The Most Experienced P-8 Squadron and Shaping the Way Ahead: An Interview with the CO and XO of VP-16

06/08/2016

2016-06-06 By Robbin Laird and Ed Timperlake

During our visit to Jax Navy On 22 and 24 May, we had a chance to meet with and discuss the P-8/Triton with Commander Miguel Martinez, CO of Patrol Squadron 16 and Commander Amanda Hawkins, the Executive Officer of the Squadron.

The Command has just undergone a Change of Command on May 19th.

According to an article published by the VP-16 PAO:

Cmdr. Mike Martinez relieved Cmdr. Dan Boman as the 62nd commanding officer of Patrol Squadron (VP) 16 during a May 19 ceremony in Hangar 117 at Naval Air Station Jacksonville.   

VP-16 is the Navy’s first operational Maritime Patrol and Reconnaissance Force (MPRF) squadron to deploy with the P-8A Poseidon – a modified Boeing 737 aircraft designed to supersede the war-fighting capabilities of its predecessor for 50 years, the P-3C Orion. 

Poseidon’s primary missions include anti-submarine warfare, anti-surface warfare, and intelligence, surveillance and reconnaissance. 

Martinez assumed executive officer duties at VP-16 in May 2015, during the Inter-Deployment Readiness Cycle that followed the squadron’s inaugural P-8A deployment to 7th Fleet.  He commended the War Eagles’ former commanding officer. 

“I want to pass along my congratulations to Skipper Boman and his family for an amazingly successful command tour. It was my honor to serve under his command and the leadership that he provided to every Sailor in VP-16. That resulted in our outstanding recent deployment to 7th Fleet and set the stage for the squadron’s future success.” 

During Boman’s command of VP-16, the squadron completed its second deployment in the P-8A to Kadena Air Base in Okinawa, Japan in support of 7th Fleet operations. Over the deployment, 3,700 flight hours were safely executed without a single class “A” mishap. 

Martinez graduated from Texas A&M University in 1998 with a bachelor’s degree, and received his Naval Flight Officer (NFO) “Wings of Gold” in July of 1999. He reported to the “Skinny Dragons” of VP-4 in Kaneohe Bay, Hawaii, in May of 2000 for his first operational tour.  He completed deployments to 7th Fleet and 5th Fleet immediately after 9/11 in support of Operation Enduring Freedom.  

He reported to VP-30 in May 2003 for duty as a Fleet Replacement Squadron NFO Instructor. Additionally, he served on board the USS Theodore Roosevelt as a catapult and arresting gear officer. He also studied at the Naval War College in Newport, Rhode Island. 

Martinez assumes command of VP-16 following the end of a seven month deployment to Kadena Air Base in Okinawa, Japan.  As the new commanding officer, Martinez takes responsibility for nearly $1 billion of naval aircraft and personnel. He will lead more than 250 Sailors during the next tour.  

Martinez is joined by the squadron’s new executive officer, Cmdr. Amanda Hawkins. Boman’s next assignment will be in Washington D.C., as a staff member for the Office of Chief of Naval Operations. 

In the perspective of the CO, VP-16 has completed its transition from a P-3 to the P-8A era.

The squadron has successfully completed its first two deployments at sea.

“VP-16 is at the tail end of its transition. It takes a while to transition philosophically in the squadron.

Now that we’re on the tail end of our second deployment, we’ve really completed our transition because the operators that you’re seeing in the squadron, especially the junior officers and some of our junior enlisted operators, only know the P-8A.

We are taking the ASW skill sets and melding them with the new technology and new sensors onboard the P-8A.”

He emphasized as well that the evolution of software aboard the software upgradeable aircraft was part of the ongoing transition which might be characterized as a “permanent revolution,” if what is being experienced to date is continued into the future.

“We have just completed our second deployment.

A lot of the capability on that deployment did not exist during the first.

And the main difference was because of software upgrades.”

And as they prepare for their next deployment, more software upgrades are under way.

And the CO commented that the “operators are telling me that we will have capabilities through the software upgrades that would have been extremely useful during the last two deployments.”

To date, the working relationship between the squadron and industry is working well in updating the aircraft through the software development process.

“I would tell you part of the reason that exists is because everyone’s invested in the success of P-8A.

Boeing and a lot of the companies that are involved in software upgrades, they want us to succeed.”

The CO expressed his concern that the success to date needed to be maintained throughout the course of the program to get the full value of what a software upgradeable aircraft could yield to the force.

“We have fleet support techs and fleet support reps that support us on deployment and here at home.

And it’s a direct tie-in back to the software developer as he’s pumping out new software updates and they’re getting ready software for our allied partners: UK and Australia.

It’s a very direct inject.”

He provided an example of how the process worked on deployment.

“We were on deployment at Kadena.

We were having difficulty with our media, and the P-8 is very media dependent; if the media is not working properly, the plane is not going to work properly.

The software representative told us that he would look at the software logs. When we burn new media, it writes logs into the computer system. He suggested that he would send the logs back to the lab and they would modify the code and fix the problem.

And they did do so rapidly. We certainly did not have that on the P-3, but we have that now.

I hope that experience continues indefinitely into the future.”

The plane is different; the sensors and software is different; but so is the work style.

When you work onto the plane, it is obvious that the operators are working on a track system with several screens adjacent to one another.

During our hands on visit to the plane, we talked to the crew and began to understand that there was an interactive team approach to managing the aircraft during operations, whereby the mission commander was more like a quarterback than a hierarchical decision maker.

The CO discussed that approach and its challenges.

“There is a certain empowerment which goes to the crew.

The mission commander has to know what is going on and off the aircraft affecting the mission.

He is doing so by empowering his crew whereby, for example, an acoustic operator will be talking to folks on the ground to determine how to deal with the acoustic reads which he getting.”

We noted that the Wedgetail which has a similar workflow to the P-8A also had experienced a similar decision making dynamic. The 2nd Squadron commander in Australia noted that the mission leader on the plane had to lead not command.

The CO noted that “that is exactly it.

With the P-8 we have the opportunity to reach back for additional brain power, for additional analysis of what we are seeing on station.

And you are collecting information from the moment you take off until the moment you land.”

We noted that when we visited the plane, the crew was very young, and very technologically competent.

The CO agreed. “When I took my family who were here for the change of command and we went onto the aircraft, they also noted that the 25-27 year old mission commanders are operating a combat aircrew in an area like the South China Sea, and making decisions and doing things that could potentially affect our national strategy.

We want them to have that knowledge, that ability to make mission command decisions on their own.”

This younger generation was very “net and information management” savvy. And the CO highlighted that their capability to navigate among information sources was very impressive but also intuitive for them.

“It is hard to overload the current generation with information.

They are just used to it.

For example, when we go on station they are looking for various ways to get into the network.

They are thinking two or three steps down the road concerning different sources and different links, which can be tapped into including coalition assets as well. There’s so many different ways to enter a network of information.

They are very savvy with regard to that task.

We discussed as well the cross learning which is starting from the P-8A to the surface fleet.

“The surface fleet is beginning to experience being on deployment with a P-8A and getting massive amounts of information from the plane in a way we never did in the past.

There is a cross-learning piece which will accelerate in the period ahead.”

We discussed other cross-learning pieces as well.

The CO emphasized that as the software evolved in the P-8A/Triton world the mix of operators onboard the P-8A will evolve as well.

And as the cross-learning with Growlers and other combat assets such as the F-35 evolved as well the skill sets would evolve onboard the P-8A.

“We are the new kid on the block and advanced Hawkeye and Growler are already out there.

We are just now tapping into our EW capability and we will clearly cross-learn and cross-link with other capabilities in the fleet.

And I think if you took a look at how the P-8A operates now versus even five years from now it’s going to be significantly different.

The crew makeup is going to be a little bit different. I think you’re going to see a different mix of operators on the aircraft, perhaps more EW operators.”

The CO discussed as well the evolution of the maintenance team for the aircraft.

Obviously, with a new aircraft determining the actual maintenance requirements takes time and with it the need to adjust procedures and personnel.

Commander Amanda Hawkins, the Executive Officer of the Squadron.
Commander Amanda Hawkins, the Executive Officer of the Squadron.

In part, this is due simply to the fact that although the 737 is a commercial aircraft, as a military version of the aircraft, much of the commercial experience simply does not apply.

Another example is corrosion control.

Clearly, the way the P-8 operates will significantly enhance the corrosion challenge. The Navy is focused on ways to attenuate the corrosion challenge but this means paying significant attention from the outset to management of the airframe.

“I think that corrosion control will be a very important factor. It’s not negative. It’s simply something that we need to keep our eye on over the long term.”

The Executive Officer is new to the program but has significant relevant fleet experience, which will inform the evolution of the squadron as well.

She focused on the “family of systems” approach and how important that would be for the squadron and its evolution.

“By 2025 we will not have EP-3 and a VPU and P-3 squadrons; we are going to morph into P-8/Triton.

We need to understand what the EP-3 does as we move forward.

We are starting the cross-colonization now so that the family already has a healthy foundation when the EP-3 roles are subsumed as well.

(The EP-3 is the signals intelligence version of the P-3).

I view the Triton and the work that the weapons school is doing to integrate our family of systems as laying the foundation for the kill web.”

The CO discussed as well two of the allies flying the P-8A.

He noted with regard to the Australians that they had a tradition of keeping their P-3 crews intact for the long term.

When I was the instructor at VP30, I worked with the allied partners and their officers and enlisted operators are embedded in the squadron, and they bring a very unique and positive side in how to operate as a crew which works together regularly on station.

They man to keep their crews together; our manning is different in that we mix and match crews members over time and will do so even more as we rotate personnel among P-8A and Triton assignments.”

The Indian P-8 during the search for the missing Malaysian airliner. Credit: India Strategic
The Indian P-8 during the search for the missing Malaysian airliner. Credit: India Strategic

The CO has operated with the Indian P-8I community as well during the Malabar 2015 exercise.

The P-8I is different from the P-8A with a different sensor suite, one which provides more emphasis on coastal defense as well.

“We operated from their P-8I base at INS Rajali.

We found them to be very professional and we operated together from that base.

They are building the infrastructure there to support their P-8Is.

They see P-8I as critical to how they’re going to operate in the future.

They had a lot of questions about how we operated.

We had questions about how they operated.

And at the time they were the only other country operating P-8.”

In short, VP-16 has deployments under its belt and is getting ready for the transition with Triton and operating worldwide with other P-8 allies, the Indians, the Australians and the UK.

A solid foundation has been laid but the way forward is challenging and will see both the plane and the crews evolve their capabilities and skill sets.

The slideshow focuses on the recent change of command for VP-16.

And a piece published on April 27, 2016 by the PAO of VP-16 in the Jax Air News talked about the latest deployment:

Patrol Squadron (VP) 16 returned home this month after a demanding seven-month deployment to the 7th Fleet Area of Responsibility (AOR).

This marked the second deployment VP-16 has taken in the P-8A Poseidon – both deployments having been based out of Kadena Air Base, Okinawa, Japan. 

VP-16 has now deployed in the P-8A Poseidon for more months and executed more deployed flight hours with the new maritime patrol aircraft than any other VP squadron in the Navy. 

The deployment included detachments to a multitude of countries in the 7th Fleet AOR.  Within Japan, locations such as Atsugi, Misawa, and Yokota were visited by VP-16 aircraft.

Additionally, the Republic of the Philippines, Guam, India, Brunei, Australia, Thailand and Singapore were other countries visited by the “War Eagles” during their assignment to the region. In total, VP-16 was able to safely execute in excess of 3,700 flight hours over the course of the prior seven months.

The squadron excelled in all aspects of their operations. Mission sets included Anti-Submarine Warfare (ASW), Maritime Domain Awareness (MDA), Anti-Surface Warfare (ASuW), plus Intelligence, Surveillance and Reconnaissance (ISR). VP-16 was often tasked for these mission sets since the P-8A Poseidon has a full set of intelligence collection sensors with long-range capability and extended loiter time available.

For many in the squadron, this marked their first time on deployment. 

“This was my first deployment since joining the Navy. The experience was extremely rewarding because we were finally able to employ the many years of training we have undergone at NAS Jacksonville,” said Lt. j.g. Michael Reindl, a naval flight officer with VP-16.  As anyone who has served can tell you, first deployments come with many new situations that can be difficult to adjust to. 

For others, this was not their first experience within actual theater.  AWO1 Marcus Belew, for example, was previously deployed on the P-3C Orion but embarked on his first deployment on the P-8A Poseidon this time around. 

“This was my fourth deployment.  Deploying with the P-8A was more tactically engaging than it was in the P-3C. We utilize our sensors from takeoff until landing, and that makes me feel that I’m able to provide a better product for the Navy as a whole.”

The response from upper level leadership to VP-16’s deployment was tremendous. The squadron was able to perform above and beyond the required levels of proficiency. Now, with VP-16 back home at NAS Jacksonville, training for their next deployment has already begun.

 

Present at the Creation: Senior Chief Biddinger and Crafting a New Combat Capability

2016-06-08 By Ed Timperlake and Robbin Laird

The US Navy is building a new Maritime Domain Awareness strike capability with the P-8/Triton dyad.

To move from a program which exists on paper to one which exits in practice is a challenge.

And to do so, the role of a person like Senior Chief Patrick R. Biddinger (AWOCS) is crucial.

The challenge is to take experienced personnel and put them into positions to guide the newcomers to the enterprise, but to blend the old with the new in an innovative manner.

There is a lesson often learned at the Naval Academy that probably is not part of an official curriculum but often discussed at the First Class Capstone program for soon to be commissioned Navy Ensigns and USMC 2nd Lts .

A newly graduated Ensign arrives at the first command. The CO gives the Ensign and his sailors an order to physically accomplish a task. The Senior Chief asks the Ensign if he has ever done the task before. “No chief but I went to Annapolis and can read up on how to do it and then get it done.” The Chief Says with all due respect:“No Sir you do know how to do it.” “How?” asks the Ensign. “Simple you say “Chief you and the sailors do it”—“and sir that is how you will then learn.”

There is a clear challenge when moving from the P-3 to the P-8/Triton dyad.

It is a key step into the 21st Century fighting Navy digital age where software upgradeable and information rich platforms are built from the ground up to be integratable with the fleet and are replacing the P-3 which was much a single unit platform operating “fearless and alone” in executing the core ASW mission.

Although, it is noteworthy that the P-3 community served with distinction over land flying in combat missions during periods of the US and Allies ongoing Middle Eastern wars.

When we discussed the program, its origins and how far it has come, the pride of the Senior Chief (who is part of VP-16) in his colleagues was clearly evident.

VP-16 Returning Home from Deployment.
VP-16 Returning Home from Deployment.

As he put it: “I don’t have children, but if I did I could imagine this would be like having a child and raising it and watching it grow up and go off to college and be successful.”

We made the point that until an air system has operated for 10 years, one really does not have the full measure of the program.

He added: “Even if I make master chief next year, I’ve only got four more years before I’m retired at 30. When this platform hits its ten-year anniversary I won’t be in the Navy anymore. I’ll just have to reach back to some of my friends who are a little bit younger than me and get some good sea stories from them about the progress.”

He noted that he has been with the program prior to the first plane arriving in Jacksonville in March 2012 and that the “plane has been in the fleet only four years, and in five years it will be better and at 10 years its going to be phenomenal.”

His background is with both the P-3 community as well as the test community. He has significant combined fleet operational and test experience within the maritime patrol community. Senior Chief Biddinger career experiences have been crucial in shaping his leadership role with the team standing up the aircraft and doing its initial operations.

During his deployments to Iraq with the P-3, he worked with his squadron to get upgrades crucial to the performance of the aircraft in its overland mission. After his deployment in Southern Iraq, he then came to Jacksonville to work on the P-8 in October 2008.

In other words, he came prior to the airplane and was part of the effort of moving from briefing charts to operational capabilities.

“The P8 fleet integration team was a very, very small team in the beginning. It was literally a handful of officers and a handful of enlisted folks. And the leadership backed the team in terms of allowing the team to innovate and experiment in setting up the baseline squadron at Jax.”

He noted that from the beginning, the Navy recognized the importance of standing up the plane and the training systems, given how important simulators were going to be to the program.

“The idea at the outset was that 30% of your training was going to take place on the aircraft and 70% in the simulators. We were testing simulators and accepting simulators BEFORE we received our first aircraft.”

As with others we interviewed, Senior Chief Biddinger focused on the challenge of the new workflow with the operators on the rail as opposed to operating in separate or cubicle like workstations. “Every station is capable of doing the same thing. If you are on the rail, then you don’t have people just oddball placed throughout the airplane. You have a shared workflow.”

He praised the younger generation for their ability to absorb information.

“Today’s generation is more gadget-oriented, and technologically advanced than my generation.”

But he cautioned that a major task remained to be learned, namely applying information to the appropriate tactics of situations and here the mix of the experienced with the new operators was important.

“You might know how to run the gear, you need to be smart enough to understand how to tactically employ it. You need to understand what benefit you bring to the fight, and then how you can also be a hindrance providing the wrong information.”

He also noted that a key part of his time with the program has been working the relationship with industry.

160113-N-AT895-251 PATUXENT RIVER Md. (Jan. 13, 2016) Chief of Naval Operations (CNO) Adm. John Richardson views the MQ-4C Triton unmanned aircraft system at Naval Air Station Patuxent River. Richardson also held an all-hands call, toured facilities and viewed aircraft and systems including the E-2D Advanced Hawkeye and F-35C Lightning II carrier variant joint strike fighter . (U.S. Navy photo by Mass Communication Specialist 1st Class Nathan Laird/Released)
160113-N-AT895-251 PATUXENT RIVER Md. (Jan. 13, 2016) Chief of Naval Operations (CNO) Adm. John Richardson views the MQ-4C Triton unmanned aircraft system at Naval Air Station Patuxent River. Richardson also held an all-hands call, toured facilities and viewed aircraft and systems including the E-2D Advanced Hawkeye and F-35C Lightning II carrier variant joint strike fighter . (U.S. Navy photo by Mass Communication Specialist 1st Class Nathan Laird/Released)

The engineers have been great and responsive but their ideas are not always applicable to the tactical situations which the crew experiences.

“Navy personnel have been extensively involved in the reality check of matching experiences with the new systems and sorted out the best way to make everything work to the tactical situation.”

He highlighted the importance of exercises and engagements at Red Flag and Fallon Naval Air Station as a key part of the learning process as well as the squadron became operational.

“The CNO has emphasized that a key effort is to focus upon electronic magnetic maneuver warfare and this platform fits right into that mission.

We are learning how better to work with other platforms in working in that mission space.”

He noted that as the P-8s is operating with the surface navy, there is growing recognition of what the P-8 brings to the fleet.

“They are very open to what we can bring to the fight.”

The fleet is facing a major challenge however in ensuring that you “get the right information to the right people at the right time.

“We have so many different platforms with so many different capabilities, with some short-range, some long-range, that it will be a challenge to understand the capabilities of all the different platforms and employ them appropriately so that you’re maximizing the effectiveness of your force in the battlespace.

We’re not analog anymore. We’re digital. With the digital era comes a massive amount of information.

And when you have all of these platforms with all of these capabilities that can do all of this fancy stuff, trying to get that information out in a timely manner, safely, and to the appropriate folks, is a challenge.

But, you know what? Luckily, I think we have the best military in the world and we will sort this out to our advantage.”

Editor’s Note: The P-8/Triton community is clearly one where experience is blended with youth.

A recent exercise with the Japanese and the P-8 community highlighted the nature of this community.

According to a June 1, 2016 article by the VP-8 PAO regarding working with the Japanese on ASW:

The “Fighting Tigers” of Patrol Squadron (VP) 8 participated in a Combined Maritime Patrol Operating Procedure (CMPOP) exercise May 24 with members from Japan Maritime Self Defense Force (JMSDF) Fleet Air Wing 5.

The objective of the CMPOP exercise was to improve anti-submarine warfare (ASW) readiness, increasing efficiency and interoperability between the two partner nations, in an effort to cohesively accomplish the same operational goals.

Lt. Clark Ross, a P-8A Poseidon pilot assigned to VP-8, spoke about the importance of participating in joint exercises with our long time regional partner.

“Conducting this exercise alongside our JMSDF allies allows us to tactically operate from the ‘same sheet of music’ while achieving our mutual objectives,” said Ross.

“I believe this exercise was a complete success, and I look forward to working alongside our Japanese counterparts again in the near future,” Ross added.

Due to its capabilities, effectiveness and reliability, the P-8A Poseidon represents a leap forward for the Maritime Patrol and Reconnaissance Force. The P-8A is a multi-mission aircraft that provides long-range maritime, intelligence, surveillance and reconnaissance (ISR) capabilities, making it the most advanced anti-submarine and anti-surface aircraft in the world.

VP-8 is currently deployed to Kadena Air Base in Okinawa, Japan in the 7th Fleet area of operations, conducting ISR missions and providing Maritime Domain Awareness to supported units throughout the Pacific theater.

In short, it is not just about the plane; it is not just about the software; it is about the leadership and the team on the aircraft and their ability to reachback to other platforms and assets in the battlespace to make timely and effective decisions in combat.

And for the MDA strike community, they are always involved in tron warfare, both a prelude and part of 21st century kinetic warfare.

Triton Joins Poseidon in Forging a 21st Century Maritime Combat Capability: Operating a Dyad, Rather than a Single Platform

06/05/2016

2016-05-31 By Ed Timperlake and Robbin Laird

The USN is approaching the P-8/Triton combat partnership as a way to address the integration of manned, and unmanned systems, or what are now commonly called “remotes”.

The Navy looked at the USAF experience and intentionally decided to not build a Triton “remote” operational combat team that would be stovepiped away from their P-8 Squadrons.

The team at Navy Jax is building a common Maritime Domain Awareness and Maritime Combat Culture and treats the platforms as partner applications of the evolving combat theory.

The partnership is both technology synergistic and also aircrew moving between the Triton and P-8.

The P-8 pilot and mission crews, after deploying with the fleet globally can volunteer to do shore duty-flying Tritons. The number of personnel to fly initially the Tritons is more than 500 navy personnel so this is hardly an unmanned aircraft.

Hence, inside a technological family of systems there is also an interchangeable family of combat crews.

With the P-8 crews operating at different altitudes from the Triton, around 50K, and having operational experience with each platform, they will be able to gain mastery of both a wide scale ocean ISR and focused ASW in direct partnership with the surface navy from Carrier Strike Groups, ARG/MEUs to independent operations for both undersea and sea surface rather than simply mastering a single platform.

This is a visionary foundation for the evolution of the software upgradeable platforms they are flying as well as responding to technological advances to work the proper balance by manned crews and remotes.

Triton Arrival in Pax River 2014 from SldInfo.com on Vimeo.

We were able to discuss this approach with Commander Opp, who led the P-8 transition and is now doing so for Triton and Rich Helmerle, a retired Navy Captain, who now works for SAIC and has worked with the “family of systems” acquisition from the beginning and is now tasked in leading the effort to shape the 2025 concepts of operations for the dual deployed capability which P-8 and Triton represent.

CDR Joseph Opp is the VP-30 Triton FRS who had a similar assignment with P-8 prior to coming to Triton. Given his engagement in the P-8 transition naturally he is focused on the integration of the overall “manned and unmanned” ISR/C2 effort.

The perspective conveyed by Opp and Helmerle was that a foundation of common domain knowledge was being shaped for Maritime Domain Awareness and that body of knowledge was being shaped and applied to the two platforms, rather than thinking in terms of two new platforms which needed to be integrated in some future combat space.

Indeed, the combined capability of providing continuous coverage from a “manned” and “unmanned” asset provides a significant capability able to work with the satellite network or to shape alternatives.

For the ground up, crews are training to work in satellite degraded environments as well as one which is satellite enabled. And with the Poseidon in the air, decision makers are deployed as well.

Decisions can be pushed to the leadership on the plane notably in a rapid action or degraded communications environment. It is not just about ISR or Maritime Domain Awareness; it is about putting information to the right persons at the right time.

According to the Triton team, the USN looked at the USAF experience with Predator and did not want to repeat it with Triton.

“We recognized that it would be better to have a broader range of experience to our Triton operators than simply operated a remote.

By being part of the combined Poseidon-Triton enterprise, they could operate seamlessly with the capabilities of each asset.”

Another key advantage is shaping domain knowledge of the key geographical areas where the dyad will operate.

“The Poseidon operates from 15-30,000 feet normally; the Triton will operate at 50,000 feet and take a broader view.”

The world looks differently at each altitude but by rotating crews, a unique perspective is gained by operating at the different altitudes and with different operational approaches to gain knowledge dominance.”

This is an approach for a new generation which “wants choice in their careers, rather than being locked in to a single platform.”

This is about crew resource management as well. It is abut shaping, developing and deploying the right skill to the task.

But the capabilities of the dyad are so good in terms of richness and fidelity of information there is already a tug of war between the intelligence community and the operators.

In an era of distributed lethality or distributed operations in the extended battlespace, the decision makers in the fleet, need the information to inform time-constrained decisions.

The fleet commanders need to make timely decisions; the intelligence community wishes to collect information, first, and inform decision makers later. This structural division will simply not work in the era of distributed decision-making and distributed lethality.

The information-decision cycle has to change to adapt to the technology.

“We need an effective cross-domain solution.

The huge divide between intelligence and operations has to be closed.”

Their experience is suggestive that there is a broader need for a very robust discussion on real time actionable intelligence information.

US National Command Authority enforcement of Rules of Engagement (ROE) has had a “good and other” progression over time. The “good” is thoughtful ROEs can save lives from fratricide and friendly fire while still allowing direct and indirect fires to destroy the enemy.

The “other” is what we have quipped is the new  OODA loop, an OO-L-DA loop in which  L stands lag time in combat tempo for Legal review. But after Navy Jax we came away with concern for what yet again is a roles and mission discussion on the flow of strategic and tactical “Intelligence ROE”

If not addressed and debated early, a template of actionable intelligence information going directly into IC NRO/NSA/NGO and upper echelon  commands to be analyzed and disseminated may inhibit combat effectiveness and the decisiveness need to prevail in the contested and extended battlespace.

Time sensitive intel is critical  at lower level direct action combat commanders from  the Squadron pilots,  CAG and Strike Group Commanders. The ROE in the traditional IC formula of “up and out” may not be in harmony with ever evolving speed of light sensor shooter  technological advances.

A very specific example highlights this challenge.

Captain Bill Buckey, a Marine F/A-18 fighter pilot flying combat in the Desert Storm Air Campaign described the issue of IC ROE.  He was with VMFA-451 flying strike missions out of Shaikh Isa Airbase in Bahrain. Through the bad luck of timing, the Marines just prior to Desert Shield/Desert Storm had decommissioned VMFP-3, their RF-4 Photo Recce Squadron.

However, the Reno Air Guard F-4 photo recce squadron was stationed on the same base. The ANG mission flying with the great combat quote “unarmed and unafraid,” captured mission pictures that had both tactical and strategic significance. They were not given directly to the Marines but went up the chain-of-command to Riyadh–never to return.  Fortunately in great ANG tradition the Squadron CO said “screw this” and handed their ever current pictures directly to the Marine Fighter Squadrons of Marine Aircraft Group-11. This combat reality, thankfully at the same base, was tactically significant in both aircrew survivability and Battle Damage Awareness.

But this is not how you want things to work.

We need a shift in how intelligence goes directly to the warfighter and they make decisions in a timely manner.

The CNO has recently decided to accelerate the Triton capabilities from the baseline radar enabled Triton to the multi-SIGINT version. So IC/Combat operators ROE needs attention.

“The first two Tritons will be the baseline birds (with radar for surface coverage) and the rest will roll out as SIGINT enabled birds the sorting out of appropriate Intel sharing is now evident.

Additionally, the Triton like the Poseidon is software enabled which means that it will undergo ongoing block upgrades which will evolve its capability to the evolving threats as well.

With Northrop Grumman as the key designer and software enabler of the Triton, Northrop’s key role in the F-35 combat systems will be synergistic with the P-8/Triton dyad as well.

“The radar on the Triton is the grandson of the F-35 radar and benefits from the common radar enterprise.”

As a software enabled bird, and one operated from shore, “anything software touched enters the training system rapidly. We have to update the instructors but for the students they are just using the software and not focused on which block they are using.”

It is clearly a different age; with the technology designed for the younger generation to enable the fleet to fight in the 21st century extended battlespace.

Editor’s Note: Our colleague Todd Miller earlier this year visited the Triton Program at Pax River earlier this year and got an update on the program.

https://sldinfo.com/us-navy-mq-4c-triton-makes-persistent-progress-towards-deployment/

Born out of the Broad Area Maritime Surveillance (BAMS) program, the MQ-4C Triton is a derivative of the RQ-4 Global Hawk featuring significant modifications to the airframe, systems and sensors. It is an extremely capable platform, so capable that many debates have arisen about the possibilities of the Global Hawk replacing the venerable U-2 altogether. 

Given the MQ-4C is more capable than the Global Hawk in a number of areas – flight parameters, sensors, and communication, it surely provides exceptional capability.

The US Navy’s duo of P-8A Poseidon & MQ-4C Triton are replacing the P-3C Orion’s and are integral to the Navy’s Maritime Patrol and Reconnaissance Force (MPRF) and broader Intelligence, Surveillance and Reconnaissance (ISR) strategy. 

The MQ-4C Triton unmanned aircraft system completes its inaugural cross-country ferry flight at Naval Air Station Patuxent River, Md. Triton took off from the Northrop Grumman Palmdale, Calif., facility Sept. 17. (U.S. Navy photo by Erik Hildebrandt/Released)
The MQ-4C Triton unmanned aircraft system completes its inaugural cross-country ferry flight at Naval Air Station Patuxent River, Md. Triton took off from the Northrop Grumman Palmdale, Calif., facility Sept. 17. (U.S. Navy photo by Erik Hildebrandt/Released)

The Triton will provide a superior picture of what is happening above the surface, enabling the Poseidon to focus on what is below the surface. 

While the Triton itself may be referenced as an unmanned aerial vehicle (UAV), the program is more accurately referenced as an unmanned aerial system (UAS), a combination of UAV, Flight control and payload operators stationed at a MOB.

The Triton will support a broad mission set including maritime ISR patrol, signals intelligence, search and rescue and communications relay. 

The US Navy currently intends to buy 68 aircraft to ensure adequate global coverage capability. And with the Triton as part of the “family of systems” ISR/C2 co-deployed capability with the P-8, the focus is the shaping of a common team and analytical capability to support the deployed warfighter. 

Given the UAS altitude, endurance and sensors, Program Manager Burke sums up the capability as “persistent, real time coverage across the designated maritime environment. All assets (MOB, Carriers, P8A Poseidon’s, National Intelligence Center etc.) tied into the feed can see what is in that space, and where it is going in real time.”

Miller explained in his article how the US Navy was looking to the deployment of Triton beginning in 2018.

The US Navy has carefully considered the deployment of the UAS. Throughout the services the use of UAVs has often resulted in air vehicle operators (AVO) or pilots in one location, with payload operators and Intel personnel in another location.

Very focused on the tactical utility of the system with direct feed to Carriers, Expeditionary Strike Groups, P8A, the Watch Centers etc. the US Navy determined to pull all personnel into a single control station, where they would function as if they were on an aircraft themselves. 

Within that context Program Manager Burke identified the 3 components of the UAS. 

  • Aircraft with sensors (UAV)
  • Main Operating Base (MOB)
  • Forward Operating Base (FOB). 

MQ-4C Triton Squadrons are based around 5 circles of global orbit and will be based at NAS Jacksonville and NAS Whidbey Island with the following structure: 

MOB

Each MOB contains 2 Main Control Stations (MCS) that function independently and simultaneously. The MCS is configured as if the crew were on an aircraft, with Tactical/Mission coordinators, AVOs (3 stations so inbound, outbound and on station UAVs can be operated) and payload operators clustered together.

The pictures in the slideshow are credited to Navair and to Todd Miller.  

The Triton on the ground were shot by Todd Miller and the Triton in the air is credited to Navair.

The Australians are engaged from the ground up with the US Navy in the Triton program as is the UK.

And they are learning first hand the evolving US Navy approach.

The Australians are concerned that when they add a new platform like the Triton, that they can position themselves for maximum effective use of the asset for an integrated force in the battlespace.

The P-8 Down Under. March 2016. Credit: US Navy
The P-8 Down Under. March 2016. Credit: US Navy

This means that one priority is to shape a workforce which can handle data, and to support the deployed forces.

In the Defence Integrated Investment Program recently published by the Australian Ministry of Defence, they underscore this point as follows:

Workforce reshaping and growth in this capability stream will support: collecting and analysing intelligence, with a particular focus on strengthening intelligence capabilities in support of deployed forces (for example to support increased use of unmanned systems)

  • Improving support to counter-terrorism operations
  • Enhancing geospatial systems analysis and support, including information and communications technology systems, and strengthened collection and assessment capabilities
  • Processing, exploiting and disseminating the large volumes of data that will be generated by sophisticated platforms – such as the P-8A Poseidon maritime surveillance and response aircraft, unmanned intelligence, surveillance, and reconnaissance systems (including Triton), F-35A Lightning II Joint Strike Fighter, E/A-18G Growler, Hobart Class Air Warfare Destroyer, future frigates and future submarines
  • Generating intelligence and mission data for pre-programming advanced platforms
  • Enhancing cyber capabilities
  • Developing further space command, control, communications, computer and intelligence systems and space surveillance sensors, including ground support functions
  • Improving electronic warfare planning and coordination, and spectrum management
  • Enhancing our ability to develop electronic warfare countermeasures to protect ADF systems
  • Enhancing situational awareness across all domains and environments (page 30).

According to a story by the VP-16 PAO published on March 16, 2016:

Two U.S. Navy maritime patrol squadrons were assigned the unique privilege of working with the Royal Australian Air Force (RAAF) in the joint exercise Australian Fleet Concentration Period West 16-2.  

The exercise consisted of Australian and U.S. military assets working together in a coordinated anti-submarine warfare scenario with an Australian submarine acting as the opposition beneath the Indian Ocean. 

Jacksonville-based Patrol Squadron (VP)-16 and Whidbey Island, Wash. based Patrol Squadron (VP)-46 flew multiple missions out of RAAF Base Pearce, located just north of the Western Australian capital city, Perth. 

The exercise focused on bringing allied maritime forces together in order to maintain proficiency and learn varied tactics from each other.

The VP-46 “Grey Knights” fly the venerable Lockheed P-3C Orion, the same basic aircraft the RAAF utilizes to assert maritime dominance around its country’s ocean borders. 

Unique to the exercise was the Boeing P-8A Poseidon, flown by the VP-16 “War Eagles,” that was selected as the replacement to the aging RAAF AP-3C Orion in 2014. The RAAF is expecting its first delivery in early 2017.

Australian Air Force and Naval personnel had the opportunity to fly with both U.S. squadrons during the exercise. Flight Lt. Grant Targett, a RAAF AP-3C pilot, commented, “It was fantastic to see the P-8A in action.

The P-8A is operated quite differently than the AP-3C.

The technologically advanced design of the P-8A allows for more efficient operations. I’m looking forward to starting P-8A conversion in Jacksonville.” 

Targett is one of the Australian Air Force pilots who are being sent to Patrol Squadron (VP)-30 at NAS Jacksonville, to be trained and qualified by the U.S. Navy to facilitate Australia’s transition from AP-3C to the P-8A. 

Pilots and aircrew weren’t the only guests aboard the flights: the Grey Knights and War Eagles flew submariners from the Royal Australian Naval Submarine Service, giving both the U.S aircrews and allied submariners a chance to share information and tactical relevance.

VP-46 Patrol Plane Commander Lt. Nicholas Duckworth commented, “The chance to interact with the Royal Australian Air Force and Navy provided a valuable training opportunity and allowed us to expand the interoperability with our allies in the region.” 

The exercise was a huge success, bringing U.S. and Australian military assets together on the maritime battlefield. The Grey Knights of VP-46 and War Eagles of VP-16 thank the RAAF for its gracious hosting and planning of AUS FCP West 16-2.

India Signs Hague Code of Conduct on the Way Into Missile Technology Control Regime

06/03/2016

2016-06-03 By Nilova Roychaudhury

Special to India Strategic

New Delhi. India has joined the Hague Code of Conduct (HCOC) against ballistic missile proliferation becoming the 138th country to sign it.

The HCOC is intended to supplement the Missile Technology Control Regime (MTCR), and for India, this is a step forward towards its acceptance in this Regime.

Vikas Swarup, spokesman of the Indian Ministry of External Affairs, said in reply to a question from this writer June 2 that India is likely to be accepted into the MTCR “very soon,” and that all “procedures” were “well on track.”

India had officially applied in June 2015 to join the MTCR, three years after it expressed intent to join the very same denial regimes that were set up by Washington against New Delhi following its 1974 and 1998 nuclear tests.

The HCOC does not call for the destruction of any missiles. It is simply an agreement between States on how they should “conduct” their trade in missiles. It is not legally binding, and its membership is open to all the countries in the world.

The 15th representative meeting of HCOC member states is being held on June 2 and 3 in France, where India’s signatures on the Code have been acknowledged. An Indian representative appended the signatures at HCOC’s headquarters in Vienna June 1.

The HCOC was formally brought into effect on November 25, 2002, at a launching conference hosted by the Netherlands in The Hague. The US participated in the conference, and is one of 93 original subscribing states to the HCOC, formerly known as the International Code of Conduct against ballistic missile proliferation. As of July 2014, 137 countries have subscribed to the HCOC. India is the 138th member now.

Notably, shortly after the Indian announcement, the State Department in Washington DC issued a statement welcoming the Indian step, pointing out that “India’s subscription reinforces its support for international missile nonproliferation and will help increase transparency and strengthen security.”

The statement noted: The HCOC is a voluntary mechanism that has built a broad international predisposition against ballistic missile proliferation and promotes transparency and confidence building, including through the Subscribing States’ commitment to submit pre-launch notifications and annual declarations of their relevant policies.

The HCOC is aimed at bolstering efforts to curb ballistic missile proliferation worldwide and to further delegitimise such proliferation.

The HCOC consists of a set of general principles, modest commitments, and limited confidence-building measures. It is intended to supplement, not supplant, the Missile Technology Control Regime (MTCR), and is administered collectively by all subscribing states.

The HCOC is the result of international efforts to regulate access to ballistic missiles which can potentially deliver Weapons of Mass Destruction (WMDs). The HCOC is the only multilateral code in the area of disarmament, which has been adopted over the last years. It is the only normative instrument to verify the spread of ballistic missiles. The HCOC does not ban ballistic missiles, but it does call for restraint in their production, testing, and export.

India has an impressive track record in non-proliferation of nuclear and missile technologies, even though it has not signed any of the denial regimes. Thanks to this, the US, France and many other countries are supporting its bid to enter the MTCR, Nuclear Suppliers Group (NSG) and two other regimes, the Australia Group (AG) and Wassenaar Arrangement (WA).

This article has been republished with the permission of our partner India Strategic

Editor’s Note: Indian membership in the MTCR is important in part to allow for Indian imports of armed UAVs.

MTCR controls exports of goods and technologies for rockets and unmanned aerial vehicles (UAVs) capable of delivering a payload of at least 500 kg to a range of at least 300 km, and on equipment, software, and technology for such systems. Being a non-signatory to MTCR means that the US or any other MTCR member country cannot export a modern armed UAV to India. –

Last year, Italy vetoed India’s entrance into the MTCR but recently India took actions relieve Italian concerns.

As Sushant Singh noted in an article published in The Indian Express on May 27, 2016:

The Supreme Court on Thursday allowed Italian marine Salvatore Girone to return to his country after the central government supported his plea on “humanitarian grounds”.

This is quite a turn-around from the BJP as it had strongly opposed the release of Girone and the other Italian marine, Massimiliano Latorre accused of killing two fishermen from Kerala in 2012.

While the official reason proffered is “on humanitarian grounds”, the underlying reason has more to do with Italy’s blocking of India’s entry into the Missile Technology Control Regime (MTCR).

In October last year, Italy had vetoed India’s application to join the 34-member missile and UAV technology control committee, despite the United States supporting India’s case. Decisions to admit new members to MTCR must be approved unanimously, which allowed Italy to block India’s entry.

Even though the issue of Italian marines was never raised, diplomatic sources had confirmed that it was the sub-text of the Italian veto.

http://indianexpress.com/article/india/india-news-india/how-is-release-of-italian-marine-linked-to-indias-quest-for-armed-drones-2821320/

 

 

DoD, NSA and Dependency on Foreign Microelectronics

2016-06-03 By Richard McCormack

Washington legislators have re-awakened to concerns over the Defense Department’s inability to plan for and deal with what is now the final stage in the shift of American microelectronics production offshore.

Congress wants the Pentagon to figure out how it is going to deal with issues associated with purchasing “trusted” electronics for military weapons and national security surveillance systems from foreign and foreign-owned producers.

Within the National Defense Authorization Act for 2017 (HR-4909), which passed in the House of Representatives on May 18, Congress directs the federal government to figure out how it can buy “trusted” semiconductors from foreign producers, now that the ownership of its most important source of leading-edge microelectronics has been sold by IBM to a foreign company.

The House Armed Services Committee report accompanying the authorization bill (Report 114-537) states that Congress “remains concerned with the Department of Defense’s ability to ensure access to cutting-edge microelectronics with the requisite level of verifiable trust incorporated” into those semiconductors and circuits.

Since 2004, under a 10-year contract that was valued initially at more than $600 million, IBM provided DOD and the National Security Agency with output from its “Trusted Foundry” fabs in East Fishkill, N.Y., and Burlington, Vt. IBM produced small runs of specialized chips that could be used with confidence throughout the military and national security complex. But last July, IBM finalized sale of its semiconductor business to Global Foundries, a company owned by the Emirates of Abu Dhabi. Included in the transaction was IBM’s federally supported Trusted Foundry.

Within the 2017 authorization bill, there is $69 million for the Trusted Foundry. DOD and the Defense Security Service have renewed the Trusted Foundry contract after they were assured that Global Foundries “could obtain the appropriate accreditations to be a DOD Trusted Supplier following the [IBM] transition,” DOD officials told the Armed Services Committee. But DOD’s continued access to secure chips provided by the former IBM facility “is uncertain,” added Marie Mak, director of acquisition and sourcing management at the Government Accountability Office. “There are no near-term alternatives to the foundry services formerly provided by IBM.”

DOD’s reliance on a single-source of supply for sensitive microchips could soon end, “yet there is no sense of urgency,” says a congressional aide. “We are trying to push DOD to consider its options.”

The language in the DOD authorization bill mirrors those remarks: “Due to market trends, supply chain globalization and manufacturing costs, the Department’s future access to U.S.-based microelectronics sources is uncertain,” says the House Armed Services Report. “As such, the Department is considering various potential approaches that would allow it to access commercial, non-trusted sources in the global microelectronics marketplace, while still ensuring trust.”

Congress isn’t sure the Pentagon knows what it’s getting into.

Having lost its last U.S.-owned source of trusted semiconductors and with the “dwindling number of domestic microelectronics manufacturers on which the Department can rely, the [Armed Services Committee] believes that there should be a better understanding of what trust capabilities exist and are in use by the commercial marketplace,” says the NDAA.

DOD was warned of this potential outcome more than a decade ago. The Defense Science Board Task Force on High Performance Microchip Supply in 2005 outlined the potential consequences of “a profound restructuring” of the electronics industry caused by offshore outsourcing, the rise of increasingly competitive government-subsidized foreign producers and substantial declines in federal support for basic R&D. The Defense Department did not adopt DSB’s recommendations and now the fail-safe point described in that report has been reached.

The result is congressionally mandated studies by DOD and the Comptroller General of the United States focused on how the government can evaluate and emulate how companies in the private sector assure the purchase of foreign-produced trusted microelectronics semiconductors and components “and prevent malicious content in devices,” according to the authorization bill. The studies will address how DOD can leverage commercial microelectronics purchasing practices and will answer this question: “What are the challenges associated with implementing these practices for defense systems?”

It is unclear how DOD can oversee or regulate production of sensitive chips without issuing security clearances or requiring that chips and systems be produced by U.S. citizens.

Can U.S. military and national security contractors share designs and intellectual property with foreign-owned producers?

Will foreign companies agree to make small runs of complex mil-spec chips intended for use in sensitive U.S. military and national security surveillance systems that could be used against their own countries?

In a hearing before the House Armed Services Committee last October, three government officials testified that there are only four major companies left in the world making advanced semiconductors: TSMC of Taiwan; Global Foundries, owned by the UAE; Korea-based Samsung; and Intel Corp., which does not make national-security-specific chips and recently announced plans to lay off 12,000 workers (having misjudged growth of the mobile market).

With the loss of so much of the U.S. electronics industry and the sale of IBM’s Trusted Foundry, DOD “sees this as a significant risk to assured supply of the most advanced microelectronics for defense systems and platforms that must remain technologically superior to our adversaries,” noted the joint statement of Andre Grudger, acting deputy assistant secretary of defense for Manufacturing and Industrial Base Policy; Kristen Baldwin, principal deputy assistant secretary of defense for Systems Engineering; and Brett Hamilton, chief engineer for trusted microelectronics at the Navy Surface Warfare Center Crane Division. “Consolidation in the microelectronics industry has raised DOD concerns for assured supply for national security missions.

In the past 15 months alone [through October 2015], 21 mergers and acquisitions worth over $51 billion are pending or have been completed, including two of the top 10 largest U.S. semiconductors firms.”

More recently, China’s announcement of a $200-billion investment in semiconductor technology, in a “go-it-alone” strategy to become self sufficient in the technology, is raising additional concerns, which the federal government will soon be addressing separately.

(The semiconductor industry R&D consortium Sematech closed its doors last year.)

“China’s recent significant investment in the [U.S.] microelectronics industry is an example of foreign transactions that DOD is actively monitoring from a technology and market share perspective,” the three government officials testified.

The three DOD officials also disclosed that one of the reasons for the Obama administration’s push for the creation of the National Network for Manufacturing Innovation (NNMI) is to assure supply of electronics for the U.S. military. The NNMI “can enable the DOD Trusted Defense Systems Strategy by supporting flexible hybrid electronics and integrated photonics manufacturing institutes, which deliver new manufacturing capabilities in electronics,” said the government officials.

In February, 2005, The DSB’s Task Force on High Performance Microchip Supply, concluded that DOD had “no overall vision of its future microelectronics components needs and how to deal with them. Technology and supply problems are addressed as they arise. An overall vision would enable the Department to develop approaches to meeting its needs before each individual supply sources becomes an emergency.”

DOD never addressed those options “as urgent issues,” said GAO’s Mak. “[B]y relying on a sole source supplier for leading-edge microelectronics, DOD now faces some difficult decisions with potentially significant cost and schedule impacts to programs that rely on these technologies as well as national security implications.”

The NDAA also calls on the Secretary of Defense “to develop and implement a strategy for developing and acquiring trusted microelectronics from various sources by 2020.” That strategy must be submitted to the congressional defense committees a year after passage of the 2017 Defense authorization bill. “The Secretary of Defense would also be required to certify by September 30, 2020, that the Department has implemented the recommendations of the strategy and has created an assured means of accessing sufficient supply of trusted microelectronics.”

DOD is also directed to “consider utilizing” funding from Title III of the Defense Production Act and the National Security Space Industrial and Supply Base Risk Mitigation Program (NSS-ISB) for projects that “ensure the availability of domestic production capabilities. . . for strategic-hardened and trusted microelectronics.”

According to the NDAA, the Secretary of Defense is required to brief the Committees on Armed Services in the Senate and the House of Representatives by September 1, 2016, with “information on the Secretary’s plans to ensure a continued domestic source of strategic-hardened trusted microelectronics and the Secretary’s views on using DPA Title III and the NSS-ISB for such purposes.”

This article was republished with the permission of our partner Manufacturing News.

Visiting the Integrated Training Center at Navy Jax: Shaping the Way Ahead for the New Navy Combat Team Operating P-8s and Triton

06/02/2016

2016-05-29 By Ed Timperlake and Robbin Laird

The great historian Max Hastings in a seminal book about all the fighting forces of World War II said that after some very nasty set backs early in the war, the US and Royal Navies emerged as the most effective fighting forces in the war.

http://www.nytimes.com/2011/11/20/books/review/inferno-the-world-at-war-1939-1945-by-max-hastings-book-review.html?_r=0

We have often spoken of the US Navy’s combat operational goal in WW II of creating a Big Blue Blanket over the Pacific via a vast deployed fleet.

This now evolved into a “Big Blue ‘Tron’ Blanket.

https://sldinfo.com/wp-content/uploads/2014/11/21st-Century-Approach-to-Tron-Warfare.pdf

But what also can never be forgotten is the other war winning combat approach; the USN and RN Hunter-Killer teams of air and surface platforms working in harmony to win “The Battle of The Atlantic.”

In today’s 21s Century military world add in nuc attack subs, satellites and “remotes” and todays “Big Blue ‘Tron’ Blanket” and “Hunter-Killer Teams” now become global scalable “Kill Webs.”

When we visited at the end of March this year Admiral Gortney, NORTHCOM Commander and a proven fighting Carrier Admiral, he focused on the challenge of dealing with the threats at the 10 and 2 O’clock to North America.

He highlighted as well the centrality of shaping integrated air and maritime capabilities to deal with the threat and suggested that NORAD migrate from a pure air to an integrated air and sea command to deal with the 21st century challenges facing his command.

https://sldinfo.com/north-american-defense-and-the-evolving-strategic-environment-admiral-gortney-focuses-on-the-need-to-defend-north-america-at-the-ten-and-two-oclock-positions/

http://breakingdefense.com/2016/04/northcom-defending-north-america-at-ten-and-two-oclock/

This is a notional rendering of the 10 and 2 O'Clock challenge. It is credited to Second Line of Defense and not in any way an official rendering by any agency of the US government. It is meant for illustration purposes only.
This is a notional rendering of the 10 and 2 O’Clock challenge. It is credited to Second Line of Defense and not in any way an official rendering by any agency of the US government. It is meant for illustration purposes only.

When we visited Navy Jax, we were able to talk with those creating an effective response to the challenges highlighted by Admiral Gortney, namely the P-8/Triton community.

These maritime war fighting assets are key elements in the evolving approach to crate effective “kill webs” to address a very real and growing threat to North America.

And an important asset in shaping this way ahead is provided by the Maritime Patrol and Reconnaissance Weapons School (MPRWS) located in the Integrated Training Center.

In effect, this is where the Weapons and Tactics Instructors are being trained and shaped to win the tron wars being fought at 10 and 2 O’clock.

The training and successful use of all technology is ongoing a ensure that air-maritime force has both timely information, appropriate weapon technology and the appropriate level of decision con-ops it needs to deal with evolving threats.

We had a chance to interview Lt. Commander “KC” Campbell, the Weapons and Tactics Department Head, during our visit to the ITC.

http://www.navy.mil/submit/display.asp?story_id=52596

http://www.navy.mil/submit/display.asp?story_id=77993

Obviously, the major challenge facing the ITC is implementing the transition from P-3 to P-8/Triton.

Half of the squadrons have transitioned but that leaves another half to go.

But Lt. Commander Campbell is not taking his eye off of the ball of shaping a transformation approach as the new capability comes into the fleet.

He emphasized that the capability was new and there was a need to shape new tactics for the new capability.

He fully recognized the dynamic iterative nature of his mission.

For example, the P-3 flew to an area of interest and then went on station.

“With the P-8 when we take off we are already in the area of interest.

We already have a tactical picture from the Mobile Tactical Operations Center and we are already working within and on the common operating picture.

This is a change in capability; and needs a change in approach.”

The new capability especially as the USN-USMC team works towards enhanced capabilities in the extended battlespace requires shaping new techniques, new tactics and changing the mental furniture of the entire warfighting community.

To do this, Navy Jax deploys personnel from Jax to the fleet to interactively reshape thinking.

“I have a team of about 25 junior officers who spread out from Jax to the fleet and shape training nodes.

They make sure common tactics are implemented and standardized across the fleet.”

And in the process, of course, the fleet interacts with the P-8/Triton community to reshape concepts of operations going forward.

“There are cross-functional teams throughout the fleet which are working the evolution of tactics.”

Fallon Air Station is one key piece of the training effort where Jax sends instructors.

“In effect, a university structure is emerging at Fallon to look to integrate the new technologies, platforms and approaches in the shaping and application of new tactics.”

P-8 has been to Red Flag and is starting its migration into the joint and combined world as well.

And twice a year there is a weapons and tactics course.

Of course, there is always feedback on the effectiveness of tactics, techniques, and Procedures (TTPs) from the Fleet and then assure that operational improvements are standardized and then go back out to the squadrons.

In effect, the P-8/Triton team is shaping a common approach or “theory” of ISR and C2 applied to the extended battlespace; and the two platforms are the applications of the theory.

In short, the USN is positioning itself for an innovative way ahead that is neither “manned or unmanned” but synergistically working through how new systems can work with one another to deliver the desired outcome or effect in the battlespace, notably in the ISR, C2 and anti-submarine domains.

Editor’s Note: The P-8s are deploying and learning with the Fleet as Lt. Commander Campbell has described.

One example of this deployment and learning cycle was with the Truman battle group last fall.

According to an article by the VP-5 PAO published 10/14/15 in the Jax Air News:

As September drew to a close; so did the Harry S. Truman Composite Training Unit Exercise (COMPTUEX). During the exercise, the “Mad Foxes” of VP-5 and “Fighting Tigers” of VP-8 provided real time support for anti-submarine warfare (ASW), anti-surface warfare (ASuW), and maritime Intelligence Surveillance and Reconnaissance (ISR) to the Carrier Strike Group (CSG) 8. 

Patrol Squadron (VP) 5 Commanding Officer Cmdr. Alan D’Jock, stated, “I could not be more proud of the VP-5, VP-8, and Mobile Tactical Operations Center (MTOC-3) “Mad Tiger” team.  We look forward to deploying with the Fighting Tigers and continuing our relationship throughout the remainder of our home cycle and next year’s deployment.”

P-8 in Truman Exercise

The VP-5 and VP-8 Mad Tiger team was well prepared for the uncertainties of such a dynamic environment.  A contributing factor to the success of the exercise was due to the VP liaison officers (LNOs) aboard Harry S. Truman.

These individuals were led by Cmdr. Alan Miller, executive officer of VP-10 and provided enhanced communication between CSG8 and the maritime patrol reconnaissance aircraft. Each crew was able to adapt to and overcome potential problems that may arise such as formidable weather or simulated hostile contacts.

“The experience that VP-5 and VP-8 garnered from COMPTUEX is invaluable. What our aircrews saw on station is very difficult to duplicate in a simulated training environment,” remarked D’Jock.

VP-5 and VP-8 provided 532.8 flight hours from 73 events to the exercise. The squadron’s participation was a valuable asset to both the surface forces, as well as to the aircrews in the aircraft.

AWO3 Dymer, an electronics warfare officer with VP-5, said, “Being a part of the exercise was physically and mentally demanding but also taught some of the most senior crews lessons and tips for real world scenarios. It opened the eyes of many new sailors by showing the massive coordination required to accomplish many jobs.”

With this exercise complete, Oct. 2, VP-5 and VP-8 continued their training for a successful deployment next year.  The Mad Foxes of VP-5 and Fighting Tigers of VP-8 will continue training, and participating in exercises abroad as well as at home.

And as Lt. Commander Campbell noted, the P-8s have started their joint learning engagements in Red Flag.

The slideshow above highlights the Pelicans engagement in Red Flag earlier this year.

In an article published March 30, 2016 and written by the PAO of VP-45 and published in the Jax Air News, the first deployment to Red Flag was described:

Members of Patrol Squadron (VP) 45 participated in Red Flag 16-1 at Nellis Air Force Base (AFB), Nev., Jan. 25through Feb.12, with the Navy’s newest maritime patrol aircraft, the P-8A Poseidon.

As part of the squadron’s Fleet Response Training Plan home cycle, Red Flag is an exercise held periodically at Nellis AFB since 1975. The exercise provides pilots, aircrews and support personnel from the U.S. and allied countries the opportunity to practice their skills in a simulated combat environment.

“These scenarios largely involved the P-8 performing advanced intelligence, surveillance and reconnaissance (ISR) missions and preparing the battlespace with timely and accurate information on threats to multiple platforms,” said Lt. Cmdr. Annie Gilson, a naval flight officer with VP-45.

“These platforms were able to use this information to neutralize targets more efficiently and effectively in a highly dynamic environment.”  

Those in attendance of this year’s Red Flag exercise were members from the U.S. Air Force, U.S. Navy, Royal Australian Air Force and United Kingdom Royal Air Force.

“Working with the foreign militaries provided a better understanding of what they do,” said AWO2 Irma Sanchez, acoustic operator with VP-45. “Getting an opportunity to work with these militaries was a real eye opener into the bigger picture.”

“As a squadron, I feel that we did really well,” said Sanchez. “For our first Red Flag exercise as a P-8 squadron, I felt that we exceeded the standards that were set for us.”

Participants said one of the reasons VP-45 had such a successful exercise was because of their ability to work as a team.

“During Red Flag, our communication and capability to work together was very important,” said AWO2 Mathew Pereida, a VP-45 electronic warfare operator. “Working together as a team led to successful takeoff times, mission completeness, and overall coordinated operations effectiveness.”

Overall, members of VP-45 felt Red Flag has prepared them for the future.

“Red Flag does a great job of detecting and resolving squadron and aircraft deficiencies and how we can improve,” said AWO2 Jason Foor, “It really showed us what level we are operating at and where we can be in the future.”

For the USMC approach to Tron Warfare in the distributed battlespace, see the following:

https://sldinfo.com/ea-6b-prowlers-in-final-four-flight/

https://sldinfo.com/visiting-2nd-marine-air-wing-the-role-of-electronic-warfare-and-vmaq-3/

https://sldinfo.com/the-deputy-commandant-of-aviation-down-under-plan-jericho-marine-corps-style/

 

 

 

 

 

 

Typhoons Busy Dealing with Russian Air Force

05/31/2016

2016-05-31 RAF Lossiemouth is a Quick Reaction base and supports the Baltic Air Policing Mission as well.

This ensures that Typhoon pilots and crews are getting used to dealing with the Russian Air Force.

According to David Mackay of The Press and Journal in a piece published May 31, 2016, Lossie crews have scrambled six times in nine days to intercept Russian aircraft.

RAF Lossiemouth fighter pilots were scrambled six times in just over a week while keeping a watching brief on the Russians.

The Typhoon crews intercepted 17 planes in nine days earlier this month during a busy start to their peacekeeping mission in Estonia.

The Moray jets from II Squadron have been called to shadow eight Sukhoi fighters as well as spy planes and military transports.

Yesterday a former RAF Kinloss serviceman described the mission as essential to keep Vladimir Putin “in his place”.

He said: “The crews will have been briefed before they went out on what to expect and will know how busy they will be kept.

“Going from the pictures of what’s been going on, the Russians are just getting in the way, creating a nuisance and causing mischief. They’re just making sure we’re still there, basically.

“When they fly in our airspace they run without any air-navs, so the air traffic control doesn’t know what it is, so a Typhoon has to go up there and fly alongside. That’s exactly what they’ll be doing in Estonia.”

Crews are ready 24 hours a day to investigate unidentified aircraft in international airspace along Estonia’s northern coast and border with Russia.

The Baltic state does not have any planes to run the missions itself so relies on Nato nations to carry them out.

The former RAF serviceman said: “It’s absolutely imperative that Nato is there. What we don’t want to happen is the same thing as Crimea in Ukraine.

“We need to make sure that Putin knows we are there protecting Estonia and the other Baltic states.”

The slideshow highlights Typhoons operating at Lossiemouth and are credited to the RAF.

 

EART 2016: Enhancing European Capabilities

05/30/2016

2016-06-03 An important achievement in European military cooperation has been the European Air Transport Command.

According to the European Air Transport Command (EATC) website:

On 1st September 2010 a new chapter in the book of European Security and Defence Policy (ESDP) was opened, as the EATC was inaugurated in Eindhoven, the Netherlands.

The establishment of this new multinational command represents a significant step on the way to pooling and sharing national military assets and truly marks an unprecedented level of European defence cooperation.

The Netherlands, Belgium, France and Germany have put major parts of their air transport- and air to air refuelling fleets under the operational control (OPCON) of the EATC. On 22 November 2012 Luxembourg officially joined the EATC, Spain followed on 03 July 2014, finally Italy on 04 December 2014.

Now the missions of almost 200 aircraft are planned, tasked and controlled out of Eindhoven.

In addition to that the EATC runs a nationally defined level of responsibility for aircrew training, coordination of training and exercise objectives as well as the harmonization of appropriate air transport regulations of the participating nations.

The overall objective is to manage the scarce resource air transport as effectively and efficiently as possible.

EATC Factsheet

The latest EART exercise (EART 2016) was run to test procedures and approaches to supporting common missions.

The third European Air Refuelling Training (EART) has been launched at Eindhoven Airbase on 10 April 2016. Initiated within the European Defence Agency’s air refuelling initiative, this successful and effective training is run by EATC and hosted by the Netherlands.

 EART is the only multinational air refuelling training for air crews and engineers, enabling them to become familiar with scenarios they’re not regularly exposed to. It is organised on a yearly basis since 2014 and in combination with the Dutch Frisian Flag fighter exercise.

Four different tankers from The Netherlands, France, Germany and Italy together with their air and ground crews will participate in the 2016 EART edition. The United States are participating with a team of observer (without assets) in the training.

Over the past years EATC has further developed and refined the EART training concept. The main objective is to train tankers crews in multinational and complex air operations.

Then EART also aims at providing specific training out of the range of the participants’ national daily training: academics, mentors, air refuelling operators, crews, planners,taskers, engineers, etc… are training together for two weeks, cooperating in a multinational environment, building up interoperability with their counterparts.

Major Domenico, pilot with the Italian Air Force, and Major Jerôme, navigator with the French Air Force, have participated in EART 2016.

Here are their impressions.

Major Domenico was the Italian detachment commander and mentor pilot for EART 2016 participating with a team of 29 persons including two flight crews and one maintenance team. The Italian tanker was a KC-767A.

“It is always interesting to take a look at what is happening just outside your world. Sharing news, future programs, projects, procedures and techniques is always the most interesting part in multinational exchanges.”

The priority for Major Domenico and his detachment was to verify whether the Italian air-to-air refuelling standards were in line with those of the other countries participating in the training.

Moreover during EART 2016, they had the opportunity to meet in person other operators that had the same or a similar role in the partner countries.

As for the challenges, the primary one was to perform and fly the mission up to the national standards in an environment which was not the homebase and where there was none or only limited support from the squadron.

“Basically, we are requested to replicate abroad the same level of expertise owned at home.“


Major Jerôme was integrated as a mentor into the French detachment. His tasks included to accompany crews of any nationality during their flights, to debrief after the flight and to help improving procedures. The French tanker was a C135 FR.


“The most important thing is the opportunity, thanks to EART, to exchange with other “tanker men”.

Major Jerôme had the opportunity to fly with Dutch crews in a KDC10. He considers this experience as a very exciting learning the different procedures of partner nations. The major challenge for the whole team was to perform dedicated training in an environment the crew is not used to. The most challenging scenario was “on-scene-commander” (OSC) for a simulated survivor.

Other challenges were accompanied let-down with fighters, tanker-tanker rendez-vous, radio communication procedures or the use of code words as an operator.

For Major Jerôme, EART 2016 confirmed the experience in working together and being efficient.

“We should be very proud the way we train.”

EART Factsheet

 Further information on EART 2016 was provided by Shervin Fonooni and Moharam Fonooni in an article published on May 27, 2016 on Aviation Photography Digest.

They interviewed Col. Jurgen van der Biezen, Head of the EATC Functional Division and Deputy Exercise Director of EART 2016.

Col. van der Biezen has more than 2200 flight hours in the F-16 with 3800 flight hours over all.

According to Col. Van der Biezen several objectives were achieved at the exercise:

  • Plan, brief, execute and debrief, Multinational Tanker Training and Tanker Operations in large-scale operational packages in a realistic scenarios;
  • Practice multinational mixed fighter operations in the OCA/DCA role against a robust airborne and ground based threat that will enhance tactical development and validatons:
  • Practice Tanker-Cell Operations and Tanker to Tanker RV procedures;
  • Train both aircrew and logistics in quick turnaround procedures and execution;
  • Practice large scale link-16 operations in multinational operations including ASWACs and CRCs;
  • Establish multinational relationships and lessons learned between NATO and non-NATO (PFP) Air Forces.

They also identified two additional objectives as well: the refueling of the first Dutch F-35s and the preparation for additional European MRTTs.

“The two F-35s will be flown to the Netherlands at the end of May and supported by the Dutch KDC-10s.

At the beginning of April, the KDC-10 underwent a certification program at Edwards AFB that will allow us to refuel the F-35 with the KDC-10.”

And the authors reported that “supported by OCCAR, the Netherlands, Norway, Poland and Luxembourg are negotiating with Airbus to purchase four A330 MRTT tankers.

These nations want to form the nucleus of a European fleet of tankers to which any European nation can be part of.

The Airbus tankers would operate from Eindhoven Airbase. Germany would join the four nations in 2017, while Belgium would do it for 2024….

The number of AAR assets under EATC command will increase too with the progressive introduction of the A400M. ”

Editor’s Note: An Update on the KDC-10 and the Dutch F-35s:

A Royal Netherlands Air Force KDC-10 from RNLAF 334 Squadron connects with a RNLAF F-35 Joint Strike Fighter over Edwards Air Force Base March 31.

The tanker and fifth-generation fighter took to the skies over Edwards and California to certify the KDC-10’s ability to conduct aerial refueling with the F-35.

It was the first time an F-35 refueled with the RNLAF tanker.

The first Dutch F-35 unit, 323 Test and Evaluation Squadron, is currently undertaking operational test and evaluation at Edwards as part of the Joint Operational Test Team.

4/7/16

http://www.edwards.af.mil/news/story.asp?id=123471989

And later:

A white Gulfstream jet carrying Netherlands Defense Minister Jeanine Hennis-Plasschaert joins up with two Dutch F-35As and a Royal Netherlands Air Force KDC-10 refueler May 23 on the final leg of a transatlantic trip that began at Edwards AFB, Calif.

Most of the Dutch component of the F-35 Joint Operational Test Team headed to their homeland where they will conduct test sorties and introduce their fifth-generation fighter to the Netherlands people, which falls in line with a promise made by Hennis-Plasschaert to bring the jets home for an up-close and personal viewing for the public.

The two Dutch F-35As took off from Edwards May 21 and landed at Naval Air Station Patuxent River in Maryland. After fueling up and running some checks, the jets launched over the Atlantic followed by two RNLAF KDC-10 aerial refuelers and a NATO C-17 carrying gear and spare parts. The planes landed at Leeuwarden Air Base in the Netherlands, which is one of two bases that will be home to the RNLAF’s F-35s when they arrive permanently in 2019.

The RNLAF plans to replace its legacy F-16A/B fleet with a minimum of 37 F-35s, split between two bases.

The deployment is expected to last three weeks, then the jets will return to Edwards to continue operational test and evaluation.

5/24/2016 – EDWARDS AIR FORCE BASE, Calif

http://www.edwards.af.mil/news/story.asp?id=123474244