Showing posts with label Army Air Corps. Show all posts
Showing posts with label Army Air Corps. Show all posts

Sunday, December 28, 2014

Why Air Forces?



I am fully aware of the hate I will attract with this post as I write it, but I think it is necessary to throw out a few punches and set out precise questions which I would be delighted to see answered. It wasn’t my intention to write this, at least until a few days ago, until I was teased into the argument by comments that I personally judge ill-informed, about possibly obtaining savings by removing “sacred cows” identified in the Fleet Air Arm and Army Air Corps.
I very much think that the one big sacred cow in the room, however, is the independent air force in general. I’m not the one who came up with the “100 years experiment” definition for the independent air force, but I will admit that I am inclined to agree with the arguments of those who did. Especially because proponents of air forces so far have failed to present good arguments as a counter. Before I discuss, with a particular focus on the UK, the reasons that make me think the independent air force is too willing to preserve its very few elements of uniqueness at the expense of those elements of airpower which are more closely related to the other two services, I will formulate the base question:


What is the compelling logic behind drawing dividing lines between air power and the military tasks to which it contributes?


Whether you believe it or not (and i'm sure many won't believe to it), I’m not an air force “hater”, nor a navy “obsessed”. I’m “obsessed” with capability on land, on and under the sea and in the air, and with the preservation of it. So I’m not by principle opposed to alternative arrangements. If there are factual evidences and good arguments in support of a single air warfare command which will ensure the Navy’s and Army’s needs are not neglected, I will be glad to hear them. But to be clear from the start, capability-wise, I will always consider a naval-capable squadron, able to serve ashore and shipboard, more useful than a one dimensional, land-constrained squadron. And that's exactly because i'm a great believer in airpower, and want all ranges of airpower applications to be available. Because capability means strategic options, reach and flexibility. If it could be made to work, I’d even unify all three services into one, if it meant making the UK forces a flexible, all-environment instrument. Something which would have, most likely, many points of contact with the USMC. So, if you could avoid the usual accuses of being anti-air force, I would appreciate it a lot. Although I’ve off course known all along, while writing this, that that will be the tone of many of the responses. 
Please also note that, while of course having the RAF and FAA and AAC at the centre of the specific discussion, I’m posing questions not about the existence of the RAF, but in general about the need for the independence of air forces. Worldwide. Because it seems that the issue is indeed worldwide; cue many intestine battles between services, recently including also the spat between Indian Air Force and Indian Army about which service should own the new Apache attack helicopters.
I think it is time to ask questions, and get answers. 




That even experienced military officers believe the air force should not exist as an independent bureaucratic entity, is no mystery. Most recently, in the UK, before and after the publication of the SDSR 2010 there was some rather serious talk of removing duplication and reducing overhead by abolishing the Royal Air Force as an independent service. Most of the suggestions, while coming from high rank officers, where outside the closed doors beyond which the destiny of the british armed services was decided. But even while going on mostly outside the room, the discussion got loud enough that it eventually prompted the then defence secretary Liam Fox to publicly announce that the review of alternatives for the restructuring of the forces would stop short of service merging, and Joint Forces Command instead came out in the end. JFC is, however, in good part another mouse born by the mountain, yet another command added on top of the others, like the earlier “smart” creation of the Joint Helicopter Command, a 2-star HQ to give the Army control over support helicopters which it really should own, but that for some reason are in the RAF. One of the tasks of Joint Forces Command is to preserve ISTAR capabilities, many of which are delivered through air assets, from single-service thinking and ensure that capability, rather than single service ownership, guide the planning.

JFC’s birth however has not been able to avoid the gapping of vital Maritime Patrol Aircraft capability, and it couldn’t even prevent the SDSR from containing the horribly misguided decision of achieving savings by withdrawing Sentinel R1 and Shadow R1 aircraft from service as soon as operations in Afghanistan were to end.
Thankfully, on this front, a victory has been achieved in more recent times by securing (at least until the next SDSR brings to more havoc and infighting) the future of these platforms at least out to 2018. One of several U-turns, some simply massive, which authorize any and everyone to, simply, say that the SDSR as published in October 2010 was as good as toilette paper. The complete failure of that document, evident at first reading to any informed observed, became glaringly obvious for all others already in July 2011, when the promised army of 94.000 regulars was revised all the way down to 82.400, not even ten full months after publishing.

JFC recently obtained another victory by helping the Navy to secure funding for bridging, as much as possible, the gap that was about to open in the capability of obtaining Airborne Early Warning (AEW) surveillance for ships out at sea. AEW is absolutely fundamental to protect ships from over the horizon missile attacks, due to the physical, unavoidable limitations that a surface-mounted radar (such as that of a warship) has in identifying low-flying threats at useful range. Lack of AEW in 1982 was among the biggest weak points in the task force’s capability: warships have been lost due to the difficulties of countering sea-skimming Exocet missiles due to the lack of aircraft / helicopter-borne radars. Despite this awareness, AEW was about to be gapped for four or more years until last year, when funding was won over to life extend the Sea King MK7 and its AEW system out to 2018, while speeding up the replacement programme, CROWSNEST, which will put an AEW radar payload on Merlin HM2 helicopters hopefully in time to almost completely close the gap (even though Initial Operational Capability is still planned in 2020, the first radar sets should be available earlier, hopefully in 2018).

Brutal budget cuts are at the root of the ill informed decisions of the SDSR 2010, of course, but there is more than that about them. Single-service thinking has had an evident part in deciding where to direct the axe. The independent air force has worked to protect its independent core capability as much as possible, while directing the pain on those capabilities more joint in nature. The Nimrod was RAF owned and RAF manned, but its main mission was of crucial importance to the Navy, more than to the air force itself: MPAs are essential in protecting movements of SSBNs and in assisting warships in the difficult job of locating and attacking enemy submarines. It was once said that, due to the range and speed of the Nimrod, it was worth a dozen frigates in terms of area surveillance. Now MPAs are gone, and frigate numbers have definitely not gone up either.

Sentinel R1 is a long range flying radar meant to detect and track fixed and moving targets on the ground. It is a system most useful to the Army, and born out of a British Army requirement dating all the way back to the 70s, indeed, not by a RAF one. The Sentinel R1 squadron is jointly manned, and actually includes hundreds of army personnel. Shadow R1 is another ground surveillance and intelligence asset, a key support for the army, less keenly needed by the RAF. It took the operations in Libya in 2011, which had Sentinel R1 used prominently to track ground targets to the benefit of the air force attack aircraft, to significantly increase support for Sentinel in the RAF top brass.

A whole book would then have to be written about the history of the Harrier, and on how suspicious years of RAF mandated cuts to its numbers look,  up to the final, early demise in 2011, which of course hurt the RAF, but hurt the FAA way worse, leaving it without fixed wing aircraft and leaving the nation without the ability to deploy airpower at sea for almost a decade. The Harrier force was subject to constant funding and manpower squeezes even while covering the Afghanistan deployment: it was never built up to the four frontline squadrons planned. Already in 2006, the three squadrons were instead cut down in size, from 12 to 9 aircraft each. By 2009, reductions had constrained the output so much that the comparison with the Tornado GR4 fleet, still numbering 7 frontline squadrons, was extremely unfavorable, and in early 2010 things got even worse as the frontline force reduced from 3 to 2 squadrons, as one had to re-role as training unit when the existing OCU squadron was disbanded.
In October, it indeed looked right to cut Harrier instead of Tornado due to the massive output difference. However, it soon became evident that the benefit of being a much larger force was partly overrated, as the Harrier fleet was already too small even for achieving the savings needed by withdrawing it from service. The Tornado force had to finally shrink to 5, and then further down to 3 frontline squadrons. It would now be about to drop to just 2, wasn’t for operations in Iraq and for the Typhoon’s enduring insufficient air to ground capability making Tornado the last remaining suitable strike platform. Anyway, there are now 102 Tornado GR4, around half of which parked in the sustainment fleet, sustaining a Force Element at Readiness capability of 18 aircraft. They are almost down to the FEAR of 10 aircraft the Harrier force had at the time of the SDSR.
Had the Tornado fleet shared the pain between 2006 and 2010, instead of being protected at the expense of the Harrier, and had the number of frontline squadrons thus remained more closely comparable between the two fleets, the SDSR would have almost certainly cut Tornado, not Harrier. First Sea Lord Jonathon Band had seen it coming, but too late. He was only able to delay the final blow by a little.

The RAF is not the only service making decisions that cause trouble for another, of course. Again in the SDSR 2010, Navy HQ and Army HQ had a bit of a fight over the intention of the army to disband much of the army capability (artillery and engineers) which support the amphibious Royal Marines brigade. But with the air force, problems seem to be especially frequent and serious.

Although not the happiest of solutions, doing away with the independent air force has merits that go beyond doing the reverse. Absorbing the FAA into the RAF would have marginal manpower impacts unless it meant losing capabilities altogether: after losing MPA and carrier air capability (at least temporarily) I don’t want to think what a merger would bring about. There isn't that much overhead in a force of 5000 in total which i believe has actually quite an excellent track record of efficiency. The Army Air Corps is also quite small, and there isn't going to be much that can be chopped off, unless absorbing it is another way to say erase much of its fleet and output, sacrificing combat helicopters to pay for more fast jets.
Training is already largely joint, so there is not much efficiency to obtain there, either. A merge that puts key naval and army airpower requirements completely in the hands of a separate service? Gods, no. I can see nothing good coming from it.  


Besides, even if you did put RAF and FAA together, there would still need to be a separation. The "habitat" shapes the force: the "naval" part of the service would still have its very own shape, and there is no real way around this fact. Unless you do away with much of the naval requirements when transitioning to an air forces only structure, you end up making the light blue darker to fit what you need it to do. Naval aviation and air forces are separated by a big fact that is as glaringly obvious as it is often overlooked: naval aviators live and operate routinely on land and on ships. Air forces only routinely know land ops. You can readily put a naval aviator ashore, and he will do all you expected him to do. You can’t take an air force pilot and put him on a ship with the same ease. There’s a need for additional competencies and training, and the ship-capable aircraft have different requirements, shape, and equipment fit. You can build an air force on land with aircraft built for naval work and crews trained for naval work. But you can’t do the opposite.
 
There are also issues in how manpower is employed and how much it is expected to be deployed away from home. Even after the recent changes (april 2014) to Harmony Guidelines, the RAF personnel is still supposed to be away from home a maximum of 468 days in 36 months, against 498 for the Army and 660 for the Navy. Previous guidelines were more restrictive and awkward to use because not all of them related to the same 36 months period, and the RAF's ones called for a rather rigid mechanism of deployments and break periods which wasn't really suitable.
Joint Helicopter Command and Joint Force Harrier have both been built based primarily on the Harmony Guidelines of the Royal Air Force, which contemplated shorter tours, more frequent, to a 1 in 5 measure of deployed personnel (like Army guidelines) but with less total time spent deployed. 
In order to synchronize deployments of aircraft and helicopters with the warships, though (which can be at sea for up to 9 months), guidelines have to shift towards Navy values. Please note that the 660 days for the navy are not necessarily indicative of a combat tour, but tipically refer to total time spent away from home base, which normally include a significant number of days spent in foreign ports, getting some rest ashore. Away from home, but not locked in combat. Still, the differences build up to significant numbers, and Sea King HC4s and MK7s have been operating in Afghanistan for a long time looking to meet 660 days targets, due to the respective forces being too small to do differently. Navy personnel has been deployed on long tours with little percentual breaks of service harmony guidelines due to the 660 days figure; RAF personnel, in many areas, has served longer than mandated tours, and this has been reported as a significant breach of harmony guidelines for lots of personnel, due to the target days away being much lower.
In 2009 the Army was also missing harmony figures for the Apache fleet due to the still insufficient number of crews to sustain a 1 in 5 rule (the Apache fleet was basically built up during the conflict, deploying pretty much immediately after achieving entry in service), doing instead a 1 in 4, while Sea King personnel did a 1 in 3-some.
Doing it “navy style”, compatibly with the aircraft’s need for maintenance periods and with the crew’s need for rest and relaxation, offers the chance to do more with less manpower, although 660 days deployed into an enduring conflict would be too much, and would ideally require an adjustement in itself, due to a combat deployment not including days ashore in friendly ports.

On the army front, if you give the Army the support helicopters, you no longer need a JHC either. That's another saving. One that other nations have discovered long ago, by the way. With all due respect to those who serve in JHC and that over the years have indeed managed to make it useful and effective in assuring ground forces access to rotary wing air mobility, JHC remains a duplication created to remedy to another duplication. The army is the user of the support helicopters. Why is the RAF still clinging to them, requiring a purple (read: joint) 2-star headquarters which ensures the army controls how the helicopters are employed, without owning them. Wouldn’t it be simpler if the Army owned the helicopters? Of course it would be.
The RAF refusing to let the Army control the helicopters it needs to move its soldiers on the battlefield is an oddity. I can think of a similar oddity (but even here, less pronounced) in Germany, where the Luftwaffe controls the huge CH-53 helicopters. But this is partially justified by describing them as a “strategic” capability and a complement to the cargo aircraft due to its huge payload and the ability to act as a tactical airlifter from airports to Forward Operating Bases. The army support helicopters (NH-90), however, are all being given to the army aviation. Why? Because that is where they should be, as the army is the user. JHC is an admission of this truth, which just fell short of forcing the RAF to transfer ownership of the resource, and related budget.
Of course, after 2001 other matters have kept the forces busy to the extreme, and thinking of acting such a massive transfer of personnel and machines was unthinkable while being deployed in Iraq and Afghanistan. But with Afghanistan over and budgets being squeezed more and more, it is time to actually solve the problem instead of trying to dress it up nicely in purple robes. 

Cargo aircraft also primarily serve the army’s needs. They transport, of course, supplies to deployed air force elements, but they are there to transport heavy material for the ground forces, vehicles and soldiers. The tactical cargo aircraft have as primary mission the launch of the army’s parachute troops. There is no real reason why Army Aviation can’t take over the cargo fleet, other than the fact that air forces, in the UK and elsewhere, have sought to limit the size and weight and role of fixed-wing aircraft employed directly by the army. In the US, for example, there is a formal “contract”, known as Key West agreement that limits the role of the Army Aviation and reserves roles for the USAF after it obtained independence from the army in 1947.

I have yet to hear actually convincing explanations of why it would be beneficial to put the key capabilities of FAA and AAC into the RAF, instead. This debate has been going on for a long time, not just in the UK, and normally the argument in favor of air forces is that they "understand" and "champion" air power. If we ever get to a real serious debate on the matter, i feel there will be a compelling need to do better than this. Airpower was born and developed in large part before independent air forces came to life. Even strategic bombing started before the RAF. The UK built and employed its first bomber aircraft for initiative of the Admiralty, through what was then the Royal Naval Air Service. The RAF was the first independent air force in the world, and only formed on April 1st, 1918. The Royal Flying Corps for the Army, and the Royal Naval Air Service for the Navy, had developed squadrons, aircraft, tactics, ideas, and fought most of the 1st World War before an unified command took shape.

The USAF had an additional A during the Second World War. It is true that during the conflict it had already obtained a large degree of autonomy, but it was army's territory: US Army Air Force. It didn't hamper the development of airpower effects and application, and it took up to 1947 for the USAF to win independence, and it was in no small part due to nuclear weapons.
Until nuclear weapons were only air delivered, and the bombers were the principal mean of delivering them, it made a reasonable amount of sense to have an independent air force to procure, manage and employ them. But even then, I find the rationale became weak pretty quickly with the nuclear bombs finding their way on interdiction aircraft and even bombers (these especially in the US Navy, of course) launched by aircraft carriers.

There are a few examples in the world of joined up armed services where the air force is the owner of the maritime and army support air elements. One example is Israel, but the naval aviation component is composed literally by a handful of simple helicopters and 3 light aircraft.
Another example is the Netherlands, and another is Canada, the one nation which goes closer to the UK’s force and capability levels, while still not getting close: no amphibious force, no carrier air. It has maritime air wings, aligned to the Atlantic and Pacific fleets, comprising maritime patrol aircraft and ship flights, the latter in very serious troubles due to the catastrophic Cyclone procurement mess. The dutch embarked elements also are in their own maritime group, and also have difficulties of their own due to the endless problems of the NH-90 helicopter.
Even by joining up the elements of air warfare, there is still no escaping the fact that the naval and army support elements have their specific nature and are closely connected to the relative services. I’m not opposed in principle to a single air warfare service, but I’m absolutely not convinced it serves the best interests of the armed forces, nor am I convinced there are compelling arguments in favor of a third service for the air elements. Moreover, putting all air elements in one separate basket requires a joint mentality and a responsibility towards the needs of the other services that I’m just not seeing in the way the RAF has behaved over the years. Regardless of those who think I’m all about the navy, I’m actually obsessed only by one factor: capability. I want to see the widest and most complete range of capabilities protected, and putting the RAF in charge of all air elements simply does not look like it will do the trick.

No airpower element has been or is a genuine prerogative of the sole independent air forces. Naval aviation, or the naval services in general, deal routinely with ISTAR and AEW, satellite communications and surveillance, air defence, air traffic control, ballistic missile defence, deep strike, nuclear strike. Naval aviation shares the sky with the air force, shares weapons and tactics, and at times even shares the same aircraft. What it does not share is the crucial, special ability of embarking on ships and operate from them, and not just from airbases ashore. Operating in the air is not an air force uniqueness, and it is consequently not a valid reason for advocating an air-only service. If we were to separate the services strictly due to the uniqueness of their operating environment, the third service would not be the air force, but the Submarine Service, as there is no environment with the characteristics, dangers and uniqueness of the ocean’s depths.

If we look at the Royal Navy in particular, we see it handles the most delicate and complex of satellite communications, those with submarines out at sea. It handles on a matter of exclusivity the delivery of nuclear weapons with the use of the most complex weapons in service in the UK. It delivers part of the training pipeline for rotary and fixed wing personnel, which is largely already joined up. With the Type 45 destroyer it is the only branch of the british armed forces which is actively looking at possibly building up a kinetic anti-ballistic capability, having tracked satellites and ballistic missile threats during HMS Daring’s 9-month cruise in the Pacific ocean in 2013 and early 2014. Before being dismantled almost entirely in the late 70s, the Fleet Air Arm routinely dealt with air to air refueling and had the ability to fly limited amounts of cargo all the way onto aircraft carriers. The Fleet Air Arm of today has experience only as receiver of fuel, not as giver, as it does not operate any kit of tanker or tanker kit. However, since in the event of any merge the tankers and much of the crew related to them would actually still be the same, this is not as big an issue as it could appear. The naval service is also very much adept to deep strike, being the owner of the Tomahawk missile which so great a role has had in recent conflicts.

In short: there is no shortage of understanding of the merits and possibilities of airpower in the Naval Service. Until HMS Ark Royal (the fourth, the last big-deck carrier of the RN) left service, the Fleet Air Arm actually did most of the high end combat the UK forces have experienced after the second world war. From Korea to the Falklands, moving through Aden, Suez, Borneo. No Royal Air Force aircraft has been in the position to shoot down an enemy aircraft since 1948. RAF pilots have, but only by serving in American and Fleet Air Arm aircraft. While this is not a decisive fact in itself, it is worth reminding.
The almost complete dismantling of the Fleet Air Arm fixed wing element in the late 70s, which almost cost the UK the Falklands, was reasonable (and even then, not entirely) in a defence posture which saw the UK focused on central Europe and self defence. A UK which was very much retreating from much of the world and going towards extreme specialization within NATO: it was all about the Rhine, and anti submarine warfare. Here, aircraft based ashore were, for the most part, sufficient. The Invincible class ships, which after the Falklands war have been called aircraft carriers, weren’t real aircraft carriers: they were born as anti-submarine through deck cruisers meant to carry a large number of ASW helicopters and just enough Sea Harriers (around 6) to hopefully fight away the URSS’s reconnaissance aircraft which would come forwards to locate the NATO warships before giving way to Tu-22 bombers firing large volleys of enormous, supersonic anti-ship missiles from well outside the range of ship-mounted missiles. It was too little air defence capability even for that task, and definitely too little to ever think about effectively fight back large scale air attacks, but the concept at least made some sense. They Invincibles had to be re-invented as aircraft carriers because getting rid of naval aviation was soon proved to be a big mistake, and they did all they could. But they have never overcome their intrinsic limitations.
When the focus has widened again well beyond Europe, the role of carrier air has returned all the more important. A factor which was partially understood and addressed by ordering the Queen Elizabeth class aircraft carriers. But after launching the programme, budget difficulties have caused a lot of hesitation and messing around with the rebirth of naval aviation, leading to a series of compromises that badly limit what could and should be.

There is off course a reason why not all nations have a naval aviation: naval operations have a cost. Aircraft meant to operate on ships are more expensive, also due to the greater training needs for the air and ground crew both. Shipborne aircraft also are normally somewhat limited in their kinetic performance by the unique requirements they have to embody to be able to take off and land in 200 meters instead of 3000. Plus, of course, the need for adequate ships on which to serve.
However, naval aviation gives the full range of strategic options. Air forces are tied to air bases ashore, while naval aviation moves around the world with its own mobile airfield, the aircraft carrier. Often, aircraft carriers won’t be the only game in town during an operation abroad, as airbases will be available within reasonable distance of the targets.
But in other occasions, and the Falklands are an example, land-based air forces just won’t do. The 2001 operations against the Taliban also were heavily dependent on carrier air, which for the initial phase of ops accounted for up to 75% of the sorties. When sand storms blocked land-based aircraft on the runways during Desert Storm, carrier air was there to fill the gap. During the Suez campaign, naval aircraft carried out the most of the air campaign thanks to their ability to deploy closer to the targets. And so along.  
The UK, as long as it will remain a nation dependent on sea trade and globally engaged, will need to be able to apply airpower at sea and from the sea. When a task force puts to sea, it must have its own umbrella of aircraft for protection and support, and the only way to achieve this result properly is by having a carrier and naval aviation on it, trained to operate day and night in the ship environment.
Being able to operate on ships shapes the force like no other requirement. It determines how the aircraft is built and it determines how personnel is trained and deployed. You can unify the HQ level, but the truth is that you will be turning the air force (or at least part of it) into naval aviation. Or you will simply be losing naval capability.
Doing it all from within the air force is something that was already tried in the UK: the Fleet Air Arm formed in 1924 as a “naval” part of the RAF, but experience made it evident that that wasn’t the right place for it, and in May 1939 it was finally separated from the RAF and re-assigned to the Navy. Too late to correct years of neglect before the conflict started, but in time to ensure the Navy had its organic, vital airpower capability, which during the conflict proved absolutely decisive and was quickly rebuilt, adapting air force aircraft and purchasing US ones, into a formidable force.

Naval aviation, at least the fixed wing part, has actually already been re-absorbed into the RAF in the early 2000s, and in my opinion it was the repeat of a mistake. By 2006, the Sea Harrier was gone, sacrificed, along with the air defence capability it assured to the fleet, to fund the RAF Harrier GR7 upgrade and, in smaller measure, yet new fixes and improvements for the ever troubled Tornado F3. The result was the excellent GR9, a great machine for Close Air Support and strike against land targets, but with little to no capability to protect the fleet from air threats due to lack of radar and medium range anti-air missiles. The Royal Navy reluctantly re-directed the Sea Harrier upgrade studies, and even the new, more powerful engine towards the land Harrier, “buying in” into the larger land fleet with the hope of securing at least partial airpower at sea for the long term.
Meanwhile the Tornado F3 was finally given the full AMRAAM missile integration the Sea Harrier already had, but its numbers fell rather quickly afterwards, losing one squadron to cuts (from 4 to 3) in 2003, then going down to just 1 squadrons in 2009, and finally leaving service in 2011. Ironically, the Sea Harrier was denied funding in 2002 because it needed upgrades which were not worth the expense, due to the OSD being “near”. The OSD had then been planned for 2012, when it was still way too optimistically planned that the F-35B would enter service. The upgrade plan was cancelled in favor of adopting the new engine on the GR9, and the Sea Harrier OSD was moved ahead to early 2006.
The Sea Harrier, even without the new engine could have brought its full AMRAAM capability in help of the Tornado F3, while still being available to protect the fleet in case of need. Instead, yet another questionable decision was taken, preserving the land-only Tornado F3, at the cost of opening a capability gap at sea which, even in the best case, was going to last longer than any perceived reduction of capability ashore. Of course, the Sea Harrier FA2 were less numerous (although a significant number of aircraft was actually parked in reserve and could have boosted the operational fleet), had less speed and range and had serious limitations to their ability to land with unexpended weapons on an Invincible class carrier in Middle Eastern summer heat (the reason at the base of the big upgrade plan with new, more powerful engines, which eventually was shelved). But with Typhoon on the way and the days of the Tornado F3 counting down rather quickly, and with the likelihood  of having to shoot down enemy bombers on the North Sea very, very low, a compromise solution would have worked better, and prevented the opening of such a massive and long-lasting gap in the ability to bring airpower out to sea. Tell me, with a straight face, that the dragging forwards of Tornado F3 at all costs wasn’t due, at least in part, to the RAF not wanting to let the small Dark Blue Sea Harrier FA2 serve in QRA, even while controlling them as a part of Joint Force Harrier.
But worse still, as we saw, the Sea Harrier sacrifice was made twice as painful by the fact that even the Harrier GR9 itself ended up having a very short, although glorious, service history. The RAF directed the budget cuts onto the Harrier fleet, again and again, and in just about 4 years from when the Sea Harrier bowed out, it was all over for the whole force. Yes, Tornado GR4 was busy in Iraq while Harrier was busy in Afghanistan: but even so, why cut one fleet and never the other? To sustain an enduring deployment while allowing the crews to have acceptable breaks between a tour and another, you need a minimum of four squadrons. Why was the Harrier fleet constantly cut back and prevented from achieving four squadrons consistency, while keeping all seven Tornado GR4 squadrons untouched until there just wasn’t anything else to sacrifice?
I judge this a failure, because a better balanced outcome was possible, but was not pursued. If RAF control translates into losing every capability that isn’t purely air force branded, then it is the worst possible option.

Now it is planned that the F-35B for the new carriers will be again operated jointly, under RAF command and ownership of the budget line, base and aircraft. Around 40% of the force’s personnel will come from the Navy. Already, there are worries about the future, and about empty aircraft carrier decks. A routinely embarked air wing of 12 aircraft is promised, but the Navy has already leaked fears that the RAF will only release around 6 aircraft on average for at sea duty, and it is no mystery that the RN hopes to have the USMC involved with the new carriers, so that the deck is filled up. If I have to guess what the Sea Lord is thinking, I’ll say that he wants USMC aircraft on board to put pressure on the RAF to ensure that british aircraft are available for embarkation instead. Failing to generate a decent airgroup would be a deeply embarrassing and damaging failure. I will point my finger to France, which is heading for a fleet of 40 Rafale M for shipboard use, owned by the naval aviation. This is not far from than the 48 F-35B the UK currently plans to purchase (with the hope of buying more in the longer term). France is equipping three squadrons of 12 aircraft each, and intends to have two squadrons on board their aircraft carrier every time she deploys, so around 20 aircraft embarked on average. Moreover, the squadron that stays back on the base is routinely employed in providing a Quick Reaction Alert service, taking turns with air force jets to protect French skies. The Marine Nationale is advantaged by the fact that the Rafale B employed by the air force is similar in most ways to the M variant, so only a few M airframes are used in the joint Rafale training squadron. But even so, they remain a good example. It also shows, if it was ever necessary, that providing QRA is not in itself a task that requires an independent air force. It is a relatively routine mission: naval pilots will often be asked to provide QRA-like readiness to take off on the deck of an aircraft carrier, and there’s no real reason why they can’t do so ashore, too.

The pressure will be all on the Joint Force Lightning to match those output levels. Especially because the French aircraft are catapult launched and cable arrested, like US Navy aircraft. The Royal Navy is getting less capable Short Take Off and Vertical Landing aircraft in no small part due to the RAF involvement, as STOVL ship training is cheaper and shorter  than the qualification process for catapult and wires pilots. The need for catapult training would rule out the employment “part time” of land crews on ships, effectively ruling in favor of a Fleet Air Arm again owner of the carrier aircraft, a reversion to pre-2000 arrangements.
It would be very bad if the French output at sea couldn’t be matched, because it would call the bluff of years of ill thought compromises. And it would definitively confirm the fact that naval aviation can’t be an afterthought. With Joint Force Harrier, there was the constant commitment to Afghanistan hiding the problem away. But in the future, the RAF can obviously expect to be watched very carefully. They have obtained control de facto over naval fixed wing resources by over a decade. Now they are largely responsible for success or failure. Good of the First Sea Lord to use everything he can, from the French to the USMC, to put pressure on the RAF to deliver.

The Army and the Royal Navy have clear requirements, and do not need to be told how important airpower, including the ability to manoeuvre troops by air, is. They need to be able to more directly manage their requirements and respond to them with the most adequate equipment programmes, without having to coax a third, independent service into providing what they need. Airpower is essential to any military operation, but the same isn’t true of the air force. Indeed, the independent air force, in the UK in particular but elsewhere as well, has ended up sacrificing elements of airpower of key importance for the ground and naval forces, in order to protect its main focus: land based fast jets. And this is only fine until luck lasts and the lacking capability isn’t exposed by dangers to which there is suddenly no adequate answer.

In conclusion, I definitely do not support the view that the RAF should own everything that flies. I believe there are actually good reasons to believe that removing the RAF as an independent bureaucratic entity would help the retention and development of relevant airpower capability, by ensuring that the users of much of that capability, the army and the navy, have direct decision-making authority. I’m plenty sure that admirals and generals fully understand the merits of fighter cover protecting them from enemy offence, and I fully believe there is no element of modern air warfare which is beyond their understanding.
The explanation that Navy and Army “don’t understand airpower” is exceptionally weak (in my opinion, actually entirely false) and does not seem to have any factual base. Less than ever it could be used today, with the Army coming out of years of constant operations in close cooperation with airpower. The army has probably never had a better grasp of air ISTAR, air support and helicopter manoeuvre than it has right now.
And there is actually historical evidence that Air forces themselves have, in the years, actually been the pulled brake to airpower developments in several occasions. I will make only one monumental example here: the USAF battle against the US Army which almost prevented the army air mobility and attack helicopters from coming into play; a disconcerting case of air force not understanding airpower at all.

This page, put online by Sobchak Security (sobchak.wordpress.com), is taken from the book "The 25-Year War: America’s Military Role in Vietnam", written by Generale Bruce Palmer, Jr US Army; it details one of the lowest points in the history of airpower and is a testament to how wrong the US Air Force was at the time, and how much infighting complicates the job of the forces
What I will recognize is that having a separate service in charge of much of the airpower capability has some advantages in the sense that it comes with its own budget and with its own ethos and fascination over recruits. It is focused just on air programmes, and has to fight its corners only for them.
If the air force budget and personnel is re-assigned to the Army and Navy, suddenly air equipment programmes are more vulnerable because the division between ships, submarines, tanks, guns and aircraft almost vanishes, and competition between so many different requirements within the two services becomes more direct than ever before. This does present some risk, especially in the assumption of ever tighter budgets, which are the very reason why I’m talking of removing one service from the count. But at least the army and navy will be able to set their priorities and act on them without having to try and get them accepted by a third party.
Recruitment and retention of personnel could also experience some difficulties, at least at first. Not to mention that the transition of existing capabilities and equipment would take time and would be a very delicate process. I wouldn’t suggest a solution as extreme as the removal of the air force as independent service if the forces weren’t dealing with the dramatic budget issues that we all know.
Despite the difficulties, that most certainly exist, I don’t see why it shouldn’t be feasible. The expansion of the Fleet Air Arm and Army Air Corps following such a shift would be, in part, a solution in themselves, as they would give a whole different weight to officers of the air branches at the budget table. 
The Royal Navy today finally has a First Sea Lord coming from the Fleet Air Arm, and this is an excellent development in itself, which would become more common if the FAA was to gain weight and importance by expanding in such a way.

I honestly believe it would be refreshing for airpower to be back in the hands of the main users, because budget constraints generate monsters if the users are forced to live with someone else’s decisions, and the SDSR 2010 was a punch in the face of jointery and of military capability. The RAF clinged to Tornado and Typhoon to the very end. Only after everything else had been written off or was planned to be written off did they allow cuts to hit the Tornado line. And I don’t think it was the right course of action for the nation. Tornado is a great capability, and the Tornado force has been the mainstay of the operations in the Middle East ever since the 90s. I love Tornado, I’ve been a fanboy of it in forever, whether you believe to it or not. And I have the greatest respect for the hard work of the Tornado force over the years. But even so, even with all the respect everyone in the Tornado force deserves, in the first decade of the 2000s the Tornado has been disproportionately protected at the expense of other capabilities that never should have ended on the chopping block. Thankfully, in the last two years, some sense has returned and some of the announced, but not yet enacted cuts have been stopped. But with another SDSR on the horizon, the sky is filling with dark clouds.
Since budget cuts are going to stay in play, and more complex decisions are likely ahead, I feel that decisions should be in the hands of the actual end users, to ensure coherent results and an actually balanced range of capabilities. Airpower can act somewhat independently of ground and sea forces in some circumstances, yes. But not in a way that justifies an independent service, and less than ever in a way that puts capabilities on the chopping block to preserve strike jets at all costs. Most of the airpower output, especially for a middle weight airforce like the RAF, which has no strategic bombers, is directly connected to the needs of naval and ground forces. So the decisions must revolve around those needs, first of all. While the number of strike aircraft going down is a concern, it is a greater concern how important elements of wider airpower are being lost. It is in my opinion of little use to have the RAF able to support deployment of a handful more jets on an airfield abroad if the cost is losing the strategic options of being able to deploy jets at sea as well. Losing MPAs and putting Sentinel R1 at risk and failing to keep the Sentry updated is a worse concern than the dropping number of Tornado jets, especially as Typhoon, a decade of service and budget-draining on, finally begins to turn into something useful in air to ground as well. If asked to find new, large savings next year, even with the huge pain it gives to say so, i'm under no doubt that the first thing to go should be Tornado, with a partial offset coming by launching UOR crash programs to get Brimstone and perhaps RAPTOR at least partially integrated on Typhoon ASAP. Any other cut would have far worse, long-lasting consequences.

Many shortcomings and problems have emerged over the years which are very much the result of senseless border lines which dictate what only the air force might control. This is especially evident in the US as well: if the US Navy wasn’t essentially barred from having air tankers of its own to support the carrier strike groups (it has been trying to get them at least since the 80s, but of course the USAF will never let it happen), its capabilities would be pretty much limitless. Instead, it can only have buddy-buddy tanking pods for the sole irreducible purpose of topping up fuel tanks of embarked aircraft so they don’t crash into the sea for lack of fuel if they miss the arresting cable at the first try; depend on the USAF and allies for the rest; and buy hours out of the three old, civilian-owned air tankers of Omega Services. It has been a point of friction between the two services for decades.
It is definitely not a matter of the Navy and Army not understanding certain requirements: it is a matter of being denied the permission to act about them, because the USAF has to be in charge of certain assets (and of the budget lines relating to them). The sorry saga of the Joint Cargo Aircraft is another example, as well as the never ending story about the A-10 (although on the A-10 I will specify that I do not quite share the obsession over it. Good as it is, it isn’t indispensable nor decisive on its own. Even in a decade of COIN wars it has had an all in all limited role, and in a high intensity war against a peer enemy I wouldn’t bet on it having a good experience). The situation of the joint expeditionary EW squadrons of the US Navy are another example of how unnecessarily awkward it gets at times: Growler squadrons by any other name, closely related to the embarked ones in the carrier air wings, to operate on land they need to embed USAF personnel and get the USAF's "blessing". To which i ask, really...? 

I finally return to the title: why air forces? Is there an actually unique contribution they make that is not due to the other services being barred from taking care of business on their own? What actual difference would it make if the army controlled cargo aircraft and support helicopters and the Navy controlled air tankers, naval and amphibious support helicopters and fast jets ashore as well as on the aircraft carriers?
Airpower is one thing, an Air Force another. Airpower was born well before the independent Air Force, and it is not at all a private domain of air forces. Actually, most of the great revolutions of airpower use in war have little to do with independent air forces. Nobody needs to be convinced about the crucial importance of airpower in any aspect of warfare, but there is plenty to explain about the merits of an independent service structure and overhad for it.

So, what is today’s rationale for independent air forces, since the original one, the belief that strategic bombing could fight and win wars on its own, has been proven false multiple times? What is the irreplaceable contribution made to airpower by the separation of the air command from the users? I honestly can’t see it. Less than ever after the SDSR 2010. But as I said, I will listen to counter arguments, if they go beyond “the air force is large, and efficiency is only possible absorbing the small” and “the air force’s job is flying, so it should do it all”.
Actual arguments, please. 


Tuesday, July 29, 2014

Flying training in the British Armed Forces


UPDATE 24 October 2014
The Affinity team is confirmed as preferred bidder in the race to replace the fixed wing training fleet. Final negotiations underway, FlightGlobal reports ("T-6C to head UK military training renewal", by Craig Hoyle, 24 october 2014). It is also confirmed that Linton on Ouse will no longer be a training centre, with the Tucano replacement based in RAF Valley. There is no official word on the base closing, yet, but it looks like it is the natural follow on event.

Meanwhile, as the article says, 57(R) Squadron has moved into RAF Cranwell by 6 October 2014. 





Royal Air Force Number 22 (Training) Group is responsible for the recruitment, selection, initial and professional training of RAF personnel as well as providing technical training for the Army and Royal Navy. The Group provides education and continual development throughout individuals’ RAF careers. The HQ is based in High Wycombe. 


22 Group does not deliver just Flying Training. It also controls Signals training, including the Royal School of Signals, and other technical training, but the purpose of this article is to overview the air training, which is delivered under Director Flying Training (DFT). 


 DFT directly controls the Central Flying School in RAF Cranwell, the 1 Flying Training School in RAF Linton-on-Ouse, the Defence Helicopter Flying School DHFS RAF Shawbury, the 3 Flying Training School in Cranwell and the 4 Flying Training School in RAF Vallery. 

No 2 Flying Training School has been stood up this year to control Air Cadet flying training, as will be seen later in the article, but the organisation has no direct link to the frontline crew formations. 

Elementary Flying Training is delivered by No 1 Elementary Flying Training School, with HQ in Cranwell.  

Middle Wallop delivers Operational Training to the Army Air Corps helicopter crews. All elements shown on the map will be explained in the article. Elementary Flying Training is leaving Wyton this year as the resident squadron moves to Cranwell and Wyton ceases to be a flying station; more on this later.
 

As of early 2014, an estimate of 250 ab initio pilots and 60 ab initio crewmen enter the system each year. The british flying training pipeline also trains some 40 foreign students on average, under International Defence Training agreements and contracts, such as with Saudi Arabia. 




The UK Military Flying Training System contract



In 2008, the MOD signed a 25-year Public Private Partnership contract for the delivery of flying training to students from all three the armed services. The contract was signed with ASCENT, a joint venture between Lockheed Martin and Babcock. The role of Babcock is aircraft and equipment maintenance, and airfield support. Lockheed Martin and CAE personnel are involved for support to simulators and electronic training.

As part of the agreement, the MOD sets the requirements and standards of training, while supplying airfields and fuel. ASCENT is responsible for delivering the training courses and for renewing the training aircraft fleets. ASCENT has first of all taken over the legacy, existing fleets and training arrangements, and started to deliver the reworked capability areas in progression.



The first capability area to be touched was Fast Jet Training (FJT), with the order of the 28 Hawk T2 advanced jet trainers and the construction of a new hangar and a two-storey training centre in RAF Valley. The first course began on 2 April 2012.



The second capability area to be touched was Royal Navy Observer training, with ASCENT signing to take over the Observer Training Flight in 703 NAS at Barkston Heath, and with an order placed for four new Beechcraft King Air 350 (Avenger T1 in Royal Navy service) trainer aircraft, assigned to 750 NAS in Culdrose. Avenger flying operations began on 11 April 2012, with the first four Observers graduated in January 2013.



The renewal of other capability areas has been slowed down by reviews, budget uncertainty and cutbacks to the number of crews the UK need to train as the armed forces shrink. The cuts of 2010, in particular, were devastating in this sense, and led to the disbandment of several legacy training squadrons.



ASCENT is still due to renew Elementary Flying Training (EFT), Basic Flying Training (BFT), Multi Engine Pilot Training (MEPT), Rotary Wing Training (RWT) and the RAF Rear Crew Training (RCT2, with RCT1 being the RN Observers training, delivered).



In 2012, with the turmoil of cuts and disbandments passed, it was decided that ASCENT would proceed with the renewal of EFT, BFT and MEPT. A Request For Proposals was put out in December, and three team bidders stepped forth:



BAE Systems, in team with Babcock, Gama and Pilatus proposed maintaining the existing Grob 115E (Tutor T1) fleet for the EFT, while using Pilatus PC-21s as replacement for Tucano T1 for BFT and new Cessna Citation Mustangs replacing the Beechcraft King Air 200 for the MEPT.



An EADS Cassidian-led team comprising CAE and Cobham proposed the Grob G120TP for EFT and the Beechcraft T-6C for BFT. Their proposal for MEPT is not known.



Finally, Affinity Group, a team made up by Elbit Systems and KBR, proposes the Grob G120TP for EFT, the Beechcraft T-6C for BFT and the Embraer Phenom 100 for MEPT. Note that both of the known proposals for MEPT come with twin turbofans, instead of the turboprops which have been the norm this far. The RAF going ahead will only have the A400M and Shadow R1 propelled by multiple turboprops, and evidently it is assessed that turbofans will deliver better training. It still is curious, however, that the Beechcraft King Air 350 is not considered: one would think that commonality with the Shadow R1 fleet and Avenger fleet would still be attractive, even if maintenance is carried out by Babcock under the contract arrangements.



News reports suggest that the Affinity Group is going to win. An announcement is (or at least was) expected before the end of this year. At ILA Berlin Air Show earlier this year, a presentation by Ascent said that contract award is expected in the first quarter of 2015. In May 2017 Cranwell would begin receiving the first new Elementary Flying Training aircraft, and the first student course would start in December 2017.

The new Basic Fast Jet Trainers would begin arriving at RAF Valley in April 2018, with the first student course in January 2019. The METP would see deliveries of the new trainer aircraft beginning at Cranwell in October 2017, with the first student course starting in June 2018. 

The Phenom 100 could be the next multi engine trainer
 
The T-6C could replace the Tucano



The Rotary Wing Training should select the way ahead by around 2018. The replacement of the legacy training fleet was delayed in 2012, and the contract covering the existing fleet and arrangements was extended out to 2018, but the old Squirrel and Griffin are increasingly inadequate, with their old avionics being in no way representative of the glass cockpits and systems the crews will find on passage to the frontline. The Rotary Wing Training at DHFS Shawbury currently is delivered by FB Heliservices.



AINoline in one article said that a RFP for the renewal of the Rotary Fleet was expected this month, but so far there have been no news. Confirmations that the competition is to begin soon have filtered, though, and Airbus is already positioning itself to offer the EC-130 and EC-135, Flightglobal reported from Farnborough.

Work has also begun to define the RCT2 training package for rear crewmen.



By 2019, if there aren’t further changes and delays, all the training packages might be delivering. One current training base, RAF Linton-on-Ouse, is expected to lose its Basic Fast Jet Training role, which will be consolidated in RAF Valley under current plans.



As is explained in greater detail in this article, RAF Valley is very likely to see the disbandment of 208(R) Squadron by around 2016, and it appears that the idea is to use the room freed by it to house the BFT school and its single flying squadron.



Another installation which is seen as at risk is Middle Wallop. The Army is resisting calls to concentrate helicopter training completely in Shawbury, as it believes that Middle Wallop is perfectly located to provide the right challenges to pilots undergoing Operational Training Phase: the base’s airspace is crowded, and the closeness to Salisbury Plain and to important Joint Helicopter Command bases and fleets is assessed as being extremely beneficial to training.



670 AAC Squadron, in Middle Wallop, uses 9 Squirrels updated by the army with a moving map display, a simulated ­defensive aids system panel and night vision goggle-compatible anti-collision lighting to support formation flying at night. They are able to deliver a much more complete and operationally relevant preparation to crews before they move on to 671 Sqn (OCU, or better Conversion To Type unit for Lynx, Gazelle and Bell 212) or 673 Sqn (Conversion to Type unit for Apache).



The future of Middle Wallop hangs in the balance of a number of choices regarding the delivery of training in the future. Will the Army’s Operational Training Phase be sacrificed on the altar of savings, or anyway absorbed somewhat by the future RWT in Shawbury? As the Wildcat replaces the Lynx, the Gazelle eventually leaves service and the handful of Bell 212 face an uncertain future, will 671 remain? The Wildcat fleet has its training centre in Yeovilton, and 652 Sqn is earmarked as the OCU: either 671 Sqn vanishes and gives its role completely to 652, or both squadrons stay, one delivering Conversion to Type training and one Conversion to Role (more advanced training, specifically focused on operational, tactical use of the machine). The same uncertain future faces 673 and the Apache force. As the attack regiments restructure, it is not at this stage publicly known how training will be reorganized.



The Apache pilots, after completing their initial training or after coming from another type, move to 673 Sqn in Middle Wallop. This is the Apache Conversion To Type training squadron, which delivers 8-months training courses to form the crews of the attack helicopter.
Achieving conversion to type, however, is not at all the end of the training. Conversion to Role prepares the crews for actually flying combat missions.  



3 and 4 Regiment AAC have borne the burden of a constant presence in Afghanistan for all these years, by adopting a two-year cycle that sees one Regiment committed to operations and one in supporting role.
For example, in its operational year, 4 Regiment would cover the 12 months by deploying each of its three squadrons for a 4-month tour, modelled on RAF guidelines (which have been selected by Joint Helicopter Command, the higher authority the AAC responds to).
In the same 12-months period, 3 Regiment, in the supporting role, would deliver Mission Rehersal Exercise (MRX) support to troops preparing for deployment; Operational Conversion Training and a token Contingency force available for new operations, such as Op Ellamy in 2011.

One squadron on rotation between the three in the Supporting regiment would be tasked as Conversion To Role (CTR) unit, inglobating the Air Manoeuvre Training and Advisory Team (AMTAT). The Squadron would also hold Station Airfield responsibilities, looking over Wattisham, and would deliver training for shipboard operations, delivering Deck Landing Qualifications (DLQ).

Effectively, this arrangement was considered a 5 + 1 solution of five deployable squadrons and one training unit.


Under Army 2020, if the plan hasn't been revised further, the idea seems to be to reduce the Attack Regiments to binary formation, with two squadrons each, in line with the new binary structure of 16 Air Assault Brigade.
In addition, one squadron, while no longer frontline tasked, would remain as “OCU” unit: this could be, judging from the fate of 654 Sqn, the future of whatever squadron will be selected within 3 Regiment AAC once involvment in Herrick is over and the regiment is restructured to its binary Army 2020 structure.

What is not clear is if this “OCU” based in Wattisham would complement 673 Sqn by delivering Conversion to Role training, or if it would replace 673 and deliver both Conversion to Type and Conversion to Role courses.



The future of 671 and 673, their continued existence and their basing, will be decisive for the future of Middle Wallop. It is far from impossible to imagine the MOD pressing the Army to concentrate Wildcat CTT and CTR in Yeovilton and concentrate Apache training in Wattisham, in order to close down Middle Wallop.

The future of 670 Sqn and Operational Training Phase is also crucial for the future of the base. Its replacement might come through a new requirement, outside UK MFTS, which was explained by deputy commander of Joint Helicopter Command, Brigadier Neil Sexton, in January 2014. The brigadier went on record saying that the MOD is now looking at a Surrogate Training requirement, which might help cover the Operational Training requirement and download some of the training flying from expensive Wildcat and Apache airframes to a much cheaper, but representative, machine.
In January, the idea was described as having small fleet of smaller, cheaper surrogate training helicopters (indicatively six for each base) equipped with dummy systems and adequate human-machine interface to enable highly realistic training at lower cost. The pilots will need to be able to move seamlessly from the surrogate to the real thing.
A key factor is that this requirement would be detached from the DHFS, which would continue to deliver Initial Training. 



Such Surrogate Trainers could be an excellent solution, but being based alongside the helicopters they would represent, they would do nothing to save Middle Wallop, as they would be housed instead in Yeovilton, Wattisham, Odiham, Benson.



In other words, going ahead, as the training pipeline is renewed, at least two bases risk being lost: RAF Linton-on-Ouse and Middle Wallop.



The UK MFTS, on its part, will go ahead with just four bases: Barkston Heath with the Defence Elementary Flying School; Shawbury with the Defence Helicopter Flying School, Cranwell and Valley, plus Culdrose if we include 750 NAS and its operations. 

Another training unit that will be impacted in future is the SARTU, based in RAF Valley. The Search and Rescue Training Unit will undoubtedly be affected by the passage of SAR duties from the military to the Depertment of Transport in 2016. 
SARTU provides ab initio rearcrew students with an introduction to SAR helicopter techniques in both the Winch Operator and Winchman roles. This training includes mountain and overwater helicopter operations. SARTU also provides a selection course and dedicated rearcrew training to meet the needs of the UK SARF and 84 Sqn RAF. 84 Sqn, based in Cyprus, will remain and will maintain its SAR capability, so a residual SAR training capability will be needed, but it is not clear how it will be delivered. 




On behalf of DHFS, SARTU also delivers tailored SAR courses to foreign and commonwealth military and civilian customers.
Finally, the unit runs a number of staff courses to form Qualified Helicopter Instructors (QHI) and Qualified Helicopter Crewman Instructors.  
 





The training pipeline



A 22 Group presentation, released in 2011, shows the arrangement of flying training post-SDSR. I’ve modified the slides slightly, to include the RN Observer course and to include training squadron indications.

 





In more detail, here I will explain the passages of the training process:







RAF Direct Entry personnel and/or trainees with University Air Squadron experience first of all undergo the Initial Officer Training IOT at the Officer and Aircrew Training Unit (OACTU), RAF College Cranwell. They then move into the flying training pipeline, beginning with ground school courses in Cranwell (No 3 Flying School) which are the same for all three services, and thus Joint in nature (purple color in the graphic).

RAF students then progress into RAF No 1 Elementary Flying Training School, which puts them into courses flying the Grob Tutor. As of 2011, the course lasts 24 weeks, including 55 flying hours.  

The school stood up in 2005 with 3 squadrons: 16 (R) Sqn at Cranwell, 57 (R) Sqn at Wyton and 85 (R) Sqn at Church Fenton.

85(R) Squadron was disbanded in August 2011 due to the reductions coming from the SDSR 2010 and RAF Church Fenton was closed down during 2013.

57(R) Squadron is due to transfer into Cranwell by the end of August as Wyton ceases to be a flying station and fully transforms into the Joint Forges Intelligence Group station, part of Joint Forces Command. 

Tutor T1
 

Following the EFT phase, RAF students are streamed either to the multi-engine (ME) line or to the fast jet (FJ) line or the rotary wing line.  



Army Air Corps and Royal Navy personnel are first graded by the squadrons 676 AAC in Middle Wallop and by 727 NAS in Yeovilton respectively. Both squadrons use a handful of Grob Tutor aircraft supplied by Babcock under contract for this task.

After moving through ground school in Cranwell, Army and RN students move to the Defence Elementary Flying Training School in Barkston Heath, where they train on the Tutor aircraft of either 674 AAC or 703 NAS. The courses are a bit different: RN personnel flies 55 hours vs 40 for the Army, and has 24 weeks long courses compared to 13 to 14 weeks for the Army personnel.

A limited number of Army students move into the Multi Engine stream to train for the Defender / Islander fleet of 5th Regiment AAC, while the others progress into the Rotary Wing Stream.



RN students move on to the Rotary Wing Stream or to the Fast Jet Stream.

In addition, the Royal Navy needs to train Observers:  they receive a purposefully designed training from Observer Training Flight, 703 NAS, before moving to 750 NAS for training on the Avenger T1 (Beechcraft King Air 350 supplied under UK Military Flying Training System).

In 750 NAS, RNAS Culdrose, the observer students are prepared for systems and sensors management and all-weather aircraft operations before going to serve into the rotary wing pipeline.








The Fast-Jet path moves on through No 1 Flying Training School in RAF Linton-on-Ouse, where they fly on the Tucano T1 with 72(R) Squadron. 124 flying hours are amassed as part of a 40 weeks instruction course.

The other squadron of the school, 76 Sqn, was disbanded as a consequence of the SDSR 2010. 


 
Tucano T1
When Basic Fast Jet Training (BFJT) is completed and the wings are obtained, the training moves to RAF Valley, where No 4 Flying Training School completes the job delivering Advanced Jet Training with the Hawk T2 of IV(R) Sqn, with a course of some 36 weeks including 120 flying hours.

 





The ME path includes a 5 weeks Multi-Engine Lead-In (MELIN) course flown on Tutor and overseen by 45(R) Squadron, before the Multi-Engine training proper is carried out on Beechcraft King Air 200 flying from Cranwell with 45(R) Squadron, followed by the passage to the relevant Multi-Engine OCU squadron. 

Beech King Air 200
 
For ME training, RAF Students coming from Elementary Flying Training and students from the Defence Helicopter Flying School which decide to re-role have to pass through a Multi-Engine Lead In (MELIN) course lasting 5 weeks with 12 flying hours on Grob Tutor.

This is not necessary for more experienced personnel re-roling or re-streaming from other branches. Depending on their preparation, they are sent either to Multi Engine Advanced Flying Training – Long courses of Short courses, which lead eventually to passage in the fleet OCU squadrons.

Army personnel directed to the Defender/Islander fleet move through a purposely designed MELIN course lasting 6 weeks and including 19 flying hours on Tutor, before passing through a ME AFT Long course.

 



RAF personnel moving to the rotary stream (either coming out of RAF elementary flying training or re-streaming from various points of the fixed wing careers / training paths) move through the same ground courses faced by Army and Royal Navy pilots coming from the Defence Elementary Flying Training School.

After the classroom instruction, all students, from all three services, move through the Single Engine Rotary Wing courses delivered by 660 Sqn AAC and 705 NAS at the Defence Helicopter Flying School in RAF Shawbury. The helicopter employed is the Squirrel HT1. 

 
Squirrel HT1


After this course is completed, paths separate: RAF personnel streams into the (60) Squadron Lead In Course (SLIC), and moves on towards Multi Engine Advanced Rotary Wing training, flying 77 hours on the Griffin HT 1 of 60(R) Squadron RAF. 

 
Griffin HT2. In the HAR2 variant, it serves in Cyprus with 84 Sqn.


Army and Royal Navy personnel, curiously, do not face a multi-engine training course, despite all the Army and RN helicopters being multi-engine (with the exception of Gazelle, as long as it is in service). Navy personnel instead move through the Maritime Ops Lead In Course (MOLIC) at 705 NAS before reaching the OCU squadrons. They only receive their wings after completing the training at the OCU squadrons. 

Army personnel face the Army Lead In Course (ALIC) at 660 Sqn AAC, before moving to Middle Wallop for the Operational Training Phase (OTP) flown on the Squirrel HT2 of 670 Sqn AAC. The successful students get their Wings, and then move on to 673 Sqn (Apache OCU) or 671 Sqn (Lynx, Gazelle, Bell 212 OCU) for Conversion To Type training. 




Crewmen (loadmasters, EW and intelligence operators etcetera) are trained starting with the Non-Commissioned Aircrew Initial Training Course, lasting 11 weeks and delivered by the Officer and Aircrew Training Unit (OACTU) RAF Cranwell, followed by a Weapon System Operator Generic (WSOp Generic) lasting ten weeks and delivered by 45(R) Sqn.



Crewmen and Navigator / WSO for Tornado were once trained on the Dominie T1 (version of the BAE HS.125) by 55(R) Squadron at Cranwell, but the squadron was disbanded and the aircraft withdrawn from service in January 2011.



As of 2014, however, the way forwards for rear crewman (Fixed Wing) training is still a bit up in the air. The RAF is considering ways to incorporate some of its crewmen training needs into 750 NAS at Culdrose, for example, while it waits for a more effective solution that might be years away. The Military Flying Training System project includes a RAF Rear Crew Training requirement (RCT2, since RCT1 has been contracted, delivered and is operating, being 750 NAS itself) but so far it has not progressed in any significant way. The purchase of a new fleet of rear crew training aircraft is not currently funded, so it is to be assumed that the RAF will have to make do for quite a while still, meeting the requirement by exploiting the aircraft used by 45(R) Squadron for Multi Engine training, and possibly exploiting some of the capability of the RN’s Avenger aircraft in 750 NAS.

 





The Flying Training Schools 


No 3 Flying Training School – RAF Cranwell



Flying Wing provides training for multi-engine pilots using the seven Beechcraft King Air B200 aircraft of No 45(R) Squadron.



The Wing also incorporates Central Flying School (CFS) Tutor Squadron, Ground School Squadron, Air Traffic Control Squadron, Operations Squadron, General Service Training Squadron and the Meteorological Office.



The Central Flying School is the RAF’s primary institution for the training of military flying instructors, for testing individual aircrew, audit the Flying Training System, give advice on flying training and provide the RAF Aerobatic Team. Established at Upavon on 12 May 1912, the Central Flying School (CFS) is the longest serving flying school in the world.





No 1 Elementary Flying Training School – RAF Cranwell 

 

(1 EFTS) has its Headquarters at Rauceby Lane, Royal Air Force College Cranwell together with the Central Flying School. The School is responsible for fixed wing elementary flying training for pilots of all 3 UK armed forces and for pilots from some overseas countries.

Following the disbandment of 85(R) Squadron and the closure of RAF Church Fenton, the school comprises two RAF squadrons:


16 (R) Sqn at Cranwell,
57 (R) Sqn at Wyton; transferring to Cranwell this year


The EFTS stream also includes 703 Naval Air Squadron and 674 Squadron Army Air Corps at the Defence Elementary Flying Training School, RAF Barkston Heath.

Flying the Tutor and “training the trainers” for the EFTS stream is 115 (R) Sqn of the Central Flying School (CFS) at Cranwell (transferring to RAF Wittering this year), and 14 University Air Squadrons (UASs) based at 12 different locations around the country.



The University Air Squadrons offer flying training to undergraduates and represent a way to experience life in the RAF without / before joining. There is no obligation to sign up for RAF service at the end of the UAS period. All UAS are equipped with the Tutor T1. As we have seen earlier in the description of the training pipeline, the training in the UAS is not necessarily part of the preparation of RAF crews.







No 1 Flying Training School – RAF Linton-on-Ouse



The school delivers Basic Fast Jet training, using the Tucano T1. The school used to have two BFJT squadrons, 72(R) and 207(R), plus 76(R) squadron to deliver air navigation training, as part of the WSO courses.

However, the SDSR 2010 with its cuts ended the WSO training line, leading to the disbandment of 76(R) Squadron in May 2011. The reduction in the number of personnel to be trained also led to the disbandment of 207(R) in January 2012.



The School retains a single flying squadron, 72(R).

Personnel from Central Flying School is on the base to train the Tucano Qualified Flying Instructors.





No 2 Flying Training School – RAF Syerston



This school was stood up only recently, and in January 2014 took command of the RAF Air Cadet’s national gliding, which means controlling the world’s largest fleet of gliders. The school commands 25 Voluntary Gliding Squadrons which deliver a training program for up to 45.000 cadets in the age range 13 to 19. The school represents the first full time reserve officer position, at Group Captain rank, in a flying command appointment. Full time reservist officer Group Captain John Middleton is the first commander of the school.



The school brings training for the Air Cadet Organization back under RAF roof. The ACO is sponsored by the Royal Air Force but is not a recruiting organization. It is to be noted, however, that up to 50% of RAF personnel will on average have been a cadet in youth.

The ACO is made up by two areas:



The Air Training Corps is the RAF's cadet force, and is divided into six regions, 34 wings and around 1000 squadrons within communities around the UK.



The RAF section of the Combined Cadet Force (RAF). Combined Cadet Force welcomes cadets of all three services coming together in approximately 200 independent and state schools across the UK.



The cadets receive flying training thanks to instructors of the RAF Volunteer Reserve (Training). The flying experience is delivered by the Air Experience Flights and Volunteer Gliding Squadrons.

12 Air Experience Flights based mainly on RAF Stations provide air training for the RAF Section of the Combined Cadet Force.


















 
Viking T1
 
Vigilant T1


The Air Training Corps gives air experience to cadets mainly through the Volunteer Gliding Squadrons. Manned by RAF Volunteer Reserve (Training) personnel, the 25 VGSs are based all over the UK and comprise 8 Conventional Glider Squadrons, equipped with the Viking T1 glider; and 17 squadrons equipped with the Motor Glider Vigilant T1.



Conventional Glider Squadrons



  • 614 VGS (MDPGA Wethersfield),
  • 615 VGS (RAF Kenley),
  • 621 VGS (Hullavington),
  • 622 VGS (Trenchard Lines),
  • 626 VGS (Predannack),
  • 644 VGS (RAF Syerston),
  • 661 VGS (RAF Kirknewton),
  • 662 VGS (RM Condor),




Motor Glider Squadrons



  • 611 VGS (RAF Honington),
  • 612 VGS (Dalton Barracks),
  • 613 VGS (RAF Halton),
  • 616 VGS (RAF Henlow),
  • 618 VGS (RAF Odiham),
  • 624 VGS (RMB Chivenor),
  • 631 VGS (RAF Woodvale),
  • 632 VGS (RAF Ternhill),
  • 633 VGS (RAF Cosford)
  • 634 VGS (MOD St. Athan),
  • 635 VGS (RAF Topcliffe) (Formerly at BAE Samlesbury)
  • 636 VGS (Swansea Airport)
  • 637 VGS (RAF Little Rissington)
  • 642 VGS (RAF Linton-on-Ouse),
  • 645 VGS (RAF Topcliffe),
  • 663 VGS (RAF Kinloss)
  • 664 VGS (Newtownards)



The Volunteer Gliding Squadrons are being equipped with simulators as part of the standing up of the No 2 FTS. 25 simulators have been ordered and will be distributed one in each VGS. The RAF hopes to later purchase additional simulators, aiming for a final fleet of 17 Vigilant T1 simulators and 10 Viking T1 simulators.





No IV Flying Training School – RAF Valley



The School delivers advanced fast jet training and retains two flying squadrons, 208(R) with the Hawk T1/1A and the IV(R) Sqn with Hawk T2. As has been explained earlier, the position of 208 Sqn is quite precarious, and the unit doesn’t seem to have a long future ahead. 



Advanced Training for Qualified Flying Instructors (QFIs) is delivered by the school on behalf of Central Flying School.



IV Squadron is the current core of the UK Military Flying Training System, and is in the history book as the first strand of training capability completely delivered via MFTS. The Hawk T2 entered service beginning in 2011 to deliver advanced training at an higher level than was possible with the T1. The glass-cockpit T2, with its built-in simulation capabilities, is able to deliver advanced training to such a level to allow the fast jet OCU squadrons to reduce the length of their courses and cut the number of flying hours. This saves a lot of money, since Hawk T2 flying hours are assessed as costing up to 10 times less than Typhoon hours. Every bit of training that can be downloaded from the OCU to the training squadron, in other words, means money saved. 





The squadron is supported by a purpose-built training centre, the Moran building, containing the classrooms, the simulators, the maintenance and administration spaces, and all other components of the unit’s life. Training on the ground is carried out in four electronic classrooms (Classroom-Aided Instruction), and on the laptops assigned to each student, which are fitted with Computer-Based Training software. All flight manuals are electronic.

Going up in complexity, the training centre has six Flight Training Devices, which are mini-simulators that can be linked together and be programmed to simulate the front or rear cockpit depending on need. The FTDs are simpler than a full simulator, and can be used by the student on its own, for self-training and rehearsal, while still being advanced enough to include simulated basic radar use.



There are then two Full Mission Simulators (FMSs), which are not full-motion, but provide motion-cueing in the seat. Apart from the lack of full motion, the realism is absolute: the simulators are treated like real aircraft, and the students only enter them while wearing full flying gear. The dome-screens can project accurate imagery reproducing any part of the UK, thanks to a complete mapping database.

The rate of live flying to simulator in the Squadron is roughly at a 50:50 balance point, overall, with wild differences in the various phases of the instruction: instrumented flying is taught up to 80% in the simulator and just 20% in flight, while air combat training is 90% done in flight.

Flying missions are carefully planned through Hawk Advanced Mission Planning Aid (HAMPA) with briefings held in five Virtual Briefing Rooms.

The beneficial effect of simulation is measured in an improvement in success rates: on the Hawk T1, up to 10% of the students would fail their course, while less than 0.5% of students fails the new generation course, a very significant improvement.



A permanent contractor presence is on the base to ensure continuous availability of the simulators and electronic systems, and the instructors are all former servicemen chosen among the most experienced. 



The Hawk T2 (Advanced Jet Trainer) delivers much improved training thanks to its avionics, and in particular thanks to built-in emulation capabilities. Although the Hawk AJT can be fitted with external stores and real weapons, training is only done with emulation, which ensures huge savings. The Hawk T2 has an advanced cockpit with HUD, moving map display and navigation displayed on three Multi Function Displays arranged in the same pattern found on Typhoon.

Emulation steps in to give the student what the Hawk actually does not have: it emulates stores and weapons, threat warning system and synthetic radar. All of it can be linked in real time to other Hawks to provide realistic, immersive training.

The trainer in the back seat can inject simulated threats in the equation in any moment, in order to make things complex for the student. 



The Hawk T2 on delivery was only programmed to deliver generic MRAAM and IR missile emulation, plus HUD indications for cannon fire. Basic, generic air to ground weapons were also emulated. By the end of 2012, however, Ascent has been given clearance to train the students at SECRET level, with the introduction of specific emulation of AMRAAM, ASRAAM and Paveway IV employment.

The core training course is classified RESTRICTED, and continues to use generic weapon simulation, so that this course can continue to be offered to foreign countries wanting to have their pilots trained in the UK. IV Squadron will have a small surplus of capacity due to the cuts the RAF suffered in 2010, and will be able to take on a number of foreign students even after 208(R) Squadron eventually disbands.

The students don’t use these weapons for real in the course, but fly their delivery and launch profiles, and get accurate digital emulation. Thanks to the HUD recorder and to HAMPA, full debriefings can be carried out after landing, for maximum training effect. By the end of the training course, pilots fly Multi-Role sorties which include low-level flight towards a simulated land target to be hit with Paveway IV. On the way in and out, the student must face simulated threats including enemy interceptors, which are countered with simulated AMRAAM use. AWACS communications is also incorporated in these complex training sorties. 

The new hangar with the Hawk T2s
 
The Hawk T2 could be armed with gunpod, external fuel tanks, missiles and guided bombs, but in its training role it normally only carries a ventral fuel tank, and uses digital emulation to triain students in weapons employment.


Hawk AJT and related simulation equipment are also Night Vision Goggles and Air to Air Refuelling capable, so there is potential for further downloading of training events from the OCU squadrons to IV Sqn. Considering the savings that this would enable, it is likely that in the near future this possibility will be exploited.



29 Squadron, OCU for the Typhoon fleet, expects to be able to shorten its own courses and cut flying hours because of the higher capabilities students have when they arrive coming from the Hawk T2 courses. Some 65% of OCU training is now delivered via simulation, and the RAF aims to improve the ration in serving frontline squadrons (25% simulation, 75% live flying) to aim to the same 50 : 50 ratio promised by the F-35.

In order to achieve this result, the RAF is planning to buy more Typhoon simulators: currently there are four in Coningsby (two Full Mission Simulators and two Cockpit Trainers) and two in Leuchars (will transfer to Lossiemouth along with the aircraft) and the idea is to purchase a further four (2 for Coningsby, 2 for Lossiemouth) and link them all together for large virtual training scenarios.

The Typhoon Training Facility in Coningsby, meanwhile, will be fully staffed by industry personnel by the end of this year: BAE will hire and supply instructors, chosen from ex-servicemen with experience. The civilian, ex-military instructors will benefit from greater stability, and from the lack of additional tasks that they would have if they were RAF personnel.



Ahead of the withdrawal of the Tranche 1, which includes a great share of the 2-seater Typhoons, the RAF is also experimenting whether times are mature for doing away with the 2-seat. F-22 and F-35 notoriously don’t have a twin-seat trainer variant, and Typhoon in future might follow, as the trial activity “Pandora’s Buzzard” has demonstrated that pilots can fly their very first Typhoon sortie solo, without need for an instructor in the back, even after receiving a 100% simulator OCU course.

Now, such an extreme approach is unlikely to catch up anytime soon, but much reduced need for 2-seaters and live flying are pretty much ensured: better training aircraft in earlier phases of training, and greater use of simulation appear to be the way forwards. 

Simulation will also be key in the F-35 training. A OCU squadron for the F-35B force is planned to stand up around 2019 in RAF Marham, and an Integrated Training Centre will be built on the base to house the simulators and training aids. The UK hopes to train foreign F-35 personnel at the centre, and a preliminary agreement is in place with Norway. 





A great overview of the Typhoon OCU training is available online here.






Other training and training support squadrons



In here I want to include an overview of the remaining air training units, which aren’t or are only partially touched by UK MFTS, and which deliver operational training support.



208 Squadron, RAF Valley: part of No 4 Flying Training School at RAF Valley, 208(R) Squadron flies the legacy Hawk 1. Initially, it was thought that a short transition course on the Hawk T1 would be needed for pilots coming from the Tucano, to soften the move from it to the glass cockpit, advanced Hawk T2 trainer, but it has actually been proven that such a passage is completely unnecessary, and by the end of 2012, with the Hawk T2 fully established in service, british pilots training became the task of IV Squadron, with the T2.



208 Squadron was on the edge of being disbanded, and for all the year its manpower dropped in preparation to the end of the unit, but it was given a last minute reprieve as part of a contract signed with Saudi Arabia for the training of RSAF crews, which began with a first course in February 2013.

208 can so continue to deliver its services, including some training for Royal Navy pilots destined to tours on Super Hornet in the US or Rafale in France, and personnel destined to the Tornado GR4 line. Typhoon students all move through IV Squadron to exploit the greater capabilities of the Hawk T2.



But for how much longer will 208 be around? The survival of the squadron goes against the mechanisms of the UK Military Flying Training System contract, and is justified as “irreducible spare capacity” in the legacy training fleet. As the MFTS kicks fully into gear, however, the training fleet will be restructured to much more tightly conform to the national, british requirement, diminishing significantly the room available for International Defence Training (IDT). As is noted in the RAF Airpower 2014/15 yearbook, the incoming reduction in IDT capacity might mean savings in financial terms for the training fleet, but has negative consequences on the capability of UK Defence to actively engage with foreign partners (british flying training being a very successful engine of international cooperation) at a time in which, formally, “soft power” and “forward engagement” are the buzzword. Not a very coherent line of action.

Some negative effect could also be experienced when it comes to military aerospace export, as the offer of british flying training has, in the past, proven to be an effective tool for making the british offers more attractive on the market.  



The Saudi deal that kept 208 Squadron alive is temporary in nature: it is an interim solution for the Royal Saudi Air Force, which needed a gap filler ahead of the standing up of an adequate training pipeline in Saudi Arabia with the 22 Hawk AJTs that the country purchased. In 2012, ahead of the final agreement, the estimated length for the pilot training arrangement was 3 years. By 2016, in other words, it might be over. Saudi Arabia will begin receive its Hawk AJTs in 2015.





100 Squadron, RAF Leeming: flying from RAF Leeming with the Hawk T1/1A, 100 Sqn serves in a mixed target facilities role (the closest to USAF Aggressor squadrons the RAF gets), supports exercise and training activities and provides dedicated aircraft in support of the Joint Forward Air Controllers Training and Standards Unit, which is also based in Leeming and is the only NATO and US Joint Services accredited schoolhouse in UK Defence to train Joint Forward Air Controllers.



The question for the future of this squadron is the same question facing the Red Arrows and 736 NAS: what after Hawk 1? For now, it seems that the OSD of the Hawk 1 has been moved to the right again, out to 2020, in order to gain time for a decision on the way forwards. A further purchase of Hawk T2 might or might not be the solution to the problem.





736 NAS, RNAS Culdrose and RNAS Yeovilton: recommissioned on 6 June 2013 and first deployed to RAF Lossiemouth for exercise Joint Warrior in October the same year, the squadron is a maritime aggressor unit equipped with 14 Hawk T1. The Squadron is based in Culdrose, with a detachment in Yeovilton. 736 NAS was formed from an amalgamation of the Yeovilton Hawkdet (formerly Naval Flying Standards Flight (FW)) and the Fleet Requirements and Air Direction Unit, a unit of civilian contracted pilots provided by Serco Defence and Aerospace which flew Hawks in simulated air and missile attacks against Royal Navy ships in pre-deployment training. 



The Hawkdet remains as a 736 Detachment in Yeovilton, and the tasks of the FRADU have been all taken over by the new, uniformed squadron. The Hawks simulate enemy fighter aircraft attacking the ships, or high-speed sea-skimming missiles which are fired against ships to allow the crew to train in the procedures to avoid and reduce the damage caused.

The pilots also fly missions for the students of the Royal Navy School of Fighter Control. Fighter Controllers are responsible for controlling and guiding the friendly fighter assets assigned to a group of ships.

In a similar role, the aircraft are also tasked to support the training of RN Observers in the Airborne Early Warning role for 849, 854, and 857 NASs. These missions involve airborne fighter control, as well as the identification of ground targets.



736 NAS hopes to in future serve as an Aggressor squadron in support of training, particularly for the F-35B when it comes. Again in support of the F-35B force build-up, 736 NAS will provide an invaluable holding unit where pilots coming back from exchange in the US or France on F-18s and Rafales can continue to fly and stay up to date, while also refreshing UK maritime methods ahead of the passage into Joint Lightning Force.





115(R) Squadron, RAF Cranwell: 115(R) is tasked by the Central Flying School with the conduction of the flying stage of the training course for new Qualified Flying Instructors (QFIs). The squadron runs two courses, Main and Refresher, which are meant respectively to prepare new instructors the first, and to re-qualify instructors which are switching aircraft type or have been away from teaching for too long. The squadron basically trains the trainers that will then serve in Elementary Flying Training squadrons (16(R), 57(R), 703 NAS, 674 AAC). The squadrons does this on behalf of the Central Flying School in RAF Cranwell, which is the RAF’s primary institution for the training of military flying instructors, for testing individual aircrew, audit the Flying Training System, give advice on flying training and provide the RAF Aerobatic Team. Established at Upavon on 12 May 1912, the Central Flying School (CFS) is the longest serving flying school in the world.



115(R) Squadron employs the Grob G115 Tutor T1. The squadron is transferring this year from Cranwell to RAF Wittering.





Joint Services Air Tasking Organisation JSATO: JSATO is a small organization with HQ in Yeovilton which tasks the aircraft and systems employed in support of air training. They are in particular associated with the fleet of 14 Dassault Falcon DA-20 provided under contract by Cobham Aviation Services to support advanced training exercises.

6 DA-20 are based in Durham Tees Valley International Airport, and have the primary mission of supporting RAF exercises. A second flight of 6 DA-20 flies from Bournemouth, primarily tasked with Royal Navy training. A further 2 aircraft are held in reserve as part of the contract, and resources from the two flights can be mixed to provide service to RAF or RN in any moment.



The DA-20 modified for JSATO service is a crucial element in combat training as it delivers Electronic Warfare and radar jamming to complicate the work of fighter jet pilots, AWACS operators and radar crew on ships and helicopter AEW of the Navy. 

The aircraft is fitted with a powerful ESM suite located in a fairing under the fuselage, and can carry up to 4 pods under the wings which give it a series of capabilities, including that of electronically impersonating fighter jets (such as Su-27 and Su-30, for example) with their sensors and armament.



To do that, the DA-20 carries an Air Threat Radar Simulator; an I/J band jammer to disturb interception radars; an E band Jammer to disturb AWACS and a Rangeless Airbone Instrumented Debriefing System (RAIDS) to interact with other aircrafts in training and deliver accurate, detailed mission debrief after landing.

The aircraft also has an ALE-40 chaff dispenser so it can defend itself like a real combat aircraft, adding further realism.

A part of the aircraft are fitted with Real Time Monitoring System, which takes information via the RAIDS network and allows the crew to serve as Range Training Officer, monitoring the exercise as it happens.

The DA-20 has a crew of 3: a captain, a first officer and an EW Operator. Usually, Cobham hires ex-servicemen to serve in these roles in the JSATO fleet.



The DA-20 puts ships and aircraft, including Sentry E-3D and Royal Navy Sea King ASaC helicopters, in the condition to train realistically and face the disruption of electronic warfare and jamming, while extensively simulating the radar and armament capability of enemy attack aircraft. The DA-20 of course is not a fighter jet, but it brings the electronics to bear, supporting the Aggressor squadrons (100 RAF and 736 NAS) who deliver the kinetic part of the training with the Hawk.

The Hawks do the maneuvering, and the DA-20 cloaks them indirectly to turn them into missiles and enemy fighters. The combination is pretty potent, and comes at an affordable price.



Under the contract, Cobham is to provide 3500 hours of flight in support of RN training, 2500 hours in support of the RAF and 500 contingency hours each year.