2016-02-04 By Robbin Laird and Ed Timperlake

Our visit to the Pax River Integrated Test Force (ITF) concluded with an interview with two members of the British contingent of the ITF, along with a senior U.S. test engineer — which, in itself, was a demonstration of how the ITF works as the UK is an equal partner in an integrated team effort.

UK Pilots and engineers contribute to the overall roll out of capability for the F-35 program, as well as the U.S. contributing to a number of aspects of the UK F-35B roll out as well.

In addition to the obvious leveraging of cost efficient synergy, all F-35 pilots and test engineers being present at the source of engineering and flight test challenges avoids miscommunication and any lag time of important two-way information. It is a partnership wisely forged to deliver the best and safest aircraft for combat.

And, it is a harbinger of continued success for the concurrent development of the global F-35 combat enterprise.

What was striking about the day was the significant gap between the working reality of the dedicated professionals in the F-35 program, including test pilots putting their life on the line every flight, and the world only a few miles away inside the Beltway. At Pax, the F-35 is moving rapidly to becoming a 21^st century combat reality.

Many cubical commandoes have made a career using second order interlocking google searches that are essentially hypothetical opinion pieces with no actual research to comment on the F-35. The vast amount of ‘literature” discussing the plane has little or nothing to do with the reality at Pax and all the actual tactical flying going on at many military airfields where the F-35 fleet can be found.

It should be noted that the F-35 program is reaching the 50,000 flight hours threshold worldwide.

And in 2015, the Pax River ITF flew 628 flights, 994.4 flight hours, and performed 4,744 test points.

What has been missed is the success of this new approach and a revolutionary tactical aircraft with the best cockpit information fusion system in the world shaping the way ahead.

Key elements, now being realized, that were built into the program to drive effective capability evolution going forward have been simply ignored or disdainfully and ignorantly mocked in print.

The ITF at Pax is a case in point whereby the cross learning is significant; and the cross learning with Edwards — as well as squadrons elsewhere — a key driver in innovation.

The F-35 as it evolves its software, and its ability to shape a more integrated combat capability in the extended battlespace is about a 21^st century “no platform fights alone” capability; it is not about getting ever more proficient in yesterday’s tactics, and systems; it is about a generational leap.

The ITF at Pax understands this and is a key driver for such change.

The future is in good hands if the quality of the three members of the ITF interviewed about UK developments is any measure of the way ahead.

The first member of the discussion about UK engagement was with Gordon Stewart, UK MoD engineer, with significant Harrier experience and a key participant in recent ski jump testing.

The second member was Squadron Leader Andy “Gary” Edgell, RAF Test Pilot, who is an experienced Harrier pilot and extensively involved in the F-35B and F-35C testing process.

Sqdrn Ldr Andy Edgell

The third member was Tom Briggs, who was part of an earlier group of interviews, and is the F-35 Pax River ITF Air Vehicle Chief Test Engineer, who works closely with the Brits in shaping the capability that will fly to the UK in the form of the first IOC UK squadron in 2018.

Thomas Briggs

As we have noted earlier, the UK is shaping its first operational squadron in the US, which will then fly to the UK in 2018 in time for the Queen Elizabeth sea trials. At the same time, the UK is building out its UK infrastructure to move forward as a key element of what will eventually become a European F-35 air enterprise.

In blunt terms, this means that the UK will have its aircraft at least three years earlier than if relied simply on building its own infrastructure and then generating an operational squadron from that infrastructure. This is a factor, which is largely ignored by the critics of the program.

Question: How does the ITF work from a UK point of view?

Gordon Stewart: “Let me speak to my case.

I am employed by QinetiQ, but I am working here on behalf of the UK Ministry of Defence.

At the ITF, there around 900 people working here with the vast majority being U.S. Around 2/3s of the work force are contractors, and a third is government, and within that mix there are a number of UK nationals.

The UK is the only level one partner in the F-35 program, which means that we are more closely involved in the test phase of the program than other partners.

And, in my case, I work as a Flying Qualities (FQ) engineer on the 30-40 person FQ team as an integrated member.

As FQ engineers, we look at things like flight control laws and how the pilot interacts with those controls and what the aircraft feels like to fly in a wide range of conditions.

Where we do identify issues as we expand into new areas of the flight envelope, we work closely with the control law designers in Fort Worth to have those issues resolved.

We deal with the software that relates to flight controls, and those systems feeding data into the flight controls from the mission systems. Things like how the aircraft is going to get information from the ship as to where it is, what direction it is going, or how fast it is going.

There are pieces of that which feed into the flight controls to help with recovering the aircraft to the ship and making that whole process safer, and more effective.”

Question: The UK is making a joint investment in development and your role is to have a foot in both camps so to speak. 

You deal directly with the UK airworthiness certification process as well from the standpoint of being dual hatted within the ITF?

Gordon Stewart: “Part of my job is operating in the same role as the US personnel. This gives me the benefit of direct involvement in the program at a working level, and allows the ITF team here to benefit from my UK STOVL test experience.

At the same time, my engagement here helps the UK process, for when the UK-based airworthiness team has a question back in the UK, we are often able to provide answers based on our unique position here within the ITF.

I was involved with the DT-II Short Takeoff and Vertical Landing (STOVL) testing aboard USS Wasp and in the preparations for STOVL DT-III this fall. This type of UK involvement in US ship trials allows us to feed our experience into the planning for UK First of Class Flight Trials on HMS Queen Elizabeth.”

Question: The integrated part of the F-35 effort is often ignored. 

How would you describe the approach to integration in the test team at Pax River?

Gordon Stewart: “This is the most integrated test team I have ever worked on.

As we work the way ahead, it might be a UK person, a Lockheed person, or a US government person who provides the best solution. It is a very well integrated team at the working level.

It is a very different test process than in the past, although what is happening in the F-35 program is the way we are approaching the future as well. In the past, there was much more serial testing.

Twenty years ago when I first started, the contractor would do something and then throw it over the fence to the government, which would look at it, approve it and then pass it on to the operator.

Now with the pace of technology, and the role of software, we have a much more integrated process. We are shaping the evolution of the aircraft as it goes out the door as well.

At Pax, we are testing a software version ahead or a couple ahead of what the fleet is getting at the moment. In effect, we are testing the next iteration of the aircraft.

And the Edwards and Beaufort efforts provide important pieces to the evolution as well. We have an integrated RAF and Royal Navy team at Edwards. 17 (R) squadron at Edwards is a mix of RAF and RN.

At Beaufort, we have a UK team and one of our aircraft, and we are working closely with the USMC. That is another key element of the joint integrated effort, from our point of view.”

Question: You are part of the F-35B process as well as the coming of the new UK carrier. 

What changes involved with the ship affect the F-35B and how does the F-35B handling process affect the ship? 

This question was discussed by both Gordon Stewart and Squadron Leader Edgell and they focused on four key elements.

First, the handling qualities of the aircraft are so dramatically different from the Harrier that they could approach ship operations very differently.

Rather than being heavily focused on flying the airplane, they could focus upon the mission.

Squadron Leader Edgell: “I can still remember vividly a Harrier flight from HMS Illustrious in really rough sea conditions where I launched to conduct 1v1 training with the Typhoon.

As I was fighting the Typhoon, the whole time, in the back of my mind, I was thinking of the difficulties that awaited me when recovering to the carrier.

My mind was not fully on the task of fighting the Typhoon because I was concerned with the challenges that lay ahead.

With the F-35B, this problem is significantly ameliorated. The whole confidence factor of getting home safely is just another step in the generational jump provided by this aircraft.”

Second, the U.S. was building the Joint Precision Approach and Landing System (JPALS) as the ship-air integration pairing system; the Brits were building in a new system, the Bedford Array Landing System, onboard the carriers, to work with the F-35 man-machine system, to enhance the safety and effectiveness of landing at sea.  

Squadron Leader Edgell: “The Bedford Array Landing System is a formation of lights embedded within the deck.

When the ship is pitching, then the system compensates by changing which lights are illuminated so that from the pilot’s perspective he has a fixed aim point for landing.

But, in reality, the aim point is actually moving up and down the deck.”

Third, the UK carrier and its ski jump provided a way to better use deck space.

Gordon Stewart: “The ski jump offers improved take off performance compared to a flat deck take off.

For a heavily loaded jet, this translates into a shorter deck run or lower wind over deck requirements, which offers the ship flexibility in how the deck is used.”

Fourth, based on all of the above, the UK was very successfully pioneering SRVL or Shipboard Rolling Vertical Landings.

Squadron Leader Edgell: “Normally, RVL (a slow speed, fixed glidepath approach in the semi-jetborne flight regime) is a land-based recovery option. Historically, when we took Harriers back to a ship, we recovered via a vertical landing, which is purely jetborne flight.

Given the culmination of various qualities of the F-35B, we can now conduct semi-jetborne rolling vertical landings onto the carrier, known as Shipborne RVLs. Using the additional airflow over the wing, and the subsequent gain in lift, this approach provides flexibility in operations due to the extra ‘bring back’ – a term given to payload returning to the carrier vice jettisoning prior to recovery.”

We then returned to the earlier discussion of the ITF approach and its future.

But, prior to that we asked Tom Briggs to clarify what has become almost the holy writ for some analysts, namely, that the F-35B engine is a showstopper for the decks of the ships on which it will land, because of the impact of engine heat on the deck.

Briggs: “We have focused on this from the beginning and it is clearly not a show stopper — and, at this point, not even a serious issue.

When we were on the first sea trials aboard the Wasp there was deck degradation from a hot engine, but that engine belonged to the Osprey. The landing was not perfect, so there was some deck scorching from the Osprey engine.

It’s not that the F-35B engine is not putting out a lot of heat; it is.

But, in part, the flight control system and the propulsion system are controlling that output and reducing the amount of time you’re exposing heat onto the flight deck.”

The next DT test will focus in part on the F-35B and its flying qualities in terms of operations in higher sea states and difficult sea operating conditions.

Gordon Stewart: From a purely handling point of view, we expect this aircraft to operate much better than the Harrier in returning to the ship in difficult sea states.

We expect to have better systems to guide you back to the ship and to get you on there more safely and effectively.”

The F-35 integrated test approach is both a glimpse of the future as well as a foundation for that future.

The fusion cockpit of the aircraft, as well as the integration of the fleet and its impact and its ability to extend the reach of the carrier as part of integrated operations, provides a challenge to reshape the testing approach going forward.

 

According to Briggs: “So we’re getting at F-35 now.

But, if you take a look at some of the initiatives that are going on with the integrated warfare capabilities, and how you are going to marry up its sensors, its fusion engine, how you stimulate it, how it responds, and how you integrate them into a network architecture — that is where we are going.

It is not an in and of itself aircraft.

It is a significant network enabler.

In the test community, and for the F-35 this is mostly at Edwards, we are taking a look at how the aircraft, the ship, the satellites are responding, communicating, talking, displaying. There is a lot of effort going on in that. The Navy’s spent a fair amount in their network integrated warfare capability.”

And, it should be noted that the next partner to benefit from Pax River for its F-35 program will be Italy.

Recently, Italy flew its second Italian built F-35, known as AL-2.

February 4, its mate AL-1 will fly across the Atlantic fueled by an Italian KC-767A tanker to Pax River for further testing.

This is just another example of the collaborative approach built into the F-35 program.

Editor’s Note: What the Pax River testers are doing is concurrent testing, not serial testing. As the testers made clear throughout the visit, this is the way ahead, not going back to serial testing.

Secretary Wynne made this point during a visit to Eglin AFB in the fall of 2013.

After his presentation to the leadership of the 33rd Fighter Wing, Secretary Wynne was asked to discuss the challenge of what is called concurrency. The answer by Wynne provided one of the best understandings of the reality of the approach taken in the modern aerospace industry.

There would have to be concurrency no matter when you started the process. 

Because we tend, in industry, to hire to a very tight line; enough to get the job done; but not enough to be accused of introducing an overrun. As a result, we do not see the funding to the full up line that industry would like to maximize efficiencies. 

And industry will not put people on until they get slightly behind schedule. This is because we’re so worried about people cutting the program back, as the start is usually contentious, and up the line customers threaten to leave us high and dry and having to lay off a bunch of recently hired people.  

And the other thing is one does not discover many problems until we get later in the program. The top-level design is roughly perfect; with the devil in the details. This is called integration. 

Concurrency tends to sway like a pendulum of a clock from we want to involve the users early because we want the user feedback, and we want the engineers to get beat up and understand that they screwed up in the design. This is called direct feedback.

But you can’t get that if you wait, wait, wait, wait, and then have the tests and all your engineers have gone onto other projects, and they never actually meet the user because we waited so long. 

And then the other side of it is, if you waited, would you really have solved that problem?  

I don’t know.  

It is a question of balance. Every program manager is going to be subject to demands to meet the IOC as quickly as possible versus counter demands that they should’ve waited and fed in changes to airplanes number one through twenty before going operational. Only when top leadership takes overt possession of the Program Manager’s (PM’s) dilemma is it called concurrency. 

We will always want to feed in the air changes to airplanes one through twenty.  

But doing development without deployment guarantees you will not have a new asset out there reshaping capability. 

It also guarantees that the impact on operations will be shaped by testers, and not by operators.  

https://sldinfo.com/understanding-concurrency-secretary-wynne-discusses-with-the-33rd-fighter-wing/

We have focused on the coming of the Queen Elizabeth and the F-35B as well as UK and USMC stand up of capabilities.

For some earlier pieces see the following:

https://sldinfo.com/the-royal-navy-and-the-royal-air-force-prepare-for-cross-domain-transformation-the-f-35-and-the-queen-elizabeth-carrier/

https://sldinfo.com/shaping-a-new-combat-capability-for-21st-century-operations-the-coming-of-the-f-35b-to-the-new-british-carrier/

https://sldinfo.com/new-british-carriers-working-with-the-usn-usmc-team-to-redefine-the-air-enabled-insertion-force/

https://sldinfo.com/preparing-the-f-35b-for-hms-queen-elizabeth-ski-jump-testing/

https://sldinfo.com/a-tale-of-three-carriers/

https://sldinfo.com/visiting-the-hms-queen-elizabeth-the-transformation-of-british-projection-forces/

https://sldinfo.com/royal-air-force-operations-and-evolving-concepts-of-operations-shaping-a-triple-transition/

https://sldinfo.com/the-f35-global-enterprise-and-sustainability-the-perspective-of-the-raaf-and-the-raf/

Editor’s Note: A special thanks goes to Ed Timperlake in this and many other interviews for bringing his squadron experience and flight experience as a Naval Aviator who is both carrier qualified and also his Phase 1, SATS LSO (short airfield for tactical support landing signals officer) experience into the interviews, and creating a ready room experience, which highlights the significant impact which the squadron pilots play in airpower innovation.

For the first two pieces published from our 2016 visit to Pax River, see the following:

https://sldinfo.com/the-emergence-of-the-f-35c-and-its-impact-the-view-from-pax-river/

https://sldinfo.com/the-f-35-learning-curve-the-view-from-pax-river/

Interviews done during our 2011 visit to Pax River:

https://sldinfo.com/fly-testing-the-f-35-a-building-block-approach/

https://sldinfo.com/the-f-35-mission-systems-a-game-changer-viewed-from-pax-river/

https://sldinfo.com/shaping-the-f-35-maintenance-approach/

https://sldinfo.com/an-update-on-f-35b-and-f35-c-testing/

https://sldinfo.com/the-f-35-pilot/

The ski jump is a feature on UK warships which have operated the Harrier and will operate the F-35B. The joint UK-US test team at Pax River has completed the first test of the ski jump for the F-35B.

In the slideshow, there are three glimpses of the ski jump as used by the British.

The first shows it in use during USMC harrier certifications in 2007 aboard the HMS Illustrious, which also saw the first landing on a foreign warship of the Osprey.

The second shows the ski jump aboard the HMS Queen Elizabeth.

The third, fourth and fifth shows the first launch of the F-35B off of a ski jump at the Pax River test facility.

The sixth photo shows the F-35B taking off from the USS Wasp without a ski jump.

The ski jump provides an advantage for launching with more weight and with less-end speed.

The final photo shows an RAF F-35B at MCAS Beaufort with Squadron Leader Hugh Nichols.

Special thanks goes to Sylvia Pierson, the F-35 Pax River ITF PAO for setting up the interviews and working the review process.

 

 

2016-02-04 By Ed Timperlake and Robbin Laird

In a visit to Pax River on January 8, 2015, we had a chance to talk with members of the Integrated Test Team at Pax River, which includes Marines, Navy, Brits and civilians as well as contractors.

This team is wringing out the F-35C from the standpoint of its ability to operate on the carrier. The team looks at flying characteristics not the mission systems, which are tested at Edwards AFB.

Because the Navy pilots involved in the testing rotate from operational combat squadrons, discussions with them highlight the coming impact of the F-35C on the air wing as well.

They can discuss with expert authority the culture gap between the F-35C and the Hornet, the 4^th Gen fighter/strike aircraft currently operational in all USN Carrier Air Wings.

As test pilots, having gone through very vigorous school and fleet operational experiences, they are uniquely qualified to understand the dynamics of change associated with the coming of the USN F-35 Lighting II into the fleet.

On this visit, we engaged with USN Test Pilots.

Our last visit was to engage with the USMC Test Pilots flying the F-35B. It should be noted that both Navy and Marine aviators wear the same Navy Wings of gold, and Marines —in addition to flying the F-35B — will also have USMC squadrons of F-35Cs on board Navy carriers.

In this interview, we had a chance to discuss the results to date and the way ahead with LCDR Daniel “Tonto” Kitts, a VX-23 Test Pilot who is working on F-35C carrier suitability.

“Tonto” is now working as a test pilot focusing on carrier suitability, but he also has significant operational experience with the “Rhino,” otherwise known as the Super Hornet.

He was the det officer-in-charge (OIC) for the second phase of carrier landing testing in CVN DT-II and is preparing for CVN DT-III later this year.

LCDR Daniel Kitts

Also participating in the interview was CDR Theodore “Dutch” Dyckman, a fleet combat pilot and now a VX-23 Test Pilot and the Pax River ITF Operations Officer.

CDR Dyckman flew in both DT-I and DT-II and is preparing for DT-III later this year.

CDR Ted Dutch Dyckman

We discussed a wide range of issues, which demonstrated the breadth of knowledge and experience of these two pilots, but the interview presented here focused on the demonstrated flying qualities of the F-35C and the perceived impact of those capabilities on carrier qualifications and operations.

We also touched on the significant gap between their experience and the broad perception that the Navy is reluctant to become an F-35 force, which is most definitely not true for these experienced combat pilots.

Question: Carrier landings are challenging. 

They are dangerous and require a lot of training to get them right and to enhance the safety of the pilot, the crews, and the ship. 

In fact, during the Vietnam War, there were tests done of carrier pilots’ heart rates which we actually higher when landing on a carrier than when being shot at over Hanoi. 

How does the F-35 affect the landing challenges associated with trap and cat operations?

Answer: The plane flies very well.

The flying qualities are excellent and the machine systems built into the plane significantly enhance the ease of landing and taking off from the carrier.

Basically with the F-35 you get your mission cross-check time back.

Normally once you start the approach your scan is solely meatball, line up, and angle of attack. Your mission cross-check time behind the ship is zero because you’re just doing that scan.

With the F-35 and its enhanced flight controls and superb handling, the aircraft doesn’t deviate much from the desired flight path, which greatly eases the workload on the ball and frees up your scan.

It almost makes flying the ball a relaxing task.

Question: Ease of flying can clearly translate not just into safety but training time. 

What do you see as the impact? 

Answer: Before you go to the boat, everything stops in the squadron.

All training stops two to three weeks where all you’re doing is banging left-hand turns.

No one is doing any tactical training.

Everyone’s bandwidth is concerned with how they are landing at the ship.

Once you’ve been out on the ship for a few days and the landings are looking better, then finally you can start working on what we want to work on again tactically.

Where you’ve just taken a pause from all your tactical performance for the past nearly month, that’s going to go away with the F-35, which will allow you to be dedicated to your tactical performance.

Question: Clearly, the Super Hornet is an excellent airplane, but the F-35 is a very different aircraft with a different approach to air system operations. 

How do you see the F-35 affecting tactical training? 

Answer: With the current air wing (i.e, with the Super Hornet and Hornet as the tip of the spear), we are wringing out our tactics for a tactical advantage, which is also, at the same time, at the edge of the envelope for survival.

We are spending a lot of time making sure that we have the right tactics and the mastery of those tactics by pilots to survive and succeed.

It is about keeping a level of competence and capability where you’re not going to die.

There are points where you have a twenty second window.

You miss that window and you might be blown up.

When you’re traveling at those speeds, we are talking really only a couple of seconds that you have.

And, if you’re not performing tactics exactly as they’re prescribed, you put yourself in a kill zone.

With the F-35, we are jumping a generation in tactics and now looking at the expanded battlespace where we can expand our impact and effect.

You need to take a generational leap so we are the ones not playing catch up with our adversaries.

Question: Admiral Manazir talks about shaping greater reach for the carrier and your point is that with the coming of the F-35 your tactics will change? 

Answer: That is correct and the air wings will rapidly recognize the impact as they get their squadrons of F-35s.

They will put in the rear view mirror all of the uninformed comments made by many people who do not know the aircraft and what it can do.

And what we see as testers will proliferate rapidly in the fleet as squadron pilots see the impact on their lethality and survivability.

https://sldinfo.com/the-sea-services-prepare-to-prevail-in-the-extended-battlespace-an-interview-with-rear-admiral-manazir/

http://www.sldinfo.com/the-sea-services-transform-their-reach-punch-and-impact-in-the-extended-battlespace/

Question: There clearly is a cultural challenge in the Navy in making the transition. 

How do you view this transition as working out?

Answer: Navy leadership is clearly leading the charge, people like Admiral Manazir and other leaders.

Naval Aviation is clearly focused on integrated warfighting in the expanded battlespace.

The F-35 is a key part of that focus.

The air wings are not yet a key part of that transition, but when the planes get to the squadron, change will happen more rapidly than many people think.

Already, the first training squadron of F-35s came to Fallon for an exercise and that was an eye opener for Fallon.

The knowledge is there inside the Navy.

And, equally important, is getting it down to the user to understand what the airplane is going to do and to accept what’s already been designed to do.

That is the challenge.

Editor’s Note: There is another aspect of the impact of fifth generation systems on pilots, notably the new pilots who come directly into fifth generation systems.

A key point was made about an Aussie F-22 exchange pilot who is an experienced F/A-18 operator.

For RAAF Fighter Pilot Matthew Harper, the systems in the fifth generation aircraft, which take a giant leap forward with the F-35, provide the pilot with a decision making role, not an overburdened “look at your screens” and sort out what to do role. 

He summarized the impact that he saw with three key examples: 

First, within the first 30 minutes of sitting down in the simulator, he grasped that his ability to dominate the air space with the F-22 was clear. 

Second, the abilities of the pilots are significantly augmented with fifth generation capabilities.  He cited a recent example where a USAF pilot with only 350 total flight hours flew in Red Flag and dominated his airspace. For Harper, this would be virtually impossible to imagine in any other plane. 

Third, he cited the experience of a USAF F-15C pilot who told him: 

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

The overarching point of the presentation was that the fifth generation experience was about disruptive change, not evolution.  You needed to get into the fifth generation platform to experience the change and learn how to shape tactics and concepts of operations relevant to 21st century operations, rather than perfecting your 20th century piloting skills. 

He went out of his way to compare the Super Hornet to the F-22A with a core focus on how the former was NO WAY the later. Whereas the F-22A was an SA and information dominance machine, the Super Hornet was a classic aircraft which had the limitations of any airplane not built from the ground up to be an information dominance aircraft for the 21st century battlespace. 

While the Super Hornet is a significant upgrade from the Hornet, it is not and never will be able to deliver what a fifth generation aircraft can deliver: integrated data fusion and re-shaping the pilot and squadron roles in prosecuting air dominance and support to the joint force in the battlespace. 

In short, the leap ahead is crucial; and reworking the culture of the RAAF will be necessary to leverage the disruptive technology built into fifth generation aircraft.

https://sldinfo.com/an-raaf-f-22-pilot-explains-the-dramatic-shift-to-fifth-generation/

Interviews done during our 2011 visit to Pax River:

https://sldinfo.com/fly-testing-the-f-35-a-building-block-approach/

https://sldinfo.com/the-f-35-mission-systems-a-game-changer-viewed-from-pax-river/

https://sldinfo.com/shaping-the-f-35-maintenance-approach/

https://sldinfo.com/an-update-on-f-35b-and-f35-c-testing/

https://sldinfo.com/the-f-35-pilot/

The slideshow highlights activities during DT-1 aboard the Nimitz and planes flown by CDR Dyckman are seen in operation. 

The video shows activities during DT-2 last fall aboard the Eisenhower.