The Austrians paid less than €61 m per aircraft, flyaway. (This was the figure given in a leaked Austrian document when Typhoon won). The price was subsequently reduced when the scope of the deal was changed to include surplus Luftwaffe aircraft.
The $140 m you quote is a crude unit programme cost, based on dividing the overall estimated contract value by the number of aircraft on order.
The Saudi contract included major investment in infrastructure (production facilities, for example) and training, and not just the supply of 72 Typhoons.
I do believe that the Saudis have paid more for their aircraft than any other customer, and that the UK changed the basis on which Typhoon prices were quoted in order to give the Saudis the impression that they were paying around the same as the RAF.
Bear in mind that prior to 2005, the Unit Production Cost of Typhoon was a true unit production cost – the marginal cost of producing each additional aircraft – not including programme costs, NETMA running costs, QinetiQ fees, R&D and programme costs. It was broadly equivalent to a US flyaway or unit production cost.
Calculated according to those parameters, the cost of a Tranche 1 Typhoon was about £45 m (£45.45 m if memory serves). The NAO MPR said: “The contract for the first Tranche of 148 aircraft, of which 55 valued at some £2.5bn are for the UK, was signed in September 1998.”).
The R1 and R2 upgrades that bring T1 jets to Block 5 standard (NAO: “retrofit of Tranche 1 aircraft to Tranche 2 standard (+£117m))” add £2.12 m per aircraft.
The cost of a Tranche 2 Typhoon was just over £42 m, according to the NAO. In fact, this is a bit high, as the Tranche 2 production contract totalled €13 Bn ($16 Bn US) for the 236 aircraft in the tranche. That’s €55 m/$67.8 m each. On 17 December 2004, when that contract was signed, the rate was 0.68545, so €55.08 = £37.76 m. By including some UK-specific costs (and some costs that render the result costlier than a true flyaway) the resulting figure recognised by HMG and the NAO was £42 m.
ALL OF THESE PRICES ARE IN LINE WITH THE FIGURES RELEASED BY THE OTHER PARTNER NATIONS, AND THE PRICE PAID BY AUSTRIA.
It’s safe to assume that the unit flyaway that Greece will be expected to pay for a Typhoon will be somewhere around this level (£37-45 m, €60-68 m), perhaps plus a six or seven per cent export levy.
This makes the Typhoon marginally more expensive than Rafale, and quite probably marginally cheaper than an F-35.
I can understand the confusion, since in the UK NAO Major Projects Report 2005 (MPR05) a figure of £64 m was quoted as a Unit Production Cost. It has subsequently become clear that this WAS NOT A UPC. It was based on the production costs for only the 144 Tranche 1 and Tranche 2 aircraft that are currently on contract – but included R&D and other costs that should properly be divided across all three production tranches, making it meaningless as a proper average cost. (If you include some costs for 232 aircraft, some for 144 aircraft, dividing the total by 144 does not give a real unit cost, obviously). Moreover, it included QinetiQ and NETMA costs, which make it invalid as a UPC or flyaway. It does not represent the price that an export customer would pay as a UPC or flyaway.
Dassault is desperate for an export sale, and I’m sure that they will have pitched Rafale VERY competitively in Brazil (an existing Mirage 2000 operator). It’s entirely possible that Dassault could offer Rafale to Brazil for less than the AdlA pay (especially to the first export customer) whereas the EF heads of agreement dictate that all customers pay more than the four partner nations.
I suspect that it’s academic, as I’d expect Gripen to win this on offset/industrials, or Super Hornet on politics.
I hope that I’m wrong. This is one I’d like to see Rafale win.
We went to exped warfare in the 98 SDR?
We’ve been doing expeditionary warfare far longer than that, and we’ve been doing it without needing carriers. Granby, the Balkans, Sierra Leone (where they used a carrier, but where land based FJs would have got there quicker/cheaper), Telic, and on the ongoing ops.
Again, if HNS is unavailable, an operation would be politically unsustainable anyway, or we could rely on our allies. Better by far to be properly equipped for the 95% of ops we will be going on, rather than sacrificing real, vital capabilities so that we can afford the niche capabilities we may never need.
Then again the RAF are well used to staying home while the other services do the real fighting arent they!
That shows your agenda all too clearly, but does at least ensure that no-one will consider you bright, whatever the circle…..
And the incursion of a Blackjack to within smelling distance of the fish docks at Grimsby should perhaps alert you to the fact that the requirement for UK AD did not disappear with the end of the Cold War.
Again, saving £6-7 Bn on CVF and another £12-15 Bn on JSF would allow us to spend properly on the real defence priorities, rather than toys for the Admirals.
Jonesy,
It’s yours that’s the claptrap, chum.
We needed carriers only once (’82). We’ve used them occasionally since, but land based air power could always have got their quicker, and done the job better and more cost effectively.
CVF represents a ridiculously expensive way of mounting a very limited nmber of sorties – and won’t be able to reach many areas of interest without overflight permissions. Carrier air hasn’t proved very useful in either Afghanistan or Iraq.
Yes land based FJs rely on local basing, but so do the tankers and ISTAR assets on which CVF’s air wing will also rely, much of the time.
And if host nation support is unavailable, then chances are that any op will be unsustainable.
The choice is between spending obscene amounts of money on CVF/JSF (a capability we’ll never need, and if we did, could rely on the US to provide) or on spending on the capabilities we need every single time we mount military operations.
Carriers may be great for flag waving and holding cocktail parties, but pretending that they represent a cost effective means of projecting air power is deluded, and no amount of dark-blue wishful thinking is ever going to dispell that. As to “global presence”, it’s about time that Britain tailored its military capabilities and aspirations to what it can afford to pay for.
It isn’t, actually.
The root cause is a complete lack of money in the defence budget, and against this Lockheed’s continuing inability to guarantee a price and capability standard does not help JSF.
And while better on the carrier, Rafale and Super Hornet are inferior in the air.
First, I think we should be binning JSF and the carriers. It would save the biggest part of £20 Bn, which would free up the funds we so badly need to buy enough support helicopters, tankers, and to provide the right kit for recce and SEAD.
At the end of the day, carrier aviation is an expensive ‘nice-to-have’ niche capability at a time when financial realities dictate that we should be spending money only on “need to have” capabilities and programmes.
We have needed carriers only once since 1956 (though we have used them a few times) – and the Falklands were a pretty unique set of circumstances. If Argentina threatened again, we would not need carriers.
If we are to persevere with CVF, I remain convinced that JSF is the best option for equipping it. Only a STOVL type will allow the basing flexibility that we need, and only STOVL will avoid the kind of training burden that makes most carrier aviation units unavailable for routine shore based operations.
If JSF were unavailable, and if you still had to proceed with CVF, then I’d favour Rafale or Super Hornet, if you were going to ignore cost. But when the RAF already has Typhoon (and all of the logistics infrastructure to support Typhoon) and when the UK is committed to buying 232 Typhoons, it makes sense to me for some or all of Tranche 3 to be delivered in a carrier compatible configuration.
Rafale or Super Hornet would not ‘count’ against the 232 aircraft commitment, and would require a massive training and support infrastructure. We should be looking to reduce the number of FJ types in service, not buying another one. So no to Rafale or Super Hornet for the UK.
Unless, of course, the US made a reciprocal agreement to purchase an equivalent number of Typhoons (perhaps for deployable US ANG squadrons, or for the Aggressor/Adversary community) or unless France took an equivalent number of Typhoons (which would give the Armée de l’Air a better air defence aircraft).
But again, in current circumstances, unless the UK discovers an appetite for much higher taxation and government spending, the best solution is to cut BOTH CVF and JSF, and spend the money saved on the military capabilities that we actually need, rather than those that give aircraft enthusiasts raised on ‘Top Gun’ a ‘hard on’.
I don’t know. Looks slightly better than the usual routine but still somewhat flimsy compared to what this raffie does.
Nice twinkling rolls and a beautifully choreographed routine but nothing that we haven’t seen in a thousand F-16 displays – Belgian, Dutch, Norwegian and USAF. The only time the nose is off axis is during the stabilised high Alpha flypast – nice enough, but no HAVV rolls or anything like.
But then the linked Typhoon display (DA1 at Rivolto, probably flown by Chris Worning) is a bit of a snore, as well (no worse, but not much better than the linked 2007 Rafale display, ten years on).
Typhoon 1’s “another exceptional demo” is Maurizio at Paris…. so is no better than CW’s display. The HAVV roll at 1:39 is VERY tame.
Again: Has no-one got video of the Farnborough displays by Keith Hartley?
Hyperwarp’s “one from 98. One of the very few available.”
http://www.youtube.com/watch?v=mPOOldlZymw
is John Turner, not Keef, though the HAVV roll at 1:36 is still pretty good.
AASM is certainly a huge advantage for Rafale, and will remain so until Typhoon has a stand off PGM (the new Brimstone, perhaps).
In anything but an Afghan/Iraqi scenario (where Litening and EPW is fortuitously quite a useful A-G fit) Rafale enjoys real advantages over Typhoon in the A-G role, as you’d expect.
But for a customer (like Greece) wanting a better A-A aircraft, I’d say that Typhoon has a useful edge.
I’d rather have ASRAAM, PIRATE and a helmet than IR Mica, and I’d certainly rather have Captor than RBE-2.
Pricing remains interesting. Dassault haven’t actually sold a Rafale outside France, yet, but we do know that unit programme cost of Rafale is now just ahead of Typhoon’s. Dassault claim a significantly lower unit production cost, however. Whether Dassault will be able to undercut Typhoon in Greece remains uncertain – though they must be so desperate now for a launch order that they’re bound to bend over backwards to try to do so.
Europe needs Dassault in the fighter game, so I hope that they can get a Rafale order from someone.
“I would presume that a display by an FGR.4 or T.3 would be even more punchy?!”
I wouldn’t!
The production jets have more thrust, and higher g limits, but the best displays were by DA1/2/5, which had less cautious AoA limits.
Tdriver on PPRuNe (and we can guess exactly who Tdriver is….) said:
“Few idle thoughts on the string. You’re right, Lomcevak, in the effect of power on turning radius in these jets: setting idle power at the top of a loop will lower base height by 500 – 1000 ft, depending on start conditions, height, speed and so on.
It also depends a lot on just where the AOA limiter is set, and that tends to fall out of the clearance processes that define what you’re allowed to test. For all these aircraft, all the initial clearance work comes from lots of modeling in seriously good simulations. For example, before Typhoon’s first ever flight clearance, a minimum of 500 hours qualification testing was flown in the simulator, looking not just at the basic aerodynamics and handling, but also all the worst case tolerances on things like air data accuracy and CG management – and that’s on top of the many more hours spent before that in just developing the design and aerodynamics.
However (and here, put on your Health and Safety at Work mindset) it’s still a simulation based on lots of estimated data, e.g. wind tunnel data and lots of computational aerodynamics, as opposed to “real” aircraft data, so there needs to be a degree of caution in how you apply the simulation results. This might mean, for example, that you won’t clear the aircraft to fly to the maximum AOA you fly in the sim, because you haven’t the necessary level of confidence that the data (in these non-linear, difficult to predict areas) adequately predicts the real performance.
That’s a good philosophy to start with, but then you go fly the real aircraft, match flight data with aero model data and explain, understand and remove the differences, and your flight clearances get better. Or do they? You can actually end up in the Catch 22 situation where you can’t get improve the data because you can’t get the clearances to get the data to improve the clearances. As the exceptionally capable, and often very frustrated flight control system design team test pilot said, the only truth is from God’s wind tunnel, so we have to go and fly to get the truth. But in a heavily politicised, process-driven and risk-averse development environment (and that’s the customer as well, don’t just blame the contractor) it can be impossible to find anyone prepared to sign their name to the clearance. (And no, pilots are never invited to sign clearances until well after others have deemed it appropriate.)
It’s an interesting philosophical test dilemma. I flew the first carefree trials in Typhoon with an AOA limiter set higher than the current service limit, but subsequent modelling (not related to the flight test results) made the clearance empire reduce the limits for general testing, and that inevitably ended up in initial service. Notwithstanding that, the jet was absolutely solid at the peak AOAs, no matter what I did to it and I remain certain that there’s still more usable lift (at much higher drag) at and beyond the AOAs I saw. No, I don’t have the numbers to prove it (Catch 22 again) but I do have judgement and feel – which is why you use human pilots for this, instead of an autopilot.
Back to the subject matter of displays. I also flew some displays in the jet, both with the earlier (higher) AOA limit and the subsequent service limit. The fundamental difference was that with the higher AOA I had some extra drag to play with, which made a big difference in speed control – I had something to help balance out the stunning thrust. In contrast, at the service AOA levels I could fly much of the display at full back stick but still had to sometimes play with the throttles to keep speed under control. (As Tarnished says, you don’t have a problem getting speed back in these jets , but you can have a problem getting rid of it!)
Indeed I did, although I don’t recall doing anything that challenged the envelope. It’s one of those deceptive things: I used to just fly the jet slow, but not at or near the AOA limit, because a) with lots of wing even a non-limited but reasonable AOA you’re still a fair bit slower than guys at the time were used to, b) because it means you’re around longer so people have more time to look, and they tend then to see more than there is, c) it means the turn radius is small = close = looks impressive and d) with all that wonderful thrust on tap, getting speed or going up through the vertical is no challenge at all. In addition, the prototypes (that was DA2) had lower g limits than production aircraft, so going faster would potentially make you g limited and in the worst case make you look like a USAF F16 display pilot who’s ordered to keep his speed above 400 kts at all times. I also tried to tell guys that although it was a prototype, it weighed much the same as a production aircraft, courtesy of a ton and a half of test instrumentation. And only 92% production thrust too…. Sigh!”
So, let’s see some video of KH’s displays at Farnborough ’98/2000.
Can someone find a link to a video of one of Keith Hartley’s Typhoon displays?
Flex,
That’s silly. The Typhoon has demonstrated more in airshow routines than Gripen, Rafale or any of the teen series. Turns tighter, points the nose further off axis, etc.
It doesn’t do any of the Russian-style post stall manoeuvring – no tail slides, cobras etc.
I said that the F-4 “was an improvement over the Lightning” overall. I merely pointed out that an aircraft that could be beaten in combat (even in limited circumstances) by its predecessor can’t really claim to represent a step change, quantum leap.
Frequent RAF and NATO exercises did not show that a “a well flown F-4 was more than a match for the Lightning” quite the reverse.
The Phantom did mark enough of an improvement to be a useful replacement for the Lightning, with a useful expansion in capabilities. But it was not the kind of ‘quantum leap’ that the OP was looking for – and the fact that a Lightning could usually wipe the floor with an F-4 WVR was evidence that in some (very limited and arguably relatively unimportant) respects, the F-4 was a retrograde step.
And in the RAF context, its arguable that the F-4 marked a giant leap over the Hunter in the No.38 Group role – which was all about deployable out of area ops from austere bases with minimal support. In many respects the Hawk would have been a better Hunter replacement in this narrow role, pending the availability of the Jaguar. And that’s why the F-4’s career with 6, 54 and 41 was so short.
In RAF Germany, the F-4 did mark a vast improvement over the Canberra in the conventional role, but as a means of delivering US supplied nukes (the primary role), it was a very worthwhile improvement, but it did not represent the kind of step change we’re looking for. In the recce role, the Phantom pod’s IRLS was obviously a major improvement, but the loss of the Canberra’s night photoflash capability and bigger cameras represented a real loss of capability. Again, the F-4 brought useful improved capabilities, but though superior overall, represented something of a compromise.
Thus my conclusion that the F-4 was an improvement but not a giant leap.
The Tornado F3 marked a significant improvement over the F-4, but was probably not a giant leap in its original in service form.
Because its subsequent career was so inglorious, it would be easy to overlook what an improvement the Blenheim marked over the Demons, Harts, Hinds and Audaxes that it replaced. Without the outbreak of war in ’39 I suspect that we’d be remembering the Blenheim as marking a ‘step change’.
And we should not forget the Fairey Fox – the first bomber that really could outpace fighters of the day, rendering it briefly immune to interception.
The Phantom did not offer the ‘leap’ you claim.
It did offer improvements, and some new capabilities, but not a quantum ‘step change’. In the strike role, the Phantom did not offer as great a leap as you’d think over the Canberra B(I)8, (the Buccaneer did) and in the air to air role, it was an improvement over the Lightning, but not by enough to stop the Lightnings regularly trouncing Phantoms on exercise.
The Tornado F3 did not mark a massive improvement over the F-4, though the Tornado IDS arguably was a real ‘leap forward’.
The Typhoon does offer a step change in capability by comparison with the aircraft it is replacing, as the Lightning did over the Hunter, and as the Canberra did over the Lincoln/Mosquito.
In the Maritime arena, the Nimrod MR2 marked a real ‘leap forward’ (more than from Shack to Nimrod MR1), and in the Elint world, Comet to Nimrod R was a giant leap.
Adequate for the representative sorties flown in the States, though you’d be more likely to have a spiker with two tanks and four bombs, and ‘bombers’ with six bombs and a centreline tank.
Typhoon is a BAI/CAS platform with six bombs and Litening, not a long range interdictor. With two tanks, four bombs, Litening, four Meteor and two ASRAAM the jet has a respectable combat radius.