa, China became an important supplier to Algeria in 2013–17, with deliveries including three frigates and artillery,” SIPRI reported.

The United States accounted for 11% of arms exports to Africa in 2013–17 – the transfers were mainly small batches of weapons and included eight helicopters for Kenya and five for Uganda, which were supplied as US military aid. In 2013–17 Kenya—which is fighting al-Shabab on its own territory and in Somalia— acquired 13 transport helicopters, 2 second-hand combat helicopters, 65 light armoured vehicles and a small number of self-propelled howitzers.

SIPRI lists Egypt’s acquisitions as falling under the Middle East – if these are included in the continent’s statistics they push up Africa’s imports significantly as arms imports by Egypt grew by 215% between 2008–12 and 2013–17.

SIPRI noted that the US has been Egypt’s main arms supplier since the late 1970s, and accounted for 45% of Egypt’s arms imports in 2008–12. “However, between 2013 and 2015 the US halted deliveries of certain arms, in particular combat aircraft, to Egypt. In 2014 Egypt signed major arms deals with France, and deliveries started in 2015. As a result, France accounted for 37 % of Egypt’s arms imports in 2013–17 and overtook the USA to become the main arms supplier to Egypt for that period. This was despite the fact that the USA ended its restrictions in 2015 and increased its overall arms supplies to Egypt by 84% between 2008–12 and 2013–17.”

Globally, SIPRI in its latest report said that the volume of international transfers of major weapons in 2013–17 was 10% higher than in 2008–12, a continuation of the upward trend that began in the early 2000s.

The five largest exporters in 2013–17 were the United States, Russia, France, Germany and China. The United States in 2013-17 had a 34% share of the global market, followed by Russia (22%), France (6.7%), Germany (5.8%) and China (5.7%).

The USA supplied major arms to 98 states in 2013–17. Exports to states in the Middle East accounted for 49 per cent of total US arms exports in that period. “Based on deals signed during the Obama administration, US arms deliveries in 2013–17 reached their highest level since the late 1990s,” said Dr Aude Fleurant, Director of the SIPRI Arms and Military Expenditure Programme. “These deals and further major contracts signed in 2017 will ensure that the USA remains the largest arms exporter in the coming years.”

The five largest importers were India, Saudi Arabia, Egypt, the United Arab Emirates (UAE) and China. Most states in the Middle East were directly involved in violent conflict in 2013–17 and consequently arms imports by states in the region increased by 103% between 2008–12 and 2013–17, and accounted for 32% of global arms imports in 2013–17.

“Widespread violent conflict in the Middle East and concerns about human rights have led to political debate in Western Europe and North America about restricting arms sales,” said Pieter Wezeman, Senior Researcher with the SIPRI Arms and Military Expenditure Programme. “Yet the USA and European states remain the main arms exporters to the region and supplied over 98% of weapons imported by Saudi Arabia.”

SIPRI said the flow of arms to the Middle East and Asia and Oceania increased between 2008–12 and 2013–17, while there was a decrease in the flow to the Americas, Africa and Europe.

Republished with permission of our partner defenceWeb.

The Centrality of Missile Defense as Part of a 21st Century Deterrent Force

By Richard Weitz

The newly enacted FY2018 Omnibus Appropriations Bill provides urgently needed funding for U.S. defense priorities.

The spending package signed by President Trump supports fighting terrorism, rebuilding the U.S. Navy, developing next-generation capabilities to manage emerging challenges, and protecting Americans from immediate threats.

North Korea’s emerging nuclear missile capabilities are the most serious of these menaces.

We can hope that sanctions or summitry will quickly resolve this crisis, but experience strongly indicates otherwise—Pyongyang’s provocation pauses rarely last. We will always need to look to our defenses against North Korean missiles.

Similar to past administrations, the current White House, supported by Congress, is developing a layered defense system to maximize opportunities for destroying enemy missiles.

This ballistic missile defense (BMD) architecture combines ever-improving regional systems; “left-of-launch” capabilities that target missiles before they ascend; and an expanding Ground-Based Midcourse Defense network—Americans’ primary defense against incoming Intercontinental Ballistic Missiles (ICBM).

The current fleet of Ground Based Interceptors (GBIs) offer the sole means of defending the continental United States from these missiles. The GBIs employ multistage solid-fuel boosters, based in Alaska and California, to propel “kill vehicles” into targets in outer space, obliterating them outside the atmosphere. They rely on a proven hit-to-kill technology to intercept incoming warheads and missiles.

The Pentagon’s senior evaluation and testing body has concluded that the U.S. BMD architecture has “demonstrated capability to defend the U.S. homeland from a small number of intermediate-range or intercontinental missile threats.”

To enhance this protection, the Omnibus Appropriations Bill boosts BMD spending to $11.5 billion, an increase of $3.3 billion from the previous year. The new resources will improve current capabilities, notably building a new long-range radar and deploying a Redesigned Kill Vehicle, and develop new ones, such as a Multi-Object Kill Vehicle that can attack many targets on a single flight.

Like all military systems, BMD has an imperfect test record.

Researching, developing, and deploying cutting-edge technologies is invariably difficult.

The solution to this challenge is more testing, under increasingly rigorous conditions.

Another less valid fear is that U.S. decision makers will presume invulnerability.

With an effective missile defense shield, this narrative runs, Washington can freely engage in wars of aggression.

President Vladimir Putin and other Russian leaders have propounded this theory for over a decade.

Surprisingly, now even respected outlets such as The New York Times have taken up Moscow’s line.

A recent editorial in the paper acknowledges that, “Missile defense needs to be part of the United States’ strategy,” along with international sanctions, regional defenses, proliferation interdiction, and diplomacy.

But the paper warns that President Trump not “to take military action against North Korea on the ground that the system could save the United States from retaliation.”

The Times is attacking a strawman.

No U.S. decision maker would presume the infallibility of our missile defenses or any other strategic technology.

Missile defenses can help deter and defeat attacks, reassure friends and allies, and reduce crisis instability—but it is widely understood that they are only one critical tool for addressing threats.

In particular, U.S. strategists do not see BMD as a cure-all to the North Korean problem, much less as a basis for pre-emptive military action on the peninsula.

The Trump administration pursues a broad approach regarding North Korea–direct diplomacy, robust sanctions, intensified interdiction, and other action.

Indeed, enhanced missile defenses will bolster the hand of U.S. negotiations and make achieving a diplomatic settlement with North Korea more likely.

With lower prospects of success decreasing the value of ICBM investments, Pyongyang will more likely accept constraints on its missile arsenal.

Effective missile defenses could also increase crisis stability by reducing pressure on U.S. policy makers to conduct preemptive strikes. BMD further lessens demands in Japan and South Korea to develop national nuclear weapons.

Most crucially, better protection will diminish nuclear war risks by raising doubts in Pyongyang that they can bombard U.S. cities with missiles.

The value of a well-resourced BMD architecture extends beyond a simple calculation of the physical effectiveness of individual platforms; one must also consider how missile defenses shape adversaries’ thinking.

Fortunately, Congress recognizes these benefits.

There is scant evidence that missile defenses provide decision makers with a false sense of confidence, and few Americans embrace Moscow’s self-serving rhetoric.

With its new resources, the U.S. missile defense architecture can now recover from its rushed rollout in the early 2000’s and its builders can properly test, develop, and grow the system.