A modern day British jet fighter

I could imagine that Britain could build her own jet fighter, with a fairly recent POD.
Sweden and Taiwan have much smaller economies than Britain and both build their own combat jets. The Saab Gripen is probably well known to most posters but this Taiwanese jet might be not http://en.wikipedia.org/wiki/AIDC_F-CK-1_Ching-kuo

To me the question seems to be not if Britain could, but why should she?
There seem to be some good economic reasons for an international collaborative effort, namely that it can be ensured that the costs for research and tooling up can be spread over a larger number of planes. In theory, the same effect could be achieved if Britain develops the jet fighter alone, and then a lot of other countries obligeingly buy British. But then, of course, who says that it is Britain they have to oblige? These other countries might buy from the French or Americans, or they may have the same bright idea as the British, develop their own plane and hope that a lot of others will buy from them, and not the British.

By the way, Britain is by no means the only country to develop jet aircraft and then cancelling them. Canada (Avro Canada Arrow), Germany, (with at least 3 VTOL jet projects that flew in the Sixties), Israel (the Lavi fighter), Switzerland, .... the list could probably be continued.

From what I have read in Derek Wood's Project Cancelled the TSR. 2 was indeed an impressive plane. I admit that I am a layman, but I still wonder if there is any real reason to lament the cancellation of the Saunders Roe SR. 177. Isn't a rocket engine, even in a mixed powerplant design, very uneconomical as far as range is concerned? Have there been any rocket or rocket / turbojet powered fighter projects after the Fifties? Have any ever seen service (apart from the desastrous Messerschmitt 163)?
 
The doubt in my mind is the numbers of any machine we could produce in this country.

We no longer have a manufacturing base at any level in the UK. We import our trains, ships, cars and electrical goods. Anything that purports to be, made in England, is usually assembled from components manufactured abroad.
 
The doubt in my mind is the numbers of any machine we could produce in this country.

We no longer have a manufacturing base at any level in the UK. We import our trains, ships, cars and electrical goods. Anything that purports to be, made in England, is usually assembled from components manufactured abroad.

And what would it take to fix that?

I think the union hellraising that dominated 1970s Britain and Thatcher's reprisals for it probably had much to do with it.
 
Numbers is a major reason why the POD has to be over 50 years ago. Unless Britian is equipping a large RAF, a RN-FAA with a pair of fleet carriers and good prospects for exports it could not make a fighter production run profitable. But with a different trajectory from WW2 those circumstances are easily within reach.
 
And what would it take to fix that?

I think the union hellraising that dominated 1970s Britain and Thatcher's reprisals for it probably had much to do with it.

I think you are quite right about that, but the fix is the problem as far as we are concerned in the UK.
 
The doubt in my mind is the numbers of any machine we could produce in this country.

We no longer have a manufacturing base at any level in the UK. We import our trains, ships, cars and electrical goods. Anything that purports to be, made in England, is usually assembled from components manufactured abroad.

The last sentence could be applied to any number of countries. Anything that purports to be made in the USA, or Germany or ....[insert country] is usually assembled from components manufactured in other countries.

"We import our trains...." I do not see this as a problem at all, as long as you can pay for these goods with other goods or services, which the British certainly can. It is not that you have mass starvation in the UK, or is it? A sentence patterned like that: we no longer produce our own .... whatever ... also is true for any number of countries, that no longer produce a given type of goods, but import these goods and pay for them with other goods or services which they can provide more cheaply or in a better quality than the goods they have ceased to manufacture.
 
The last sentence could be applied to any number of countries. Anything that purports to be made in the USA, or Germany or ....[insert country] is usually assembled from components manufactured in other countries.

"We import our trains...." I do not see this as a problem at all, as long as you can pay for these goods with other goods or services, which the British certainly can. It is not that you have mass starvation in the UK, or is it? A sentence patterned like that: we no longer produce our own .... whatever ... also is true for any number of countries, that no longer produce a given type of goods, but import these goods and pay for them with other goods or services which they can provide more cheaply or in a better quality than the goods they have ceased to manufacture.

Exactly, that is why our aircraft are joint ventures.
 
From what I have read in Derek Wood's Project Cancelled the TSR. 2 was indeed an impressive plane.

I tend to be a bit wary of mourning TSR2 myself. After all, it's something of a myth that it was cancelled, never to be seen again. Put simply, an awful lot of the TSR2 design work re-emerged when the Tornado project got going (look at pictures of the two of them - the family resemblance is obvious), and whereas I have heard many words used to describe Tornado over the years, "impressive" has rarely been one of them.
 
New Here

Hello, I've 'lurked' here for some time.
Being interested in aviation, also a source of employment (airline engineering including the last 7 years of a certain supersonic airliner!), I could not resist this subject.

Typhoon is essentially, a BAe design, with particular German input in areas like the positioning of the intakes-see BAe's P.110 then how collaborative projects looked afterwards.
(P.110 got no further than mock up since in 1981, the Government decreed that any new combat type had to be multinational).

The massive array of cancelled projects through the 50's and 60's ingrained in government, the Treasury for sure, that multi national was the only way to go.
I also think it saved the UK industry, it allowed design and construction to carry on, the alternative was just licence building US types.

P.1154 most likely would not have worked, four poster nozzle config was the practical way to go for subsonic VSTOL, not for supersonic.
(Hot gas re-ingestion, heat/ascoustic damage to the airframe, likely needing special surfaces for land operation-rather losing the whole point of VSTOL).

Only now, with the (Rolls Royce) lift fan in the modern technology package of the F-35, are we seeing practical supersonic VSTOL.
(Do not underestimate the UK contribution here, while not at the level of a Eurofighter partner, BAE, R/R and others are well above just a minor contractor/licenced builder).

I wrote the following on another site, to a question on TSR-2;

In 1957, a Defence Review foresaw the near end of manned military aircraft.
Missiles would provide defence, others provide deterrence.
The RN, still then with an 'East Of Suez' role, would be unscathed, (apart from most projects in the UK being axed by the review).
The RAF would retain a residual role, as part of the then smaller conventional 'tripwire' in Europe, and for 'out of area' too.

For the RAF though, this meant far fewer combat aircraft. Hardly any 'fighters' as such.
So when a new Air Staff Target, for a low level strike bomber was requested, they made sure they would pack in as much capability as possible.
At the same time, the forced merger of UK aerospace companies, arguably long overdue, one merger, between the innovative builders of the Canberra, then the Mach 2 Lightning fighter (which only just escaped the '57 review, but had further developments to greatly increase it's capability beyond fast climbing, short range interception, cancelled too), with the long established Vickers, produced BAC.

BAC, won the requirement, to produce a strike aircraft with up to 1000 miles range, Mach 2 at high level, supersonic at low level, in all weathers, with automatic terrain following, short airfield capability, stuffed also with side looking recce radar, countermeasures, to penetrate the most heavily defended airspace, delivering nuclear or conventional weapons with great accuracy.
It would serve in Germany and 'out of area'.
A pure bomber, but BAC drew versions with swing wings too, much in vogue then, for perhaps a more multi role version later?

When I say Vickers and EE merged, I meant in the all too often botched way UK companies did this (you should have seen what BA was like for a few years after BOAC and BEA merged in 1974).
The result was a much delayed project, with lack of communication, duplication, costs soaring.
If this was not enough, the project itself was a massive technological challenge, a whole slew of new techniques, concepts, would be needed, especially in the avionic field.
In the faster changing, shorter aircraft service life era of the time, the '57 review had effectively deprived UK industry of a generation of types, at least flying/in service.

At this stage, early on (1959/60), an in service date of 1966 mas mooted. A bit like expecting to get Concorde into pax service in 1972!
Costs rose inexorably, the first flight date slipped and slipped.
In the press, in politics, TSR.2 was a lot like V-22 Osprey has been in the US for a long time.

Finally, in 1964, the first prototype flew, for the next few months, it would demonstrate fantastic performance.
By now, 1968 was the earliest in service date, but without much of the advanced avionics at that stage.

In October 1964, a new Labour government was in power, they opened the financial books and got a fright.
Then, the UK was still economically aided by the US, the long shadow of wartime bankruptcy, major security commitments since, had blunted the UK's post war economic performance, though improved since the mid 50's, badly lagged compared to France or West Germany.
The defence procurement was in a total mess too, the previous administration, had cancelled so many projects in the previous 13 years, they had in effect p****d defence funds away.
And that review 7 years before, depriving UK industry of making exportable products, when they still had major market share from the transonic Hawker Hunter/Canberra generation.

The RAF's fast jet inventory, had only the limited BAC Lightning as a modern supersonic type, their flagship V-Bombers were now on borrowed time, as Polaris missile carrying submarines took shape in shipyards in Barrow In Furness and Liverpool.
Now, NATO's conventional forces were increasing, since the 'Tripwire' strategy was replaced by the nuclear threshold raising 'Flexible Response'.
But RAF Germany, only had the obsolete Hunters and Canberra's to offer, aside from two Lightning AD units.

When the new Defence Secretary Dennis Healey, asked the RAF what they wanted to change this situation, they were only too keen to tell him.
P.1154, a planned supersonic VSTOL, was too expensive, too risky, too uncertain now the navy had pulled out, (to buy F-4's). We'll have F-4's too please, Healey also made them take a much more practical VSTOL type, the Harrier as well.
AW.681, a planned VSTOL jet transport, would be so expensive, you could buy twice as many C-130's for the same price. A no brainer there then.
TSR-2, despite the hopes and support, if delays and costs got much worse, we'll have the F-111 please.

The financial situation may have had a hand, though PM Harold Wilson, resisted great pressure to send UK troops to Vietnam, he still supported the US diplomatically, he still got much trouble for that, but he replied 'you don't kick your creditor in the balls'.
It is not hard to think that pressure might have come from LBJ, for the RAF to take the F-111, built in his political backyard.

After P.1154 and AW.681 were axed, TSR.2 carried on for a few months more, as the first prototype performed more and more, the second prepared for flight, 20 others being constructed.
It seems there was a marked reluctance to cancel TSR.2, it was flying, so way beyond the stage the others had been cancelled at, it promised a real step change in RAF capability.

But, in April 1965, the axe finally fell. It seems a offer was made for F-111 that the cash strapped government could not refuse, as well as the in service date now slipping to the beginning of the 1970's, as the complex avionics created major challenges.
The RAF needed new aircraft much sooner.

It caused great anger, in my time in BA Concorde Engineering, I worked with some who had started out at BAC, before building Concordes, then coming to BA, they had worked on TSR.2, even 30, 35 years on, the bitterness was still apparent.

In service, TSR.2 would carry internally, a free fall nuclear weapon, in the same place, an extra fuel tank could be housed.
Four wing pylons could carry drop tanks, or free fall bombs, or Martel TV guided or anti radiation missiles, or rocket pods.

In all this, there was an existing British aircraft, that could perform as well as TSR-2 at low level, the RN's Buccaneer carrier based strike aircraft.
The RAF always rejected it though, even when the makers proposed putting avionics in for land attack, replacing the maritime strike orientated package, which would have given terrain following ability.

Further financial troubles, changes in strategy, killed the F-111K buy of 50 aircraft in 1968, it's own delays were a factor too.
So guess what? As the RN carriers were now not to be replaced directly, the RAF would progressively get their Buccaneers in place of TSR.2 and after that was gone, the F-111!
Before that, new build batches for the RAF would also come from the factory.
The RAF never got the new avionics packages on it, apart from some later in service upgrades, but they soon fell in love with the aircraft.

For the longer term, all the cancellations since the early 50's, the increasing cost and complexity of modern aircraft (meaning smaller numbers too), convinced the UK that European collaboration was the only way forward, unless we wanted to keep on repeating the panic buy of US types as had just happened, with all the technology base implications of that.
These major NATO air-forces, with all those relatively large fleets.

After a brief, abortive, Anglo French AFVG project, what became the Tornado project began with W.Germany and Italy in 1969.
In 1982, it would at last deliver automatic, all weather, terrain following attack to the RAF, with more besides in a much more affordable package.

The RAF eventually took around 400 of them, Germany and Italian plants built their own substantial fleets.
UK plants also produced 96 IDS and 24 ADV versions for Saudi Arabia.
The RAF had originally wanted up to 150 TSR.2's, the size of the F-111 planned buy gave an indication of what numbers the TSR.2 would have been in reality.
It was not easily exportable either.

Australia might have brought some TSR.2's, but the then Chief of UK Defence staff, Lord Mountbatten, went there to tell them not to bother, it would never be built, this was in 1963.
So the RAAF brought F-111's, encountering cost escalations and long delays, though in the end, they liked the product!

An Aussie TSR.2 buy could have also involved their industry, to spread the risk around, help out generally with the somewhat overwhelmed BAC too.
This is what he wanted too, since he saw the TSR.2 as a funding threat to the planned new big aircraft carriers the RN, which Mountbatten was a senior member of, were planning.
He was aided by Sir Solly Zuckerman, then the Chief Scientific Adviser to the Ministry Of Defence, who saw TSR.2 as a waste of resources too.

In the UK media, Mountbatten himself would put down four pictures of real Buccaneers, then a drawing of the proposed TSR.2, saying 'four of these, or one of those, for the same cost'.

When we discuss inevitably, 'who killed TSR.2', the real answers are 'delay, over ambition, costs, hostility from some high ups in the defence establishment and the whole navy, possibly pressure from Washington too'.
The RAF should have adopted Buccaneer in the early 60's, then incrementally getting that all weather, automatic terrain following in time.

However, not building TSR.2, great as it looked, as it could well have eventually been, but going down the route of what became Harrier, Jaguar, Tornado with possibly funds free for what became the Hawk trainer, was in the end, the wiser step for both British industry and RAF combat aircraft numbers.
(This is of course, considered sacrilege by many!)
 
AW.681, a planned VSTOL jet transport, would be so expensive, you could buy twice as many C-130's for the same price. A no brainer there then.

This is from the wiki article on the Short Belfast so i'm not sure how accurate it is, i've haven't seen it mentioned elsewhere but it does make ke wonder if there weren't some US 'suggestions' as to what should be bought.


The original RAF requirement had foreseen a fleet of 30 aircraft, but this number was to be significantly curtailed as a result of the Sterling Crisis of 1965. The United Kingdom government needed to gain support for its loan application to the IMF, which the United States provided. However, one of the alleged clauses for this support was that the RAF purchase Lockheed C-130 Hercules aircraft. With a surplus of airlifting capabilities the original order was reduced to 10.
 
I've put this on other sites a while back with no luck (and e-mailed the BAE Systems Heritage site (again with no luck)) but since we are talking UK aerospace industry maybe someone here has heard of this.


In Volume 59 Supplement 2, 2006 of BIS’s Space Chronicles – UK Spaceplanes, there is mention on Page 107 of a R. H Francis from Hawker Siddeley presenting a paper

‘believed to be in Virginia around the late 1960’s, where he showed a configuration identical to that of the US Space Shuttle, i.e., a winged, returnable Orbiter, two solid parachute recoverable SRBs and the expendable fuel tank.’

Does anyone have any other information on this – expected size, weights etc?



 
Belfast

Ah, the Shorts Belfast, lovely plane.

But-was it not designed with carrying around Blue Streak IRBM's, at least as a significant part of it's role?
When Blue Streak was (thankfully as a weapon) cancelled in 1960, suddenly the Belfast lost a big part of it's tasking.
In this respect, was it not similar to the US C-133, similar missile carrying role in mind, limited production, quite a short service?

However, it was missed after leaving service in 1976, not really replaced until 2001 with the C-17's.

Maybe 30 should have been built, say 20 to the RAF, then offer some or all of the balance to say the French.
(Like the UK, with overseas garrisons out of NATO area, same engines as the C.160 Transall, and/or to the civil market).

It was hard to justfy the original numbers after withdrawl 'East Of Suez' from the late 60's.
But I do not think you can argue against C-130 as the choice back then for the mainstay of the RAF transport fleet, the Belfast was in a size, weight class well above the Herc.
All those Beverleys and Argosys needing replacement too.
 
Does anyone know what the operating costs of a Shorts Belfast were compared to a Hercules?

How much extra would it cost operating a mixed fleet of large transport aircraft if the Hercules buy had been 10-15 less and the 10 Belfasts kept in service alongside the Hercules.​
 
Anyone have any estimates on what moving to Poseidon would have cost compared to developing Chevaline and continuing to support Polaris by ourselves?​
 
If a suitable working stand off weapon - Skybolt, OR.1182 (Bristol X12 or Avro W.140) - had been available, would Polaris have still been bought at this time or would a switch to SSBN's have occured later?

There will still be the vulnerability issue with the manned bomber but a working system in place would have been hard for the Treasury not to pick up on.​
 
I don't know about costs but the Belfast had a payload/range profile of about 50% than the Hercules. This doesn't really count UK-Germany, but UK-US/Canada/Malta/Cyprus and further afield the Belfast can do things the Hercules can't. And then there's the Falklands. ___________ As for the TSR2, Australia's 24 F111s were ordered in 1963 for $150mil, for delivery in 1967. They delivered in 1973 for $350mil. I find it hard to belive that with good govt support the TSR2 would have been worse than this delivery date and cost by the time it was sorted out._______________ The fact of the matter is that Britain had a world class areospace industry which was strangled by govt incompetence.
 

67th Tigers

Banned
If a suitable working stand off weapon - Skybolt, OR.1182 (Bristol X12 or Avro W.140) - had been available, would Polaris have still been bought at this time or would a switch to SSBN's have occured later?

There will still be the vulnerability issue with the manned bomber but a working system in place would have been hard for the Treasury not to pick up on.​

Original a full triad of nuclear platforms was required. Land based silos in East Anglia, V-bombers w/ Skybolt and the R-class with Polaris.....
 
Replica

Back to jet fighters, in 2003 BAE de-classified 'Replica', what was a full structural mock up of a low observable single seater attack type, made in 1999.
It was devoid of any systems, but it was to demonstrate the ability to construct such a type out of modern materials.
Very likely it was the gateway to the level of UK involvement in what was then JSF, proving BAE's competance in this area.
(They also brought their advanced production line technology, developed for Eurofighter, to the Lockheed Martin F-35 party).

The problem with a UK nuclear 'Triad' was cost, after what was a tremendous achievement in building in 4 years, a workable H-Bomb, in a nation only just emerging from austerity and rationing, with zero input from the US (in Atomic weapons after UK expulsion from US programmes in 1946, they were only allowed to return with what was in their heads).

But, the policy was to get the UK back into a nuclear alliance with the US, (so US scientists were invited to see some Christmas Island H-Bomb tests).
The people who had built the UK H-Bomb, with no computers at first, doing what chief UK scientist William Penney said was like 'trying to light a damp log in the dark with only one match', were no doubt not pleased at now just adapting US designs.

However, it was plain to Downing Street that a totally UK nuclear weapon effort was unaffordable, (unless further massive conventional cuts were made perhaps).
So it is hard to see anything more than what happened, a minimum strategic force, with some tactical weapons-mostly NATO assigned.

Polaris has the advantage of being much cheaper to run than a modernised V-Force, or a replacement RAF fleet, in manpower alone if nothing else.

I think that adapting Posieden so soon after Polaris, would have been a political scandal, 'hang on' many would say, 'we have to shell out on another expensive US system after just a few years of Polaris service?'
Adapting the subs was possible, but not cheap.

The other political issue was that the Labour cabinet had senior members not at all well disposed to any UK nukes, much less the party rank and file as a whole.
Chevaline was very secret partly for that reason, only the PM, Chancellor and Defence Secretary definately knew of it in Cabinet in the 1974-79 period.

Chevaline was also quite an acheivement, considering that prior UK experience here was just the basic Black Knight re-entry vehicles tested for Blue Streak, over a decade before with nothing since.
In this respect, in adapting Polaris A3 to Chevaline, they had in a sense skipped a generation.
 
The harrier did not need the PCB system on to land vertically only in level flight, and aircraft had been operating with after burners for a while from carriers so their would not be a heat problem from the PCB on a carrier.

The air crafts skin could be heat proofed until the PCB system could be improved as will all types of test air craft the design would change during testing (this may cost a bit more in R&D in the short term but in the long term it would be worth it.

So I think that the P.1154 (Harrier) could have worked.
 
Talking of UK aerospace



In Volume 59 Supplement 2, 2006 of BIS’s Space Chronicles – UK Spaceplanes


Based on studies of manned Blue Steel to do the same research as the X-15

The Vulcan Orbiter Z 124

By October 1962 ambitions had increased to the extent of considering a brand new rocket vehicle completely different in principal from Blue Steel. The concept began with the recognition that the Vulcan, because of its delta wing, had very tall undercarriage. This would permit the installation of a large ballistic multi-stage rocket weighing up to 40,000lb (the drawing shows the missile hanging outside the bomb bay which appears to have had the doors removed). This would be carried and air launched much as was Blue Steel, from a height of about 50,000ft, but the trajectory would be more akin to that of the ballistic Skybolt as the obiter was wing-less. It was calculated that this three-stage vehicle could place a 650lb payload into a low earth orbit. Although less design detailing was done on the obiter than on the manned Blue Steel its potential was recognised. Here was a revolutionary way of placing application satellites (for communications, meteorology, survey, navigation etc) in orbit launched from a mobile platform. Two advantages sprang from this: firstly the Vulcan could fly to any base in Europe, collect its rocket and launch into a variety of orbital planes; secondly, with flight refuelling, the craft could be placed in an equatorial orbit. In this way Europe could have had its very own launching system, quite different from that of the USA, which was totally expendable.

This project was announced at a lecture and received a lot of publicity. Whether it was ever considered seriously by HMG is doubted but it could have given the RAF an opportunity to take a bold step, into spaceflight.
 
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