The Importance of Innovation by Design for Combat Success: Building on the Legacy of Air Marshal Dowding

10/05/2015

2015-09-23 By Robbin Laird and Ed Timperlake

Recently, General “Hawk” Carlisle underscored that the USAF is already engaged in reshaping the force to execute fifth generation warfare.

It is important to look at the impact of the F-22 operations on the total force. We do not wish, nor do the allies wish to send aircraft into a contested areas, without the presence of the F-22.

It’s not just that the F-22s are so good, it’s that they make every other plane better. They change the dynamic with respect to what the other airplanes are able to do because of what they can do with regard to speed, range, and flexibility.

It’s their stealth quality. It’s their sensor fusion. It’s their deep penetration capability. It is the situational awareness they provide for the entire fleet which raises the level of the entire combat fleet to make everybody better.

He argued that rather than thinking in terms of the integration of fourth with fifth generation aircraft, it is much more accurate to focus upon the concepts of operations being shaped by fifth generation aircraft, notably with the coming of the 5th generation fleet of F-35s.

It’s the way we train the airman and the crews.

It’s the scenarios we put them through.

It’s the Red Flags and the integration phase of weapon school.

What we teach right now is fifth generation con-ops. That includes the Raptors and what they bring to the fight, and the F-35s and what they bring to the fight, and what the cyber systems bring to the fight.

How do you bring space into that environment?

How does C2 operate inside of an information flow that is inside of anything the adversary can do?

How do you put the C2 at the point that it can execute at a rate and with information superiority that is far better greater than an adversary can react to?

And then it’s the way we train our airmen to think in fifth generation terms, rather than just flying a new platform.

And Carlisle also highlighted the key role which a sister Air Force was playing in the rethinking effort, namely the Royal Australian Air Force (RAAF).

Here the RAAF has put in motion its Plan Jericho whereby shifting to a fifth generation warfighting approach was the strategic objective, or the shaping of a transformational force built around force integration informed and led by their next wave of new platforms, the F-35s.

What the Aussies have in mind is con-ops design driven innovation.

It is enabled by new platforms and new technologies but such capabilities are necessary but not sufficient conditions for transformation.

Cultural change is envisaged in which the force becomes much more interactive within force packages which can be ground-air-maritime or air-ground-maritime or maritime-air ground.

Successful fighting forces have periods of tremendous innovation sometimes in combat.

The Battle of Britain is one such example.

Another example has been seen by the creation of Navy’s Top Gun, USAF Red Flag, and the USMC creation of MAWTS –Marine Aviation Weapons and Tactics Squadron all coming together, for example, in the very successful Desert Storm Air Campaign.

It requires courage in peacetime to have very realistic training situations because combat aviation even in peacetime tested to the edge of the envelope is inherently dangerous.

And once a shooting war breaks out the test can be life and death for a nation.

Planning in peacetime for innovation by design and executing it is a crucial element for combat success.

And here power needs to be given to the professionals to shape a way ahead, rather than overwhelm them with testers, critics, and practitioners of the past.

As one senior Air Force officer noted recently, “If it was up to Secretary Gates, we would still be flying P-51s.”

Another good example is a highly politicized process whereby the USAF did not acquire the tanker they wanted; and were forced down a path of neither receiving a new tanker, nor the tanker they had selected by an “acquisition” process which clearly did not optimize the warfighter’s approach to innovation.

And as the USAF decides how to proceed with a long range strike/ISR asset which historically have called a bomber, will this happen yet again?

The warfighters have a good idea of why they want to add this capability to the mix of evolving 21st century operations.

Indeed, they have had a good idea for some time, but will a greek chorus of critics, and practitioners prevail against the shift to 21st century concepts of operations?

As early as an 2008 interview with Doug Barrie, then with Aviation Week, in Paris, then Secretary of the Air Force Mike Wynne laid out the appraoch of a bomber which reinforced and interacted with the F-22 and F-35 in shaping a fifth generation led warfare innovation approach.

 Air Chief Marshal Sir Hugh Caswell Tremenheere Dowding GCB GCVO CMG ADC RAF

Air Chief Marshal Sir Hugh Caswell Tremenheere Dowding GCB GCVO CMG ADC RAF

An example of con-ops driven innovation was seen in the RAF leadership preparing for the Battle of Britain.

Air Marshal Dowding’s vision saved Britain but generated many enemies, including Prime Minister Churchill.

Just like all military technology is relative against a reactive enemy the flexibility of leaders and adaptability of Aircrews is a critical component of success in combat.

Flexibility refers to the capacity and willingness of leaders to adjust tactics in the face of a dynamic war and an adaptive skills of aircrews in understanding the combat practical use of ever evolving technology to readily adapt to the required changes.

Air Marshall Dowding was such a leader and the RAF fighter pilots were such aviators.

As Churchill saw a Gathering Storm before WW II broke out Dowding developed what he believed what be a concept of operations for the defense of Britain and then looked at the bits of technology which could be forged into that con-ops.

The fighters by themselves would not succeed; as the British fighters chewed up on the continent in the defense of France demonstrated when facing the Luftwaffe. While the courage, skill and heroism of the RAF fighters in the Battle of Britain is not to be doubted, it was the context within which they operated which generated the conditions for their success.

Michael Korda in his book With Wings Like Eagles: A History of the Battle of Britain (Harper Collins, 2009) provided a very clear picture of how Air Marshal Dowding addressed shaping a con-ops driven design within which he sought out the pieces of kit and capabilities which were needed to fill out the air defense capability he believed was necessary for mission success.

And all of this was a few years BEFORE the Nazis had seized continental Europe and then were able to use air bases much closer to Britain to generate Luftwaffe strikes on Britain.

What Korda makes clear is that the Germans were pursuing a modified version of World War I concepts of operations for their Air Force.

Fighters continued to think in dog fight terms, and the role of the Luftwaffe was largely defined as flying artillery in support of the German ground forces.

Even when bombers were pushed to the front of the strike force to attack Britain, the fighters role was to accompany the bombers and to attack other fighters, not to engage in destruction of the three dimensional system which Dowding led Britain to build to enable a British victory in the Battle of Britain.

As Korda put it with regard to the Luftwaffe:

Though nobody was about to bring it to Goring’s attention, the Luftwaffe, in fact, had not been built with this kind of task in mind.

Its successes in Spain, Poland, Norway and the attack in France had been won against weaker air forces or none, and with the Luftwaffe acting in support of the German army.

In the role of flying artillery, rather than as a long-range strategic weapon in its own right (page 13).”

The three dimensional system of fighters, radar, ground enabled C2 for the fighters came together just in time to defeat the Luftwaffe.

But it was a close run thing, and the conception of the three-dimensional space necessary to execute air defense was a clear vision but with concrete elements put together in the mid-to-late 1930s.

Air Chief Marshal Sir Hugh Dowding was the architect of the approach which would defeat the Luftwaffe in the Battle of Britain. He is most remembered for his unwelcome task of telling Prime Minister Churchill that no more fighters go to France to get destroyed in a losing cause; rather, they needed to be husbanded for the coming conflict, which would later be known as the Battle of Britain.

What Dowding understood, and the politicians did not, was that the con-ops shaped by design was crucial to mission success; and the fighters were the tip of the sword, not just silver bullets to be chewed up in fighter versus fighter battles.

During the Second World War, "the officers and NCOs, in place in the Stanmore C2 'observed' at first the elements coming from different air watches posted on the English coast and from radars.... This phase made it possible to alert the pilots of the famous Spitfire and the anti-aircraft guns affected by the attack to come." (Credit photo: The Philip Alexander Air, Sea, Land & Fantasy Art Exhibit, www.rb-29.net)
During the Second World War, “the officers and NCOs, in place in the Stanmore C2 ‘observed’ at first the elements coming from different air watches posted on the English coast and from radars…. This phase made it possible to alert the pilots of the famous Spitfire and the anti-aircraft guns affected by the attack to come.” (Credit photo: The Philip Alexander Air, Sea, Land & Fantasy Art Exhibit, www.rb-29.net)

Those fighters would be needed to kill bombers, primarily, and fighters, and they would operate from British soil and operate within a very clear strategic context, one which brought together elements of new technologies, and new was of operating which had not yet been tested in battle.

According to Korda, the three dimensional approach of Dowding was the key to understanding the concept of operations.

He had in his head (as of the mid-1930s) an airman’s three dimensional sense of how to fight a battle in the sky over southern England, and he understood that it would involve combining the newest and most radical scientific ideas about radio direction finding on a grand scale with the latest kinds of radio communications equipment and a totally new breed of fighter airplane into an efficient, tightly controlled, well-led organization linking fighters, antiaircraft guns, and ground observers into a single unite involving thousands of people and technology which did not has yet exist, pp. 16-17.

There were several key building blocks, which had to be brought together to shape an effective con-ops:

(1) The eight-gun Hawker Hurricane and the Supermarine Spitfire;

(2) The controlling “brain” of Fighter Command;

(3) Centralized Fighter Control;

(4) The Operations Room at Fighter Command Headquarters which was in constant communication with the radar plotters and fighter squadrons via which the battle could be systematically observed, controlled and led.

And to succeed, the con-ops would require training players in the system to work differently.

Pilots would have to shift from the tradition of aerial lone wolfsmanship and learn to be told where to fly and what to do over the radio by the ground controllers.

And this task would require a key cultural change, foreseen by the con-ops, and thereby prioritized as a key task.

Dowding had already guessed that the only way to provide the number of people who would be needed to transmit the endless flow of information from the radar stations to Fighter Command’s Operations Room and from there ‘filtered’ to the operations room of each group, and on from there to the squadrons and the pilots in the air, would be to employ large numbers of young women.

Maintenance units were aghast at the new tasks the ground crews would have to learn and the sheeer quantity of unfamiliar new tools and spare parts they would have to deal with, (p. 35).

Not only would an operations room be built at the HQ of Fighter Command, but an underground operations room would be built in advance of the Battle of Britain, for Dowding was concerned that the RAF would need to have continuity of C2 to succeed.

Another busy start to the day at Biggin Hill in the summer of 1940. The Battle of Britain is at its height and 92 Squadron Spitfires with Geoffrey Wellum in ‘G’ for George, depart under early morning sunlight to engage a mass of incoming enemy aircraft over the southeast coast. By the end of 1940 the Squadron was credited with having destroyed 127 German aircraft. (Credit photo: The Philip Alexander Air, Sea, Land & Fantasy Art Exhibit, www.rb-29.net)
Another busy start to the day at Biggin Hill in the summer of 1940. The Battle of Britain is at its height and 92 Squadron Spitfires with Geoffrey Wellum in ‘G’ for George, depart under early morning sunlight to engage a mass of incoming enemy aircraft over the southeast coast. By the end of 1940 the Squadron was credited with having destroyed 127 German aircraft. (Credit photo: The Philip Alexander Air, Sea, Land & Fantasy Art Exhibit, www.rb-29.net)

The centrality of the world’s first C2 facilities was not envisaged by any other global power of the time.

“Dowding had a good picture in his mind of the battle to come, and what it would take to win. Fighter Command Headquarters, he had already determined, would not just control the fighter squadrons; it would have to control the entire battle,” (page 37.)

As the C2 system was built out, Dowding was concerned to have the training in place whereby the various players had confidence in the system.

And this was built into the system by the engagement of fighter pilots with the ground controllers and the C2 system over all.

An innovation that Dowding quickly introduced was to place experienced fighter pilots in the filter Room for a tour of duty alongside the filterers, so the pilots would gain confidence in the system (which they could then spread when they returned to their squadrons) and also so they could explain to the filterers what the pilots could and could not do, and what they needed to know, the objective being that the fighter pilots must have absolute trust in the instructions they received from the ground, even if the voice was that of a young woman who had never been up in an airplane in her life, (page. 46).

And Dowding understood the importance of the joint element to mission success as well and built that into the C2 process.

Above the filterers was built a ‘gallery’ where the whole table could be observed rom above by the officers charged with warning each Fighter Group of the situation as it developed on the board below, as well as by the naval liaison officer, a senior Royal Artillery officer with a direct line to the headquarters of the antiaircraft gunners and searchlight operators and officers linked by direct lines to the Observor Corps, the police, the fire services, and those in charge of sounding the air-raid alarms, (p.45).

Shaping a 21st century concepts of operations requires a shift as profound as envisaged by Dowding for his day.

As the Aussies correctly assume, simply introducing F-35s into business as usual without reshaping their overall approach will not make a great deal of sense.

It is about training and shaping the way ahead for the 21st century world, and not simply doing platform replacement for an approach which no longer makes sense in the future, or now for that matter.

Editor’s Note: An audio interview done with Air Marshal Dowding in 1968 when he was 86 shows clearly the intellectual power of the man and his personality.

Air Chief Marshal Hugh Dowding covers a wide range of major historical issues in this interview about the Battle of Britain. We hear about his efforts to persuade Winston Churchill not to send any more pilots and planes on operations over France after 3 June as it would leave Britain too vulnerable to air attack at home.

He also discusses the importance of radar and aircraft developments and looks at why Hitler changed tack and decided to stop bombing British aerodromes and aim for London instead.

In reply to the question ‘Would you have done anything differently?’ he ends with a comment perfectly answering that type of question:

If my aunt had balls, she’d be my uncle!

The link above is to a cleaner version of the recording and is recommended, but the you tube link provides much of it with decent clarity but obscures the response to the final quesiton which is really a pity.

The best defence of the country is the fear of the fighter. If we are strong in fighters we should probably never be attacked in force. If we are moderately strong we shall probably be attacked and the attacks will gradually be bought to a standstill. . . . If we are weak in fighter strength, the attacks will not be bought to a standstill and the productive capacity of the country will be virtually destroyed.

— Air Chief Marshal Sir Hugh Dowding

Editor’s Note: And to make it abundantly clear the F-35 is not a replacement for any particular airplane; it is a whole different way of doing things as a multi-tasking aircraft, rather than a multi-mission aircraft.

But the redesign does not stop by simply introducing F-35s into the mix; it is about reshaping the whole approach to air combat, which “Hawk” Carlisle described in his interview.

As one RAF officer involved with the F-35 and Typhoon transition has put it:

‘Mission Simultaneity’ is the way we are describing it and the RAF uses this description already in the next wave of Air Power doctrine.

And it is about what is called by some the integration of 4th and 5th generation assets, and what that means is that the air assets which will characterized the air combat forces for the next thirty years, the F-35s, the F-22s, the Eurofighters, the Rafales, the latest build F-15s,, F-16s and Super Hornets, and Gripens will sort out how to work together to shape an effective fighting force to protect the US and its allies strategic interests.

A key is to understand that the modernization of the non-fifth generation fighters will be driven in large part by their evolving role shaped within the shaping function of fifth generation warfare.

And part of the shaping of new con-ops by design will be to highlight what a fifth generation fleet will do by itself, or put another way, there are very unique capabilities which an integrated fifth generation force can deliver and which a mixed fleet can not.

Air dominance and shaping the combat effects one can deliver with airpower will combine that capability with what an effectively integrated air combat force can deliver, which will include the most dynamic and effectively modernized Eurofighters, Rafales, the latest build F-15s,, F-16s and Super Hornets, and Gripens.

Two 21st Century Air Systems Work Together: KC-30As Refuel F-35As

10/04/2015

2015-10-03 Recently, a KC-30A refueled a KC-30A with the new boom system.

On 13 August 2015 two KC-30 aircraft from RAAF Amberley conducted a Air to Air refueling training sortie.

The Australian Air Force KC-30 aircraft is carrying out an air to air refueling operation using the Airbus Defence and Space Aerial Refueling Boom System (ARBS).

Having an air refuelable tanker, a crew rest area onboard and a large deck, which can be used for a variety of purposes – transport, ISR servers, C2 posts, etc. – is a key advantage of the A330MRTT tanker.

Having a global fleet is highlighted as exchange pilots from Britain and France are involved in the training exercise.

It is clear that the KC-30A is a key platform in shaping a more integrated 21st century combat force as envisaged in the RAAF’s Plan Jericho approach to force transformation.

Now the next step has been taken with an Aussie tanker refueling USAF F-35As over the skies of the Western United States.

According to an Airbus Defence and Space press release from September 29, 2015:

An Airbus A330 Multi Role Tanker Transport (A330 MRTT) of the Royal Australian Air Force has successfully refuelled a F-35A Joint Strike Fighter of the US Air Force.

During a four-hour sortie from Edwards AFB, California, the tanker, known in RAAF service as the KC-30A, conducted 59 contacts including five “wet contacts” during which 19,600kg (43,200lb) of fuel were passed.

All the refuelling was performed used the A330 MRTT’s Airbus Airborne Refuelling Boom System (ARBS).

The combat-proven A330 MRTT is the only new generation tanker/transport certified and in-service and the first to refuel the F-35A, underlining its full international interoperability with all Western front-line fighters.

First Flight of Italian-built F-35

10/03/2015

10/03/2015: On Sept. 7, the first F-35A assembled outside the US, made its very first flight from Cameri airbase.

The aircraft, designated AL-1, is the first of eight aircraft currently being assembled at the Final Assembly and Check Out (FACO) facility at Cameri, in northwestern Italy. During the flight, that lasted about 1,5 hours, the F-35A was escorted by a Eurofighter Typhoon.

Italy’s first F-35A Lightning II, known as AL-1 and assembled at the Cameri Final Assembly and Check Out (FACO) facility, flew for the first time today marking the program’s first-ever F-35 flight outside the United States.

Lockheed Martin F-35 test pilot Bill “Gigs” Gigliotti, lifted off the runway at 1:05 p.m. European Standard Time for a 1:22 hour check flight in AL-1 marking a historic milestone for Italy, Finmeccanica-Alenia Aermacchi manufacturing cooperation and Lockheed Martin.

“The first flight of AL-1 is a monumental achievement thanks to the hard work and dedication of our Finmeccanica-Alenia Aermacchi and Lockheed Martin teammates,” said Lorraine Martin, Lockheed Martin F-35 Program General Manager. “Italy’s ‘primo volo’ (first flight) sets a firm foundation for Italy’s F-35 program and future opportunities for the Cameri FACO.  My heartfelt congratulations to all who worked tirelessly to bring us to this major international program milestone.”    

Today’s first flight for AL-1 went as planned. “As expected, the jet performed exceptionally well and without any surprises,” Gigliotti said.  “I’m honored to have flown AL-1 on its maiden flight and grateful to the Cameri team for providing a great jet. 

We look forward to continued successes leading up to aircraft delivery later this year.”

The Cameri FACO is owned by the Italian government and operated by Finmeccanica-Alenia Aermacchi in association with Lockheed Martin. The Cameri FACO’s F-35 production operations began in July 2013 and ‘rolled out’ Italy’s first F-35A aircraft, AL-1, in March. AL-1’s official delivery to Italy is expected by the end of the year.

The facility will assemble both Italy’s F-35A conventional takeoff and landing variant and the F-35B short takeoff/vertical landing variant, and is planned to assemble the Royal Netherlands Air Force’s F-35A aircraft in the future.

The F-35A and F-35B will replace Italian Air Force and Italian Navy AV-8 Harriers, Panavia Tornados and AMX fighters.

In addition to its responsibility in the operations of the FACO, Finmeccanica-Alenia Aermacchi also produces the F-35A’s full wing-sets.

The work contracted to Finmeccanica-Alenia Aermacchi, a strategic co-supplier of F-35A full wing assemblies, is one of the largest manufacturing projects for the Italian F-35 program, with 835 full wing assemblies planned. Finmeccanica participates in the F-35 program also with Selex ES, responsible for various onboard electronics.

The F-35 Lightning II, a 5th generation fighter, combines advanced low observable stealth technology with fighter speed and agility, fully fused sensor information, network-enabled operations and advanced sustainment. More than 130 production F-35s have been delivered to customers and have flown more than 38,700 cumulative fleet flight hours, fleet-wide.

http://www.lockheedmartin.com/us/news/press-releases/2015/september/ItalyF35FirstFlight.html

It should be noted as well that the F-35 is being built on three final assembly lines.

The F-35 program has been built around a very different manufacturing model for fighter jets, more modeled on what an Airbus would do than the more traditional station build approach.

The F-35 is to be built on three final assembly lines (FALs)– Fort Worth, Cameri, and next year in Japan.

The line in Fort Worth is a pulse line, meaning the planes move on the line through their full build. Currently, the planes move, about five days through the line during their 20 months on the line.  Three configurations are built on the single line – F-35As, Bs, and Cs – as well as modified allied versions of those aircraft, such as the drop chute on the Norwegian F-35A.

The aircraft is built on a digital thread foundation, meaning that digital systems are crucial to the supply chain and component builds and for the final assembly of the components, as well as for the maintenance of the plane.

The photos from the day of the first flight are credited to Lockheed Martin.

The Italian Air Force and Baltic Air Patrolling

10/03/2015: Italy was the lead nation for the NATO Air Policing Mission for the first part of 2015, reinforced by Poland.

According to a Lithuanian Ministry of Defense press release on December 30, 2014:

The incoming detachment of Italian Air force will participate in the 37th NATO Air Policing mission and it will be their first rotation in this mission.

For the mission, Italy has deployed four Eurofighter Typhoons in Šiauliai. 

“We are ready for the task and to protect and defend the Baltic air space, “Colonel Marco Bertoli, Commander of the incoming Detachment of the Italian Air Force said. 

On 5 January, four Polish MiG-29 fighter aircraft are due to arrive once again at Šiauliai to augment the NATO mission that will last until the end of April.

Already from May to September 2014 the Polish Air Force was the lead nation at Šiauliai, participating for the fifth time. 

To complete the new rotation over the Baltic air space, Spanish Eurofighter Typhoons will arrive to patrol from Ämari, Estonia, and Belgian soldiers with the F-16s to conduct the mission from Malbork, Poland.  NATO Air Policing Mission is the cornerstone of Alliance’s solidarity and cohesion.

Preserving the integrity of NATO airspace is a collective task. NATO applies the same security standards to all Member States that do not have their own capabilities, including the Baltic States. 

The Alliance takes its responsibility to ensure the safety and integrity of its airspace very seriously – when an aircraft flies close to or enters NATO members’ airspace without prior coordination or planning, both commercial and military air traffic could be placed in danger.

NATO jets routinely identify, intercept, and escort such planes as precautionary measures. 

In line with NATO’s extensive assurance measure, Allies have offered additional assets under the NATO Air Policing framework since April 2014. 

Lt. General Preziosa, the Chief of Staff of the Italian Air Force, looking back at the mission in a September 2015 interview conducted by Second Line of Defense commented on the mission:

We had four aircraft operational 24/7 for the Baltic Air Policing mission, but that meant we had to have other aircraft available, more than 100 personnel operating locally and reachback to Italy for logistical support.  

This also required us to pay attention to air defense and provide modern air defense support to our Eurofighters.

We use a messaging system to support our Eurofighters and not radio communication from the ground; the Lithuanians did not have such a system, so we needed to install it and operate during our time in the Baltic Air Policing mission, quite similar to what happened in Iceland during the Icelandic Air policing rotation in 2013.

The photos of the Italian operation in the Baltic Air Policing mission have been provided by the Italian Air Force.

Visiting 29 Squadron: Typhoons on Display

09/26/2015

2015-09-26

“In June 2005 the Squadron officially moved to its home base at RAF Coningsby and by July it was teaching new pilots for 17(R) Squadron on a formal course.

Bucking the trend of recent squadron disbandments, 29(R) Squadron officially ‘stood up’ for operational service on 4 November 2005.

This signified a major milestone in the introduction of the Typhoon to RAF service, as it indicated that the Squadron was now ready to begin training front-line pilots to fully equip current and future Typhoon squadrons.

For 29(R) Squadron it heralded a long and healthy future, one that seems certain to last until the centenary and beyond.”

http://www.raf.mod.uk/organisation/29squadron.cfm

When visiting 29 Squadron at RAF Coningsby, there was an opportunity not only to see Typhoon, but the “mascot” of the Squadron, namely, the 1950s and 1960s Lightning.

Credit: Kev Darling, RAF Strike Command, 1968-2007: Aircraft, Men and Action (Pen and Sword Books, 2012).
Credit: Kev Darling, RAF Strike Command, 1968-2007: Aircraft, Men and Action (Pen and Sword Books, 2012).

Seen in the hangar were several Typhoons, but what was unusual were their markings.

There was one Typhoon with markings for the Battle of Britain 75th celebration.

There was one with D-Day markings.

And a third had the markings honoring the 100th anniversary of 29th squadron.

The final photos show some the weapons flown currently by Typhoon including Storm Shadow, Brimstone, AMRAAM, and ASSRAM as seen in the photos.

These photos were shot at RAF Coningsby on September 25, 2015.

Credit Photos: Second Line of Defense

29 (R) Squadron based at Royal Air Force Coningsby, Lincolnshire, revealed a striking new paint scheme to mark the 100th anniversary of its formation.

The Typhoon aircraft, featuring Ruby Red and Champagne Gold colours is derived from the squadron badge. The badge shows an eagle in flight preying on a buzzard with the motto “Impiger et acer” (Energetic and keen). The tail plane surfaces depict different aircraft that have been flown by the squadron during its 100 years of service.

Officer Commanding 29(R) Squadron, Wing Commander James Heald DFC said, “I think the aircraft looks fantastic, a fitting tribute to all those who have served on 29 Sqn and a great celebration of our Centenary.”

100 years ago, 29 (R) Squadron was first raised as a unit of the Royal Flying Corps at Gosport, Hampshire and is one of the world’s oldest fighter squadrons. The second British squadron to receive the Eurofighter Typhoon, it is theOperational Conversion Unit (OCU) for the RAF’s world class multi role aircraft.

29 (R) Squadron began the Second World War with its Blenheims, which at the period operated as day fighters – especially on convoy protection patrols.

From June 1940 it became a night fighter squadron, receiving some of the first Beaufighters in November, though it was February 1941 before the squadron was fully equipped with the new fighter.

Various marks of the de Havilland Mosquito were flown by the squadron from May 1943 culminating in the Mosquito NF30. From the middle of 1944 most of the squadron’s missions took it over the continent.

As this year also commemorates the 75th anniversary of the Battle of Britain, Wg Cdr Heald said, “As a Battle of Britain Sqn ourselves, we are privileged to have on our line an aircraft commemorating the 75th anniversary of the Battle. The team responsible for the design and output of this magnificent new scheme should be exceptionally proud of themselves.”

The Typhoon aircraft, featuring Ruby Red and Champagne Gold colours is derived from the squadron badge.

http://www.raf.mod.uk/news/archive/29-sqn-tail-art-27032015

http://www.raf.mod.uk/rafcms/mediafiles/0186cc2a_1143_ec82_2ef2bffff37857da.pdf

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F-35A Lightning II Aerial Footage Hill AFB

09/21/2015

09/21/2015: An F-16C from the 419th Fighter Wing, Hill Air Force Base, UT, escorts two F-35A Lightning II aircraft from Fort Worth, TX, to Hill AFB on September 2, 2015.

The two Lightning II aircraft are the Air Force’s first two combat-coded F-35As to be permanently assigned to the 34th Fighter Squadron under Air Combat Command’s 388th Fighter Wing.

The 388th Fighter Wing is located at Hill AFB, UT. The two aircraft, tails 5071 and 5072, are both Block 3I jets, which provide initial warfighting capability.

That includes data links, multi-ship sensor fusion ability, the updated Integrated Core Processor, and initial live weapon capacities.

Credit:OL-H, AFPAA:9/2/15

 

 

Combat Ready F-35s Arrive at Hill AFB

09/21/2015: The 388th Fighter Wing received their first two F-35A Lightning II Aircraft at Hill AFB, UT, on September 2, 2015.

The two aircraft, tails 5071 and 5072, are both Block 3I jets, which provide initial warfighting capability.

That includes data links, multi-ship sensor fusion ability, the updated Integrated Core Processor, and initial live weapon capacities.

Credit:OL-H, AFPAA:9/2/15

According to a story by Aldo Vazquez of the Utah4 TV:

The future of tactical aviation has arrived in Utah with its unparalleled technology and stealth performance two F-35A Lighting II touched down at Hill Air Force Base this afternoon.

Not only will this fighter compliment its partners in the air. 

But, it can go where the threat lives to accomplish its mission.

“The technology that’s in this aircraft is incredible.  It gives it the ability, really, to do things that the current fighters can’t and it’s easy to fly. 

It’s fun, and I enjoy it every time,” said Lt. Col. Yosef Morris, Director of Operations for the 344th Fighter Squadron…..

For the rest of this story and an accompanying video go to:

http://www.good4utah.com/news/local-news/new-f-35s-arrive-at-hill-air-force-base

Italian Built F-35 Makes First Flight

09/21/2015: The F-35 is being built on three final assembly lines.

The main one is in Fort Worth Texas.

The second one is located at Cameri Air Force Base in Italy.

This facility will transition to a full up maintenance facility after its run of planes have been built.

Planes to be built on the Cameri line included several for the Dutch Air Force as well, and a third one is being built in Japan.

On Sept. 7, the first F-35A assembled outside the US, made its very first flight from Cameri airbase.

The aircraft, designated AL-1, is the first of eight aircraft currently being assembled at the Final Assembly and Check Out (FACO) facility at Cameri, in northwestern Italy.

During the flight, that lasted about 1,5 hours, the F-35A was escorted by a Eurofighter Typhoon. 9/7/15

Italy’s first F-35A Lightning II, known as AL-1 and assembled at the Cameri Final Assembly and Check Out (FACO) facility, flew for the first time today marking the program’s first-ever F-35 flight outside the United States.

Lockheed Martin F-35 test pilot Bill “Gigs” Gigliotti, lifted off the runway at 1:05 p.m. European Standard Time for a 1:22 hour check flight in AL-1 marking a historic milestone for Italy, Finmeccanica-Alenia Aermacchi manufacturing cooperation and Lockheed Martin

“The first flight of AL-1 is a monumental achievement thanks to the hard work and dedication of our Finmeccanica-Alenia Aermacchi and Lockheed Martin teammates,” said Lorraine Martin, Lockheed Martin F-35 Program General Manager. “Italy’s ‘primo volo’ (first flight) sets a firm foundation for Italy’s F-35 program and future opportunities for the Cameri FACO.  My heartfelt congratulations to all who worked tirelessly to bring us to this major international program milestone.”    

Today’s first flight for AL-1 went as planned. “As expected, the jet performed exceptionally well and without any surprises,” Gigliotti said.  “I’m honored to have flown AL-1 on its maiden flight and grateful to the Cameri team for providing a great jet. 

We look forward to continued successes leading up to aircraft delivery later this year.”

The Cameri FACO is owned by the Italian government and operated by Finmeccanica-Alenia Aermacchi in association with Lockheed Martin. The Cameri FACO’s F-35 production operations began in July 2013 and ‘rolled out’ Italy’s first F-35A aircraft, AL-1, in March. AL-1’s official delivery to Italy is expected by the end of the year.

The facility will assemble both Italy’s F-35A conventional takeoff and landing variant and the F-35B short takeoff/vertical landing variant, and is planned to assemble the Royal Netherlands Air Force’s F-35A aircraft in the future.

The F-35A and F-35B will replace Italian Air Force and Italian Navy AV-8 Harriers, Panavia Tornados and AMX fighters.

In addition to its responsibility in the operations of the FACO, Finmeccanica-Alenia Aermacchi also produces the F-35A’s full wing-sets.

The work contracted to Finmeccanica-Alenia Aermacchi, a strategic co-supplier of F-35A full wing assemblies, is one of the largest manufacturing projects for the Italian F-35 program, with 835 full wing assemblies planned. Finmeccanica participates in the F-35 program also with Selex ES, responsible for various onboard electronics.

The F-35 Lightning II, a 5th generation fighter, combines advanced low observable stealth technology with fighter speed and agility, fully fused sensor information, network-enabled operations and advanced sustainment. More than 130 production F-35s have been delivered to customers and have flown more than 38,700 cumulative fleet flight hours, fleet-wide.

 http://www.lockheedmartin.com/us/news/press-releases/2015/september/ItalyF35FirstFlight.html