It’s worth remembering that although the Swiss evaluation included a second phase that aimed to assess the aircraft as they will be in 2015, that evaluation was conducted in 2009, and in this business it’s hard to look that far ahead.
Gripen has come a VERY long way since 2008, when the Swiss flew it (as has Typhoon) compared to Rafale, which was already mature, and which has therefore not needed to make such dramatic progress.
The Swedish AESA in particular has come a very long way. The ES-05 Raven wasn’t even flying when the Swiss evaluated Gripen (and CAESAR had only flown in Typhoon one year previously).
Maybe the Swiss were smart enough to realise this? Perhaps they reassessed some of the METs before signing a contract?
The report shows that in 2008, when the full evaluations were held, the Rafale held a decisive lead, with many advantages (and the extent of these was such that you can’t really claim that it was all a matter of how different variables were ‘weighted’). You might even say that the same situation obviously applied in November 2009, when the report was released.
But that was 27 months ago. It would not be credible for any air force not to consider what has happened in the intervening period. It’s entirely possible that the Swiss AF would now judge that Gripen does meet minimum expected standards. It may even have overtaken Rafale in some individual METs, or perhaps even in some whole roles, though I suspect that Rafale would still be the number one choice on technical grounds.
I’m sure that India did look at what has happened in the Rafale and Typhoon world since their evaluation, reaching the conclusion that Rafale was a better bet based on its view of the situation as it is today. Switzerland will have done the same, and will have reached the conclusion that Gripen was right for its needs.
This is not intended to be a deadly insult to the Rafale, just a realistic, open-minded, possible explanation of the Swiss decision.
I’d like to know how the whole report reads, but don’t, as we only have access to 17 pages of it.
I think that’s based on the report that I’m looking for, which explained more clearly and more definitely that if ‘Aircraft A’ was more than 5% cheaper than ‘Aicraft B’ it would be selected by default.
If the answer is the Times of India, then it’s the wrong answer for me, as I remember that journal confidently predicting that Typhoon was L1.
Reliable it isn’t!
That’s what I remember, I think.
I wasn’t sure if it was at the opening bids stage, or at the shortlist stage, though.
Link anyone?
It’s the criticism of Phil Collins that bugs me.
He was great in Genesis.
Again, I wasn’t making any comment about either aircraft, I was asking a simple question:
Can someone remind me of the detail of the MMRCA requirement that if one aircraft was more than a certain amount (5%?) cheaper than its rival, then it had to be selected/go forward to the next stage.
What stage was that at? (I think it was when they shortlisted, which was why they could not shortlist MiG-35)
What was the margin? ( I recall it being 5, 11 or 14%)
I’m sure I remember reading it somewhere, but Google isn’t helping me rediscover it?
Can someone remind me of the detail of the MMRCA requirement that if one aircraft was more than a certain amount (5%?) cheaper than its rival, then it had to be selected/go forward to the next stage.
What stage was that at?
What was the margin?
Where is there anything to substantiate it?
But with Oman looking at buying 24 Typhoon, and the Saudis making noises about a second order for another ~70 Typhoon….
Oman is looking at 12-16.
IAF should just buy more Su 30s
That won’t provide sufficient margin of superiority over Chinese ‘Flankers’ or PAF Block 50 F-16s. Typhoon does.
It’s being described as an RFP issue, but BAE and UK TI sources say that’s misleading.
It’s not quite a done deal yet, but it’s MUCH further along than you’d normally expect from this sort of terminology.
right now?
rafale: the aircraft
typhoon: the engines
Rafale: The style and fanatical supporters
Typhoon: The substance
or:
Rafale: W-AASM, IR-Mica, very low speed agility, elements of SPECTRA
Typhoon: Radar, PIRATE, Helmet, Engines, ASRAAM, HUD, MMI, Gun, acceleration, climb, supersonic manoeuvrability, Litening 3, ejection seat, elements of DASS
Did I dream it, or did I see Japanese figures comparing the costs of F-35, Typhoon and Super Bug, coming out at $8 Bn, $6 Bn and $4Bn?
I can’t find any such figures now…
Anyone?
The idea is that you can design widely different structures and then use common systems and software inside them. The structure itself isn’t something the end user does major service on or carries spare parts for, so there is no real logistics and support advantage to having common structures. The only advantage to common structural components is in manufacturing, and even then it would likely be a very small advantage since the different parts would likely be made in the same factories using the same processes.
Utter nonsense.
Users do carry a large volume and value of airframe spares, and services the airframe, and so having a common airframe/structure is a major cost saving.
And you’re under-estimating the manufacturing advantages, too.
The big costs of any fighter are through-life, support, logistics, spares, etc. and the design and R&D phase that precedes it!
Wherever you can leverage a common airframe, then it makes enormous financial sense to do so.
That’s why one common JSF with three different variants is ‘better’ than three different aircraft types.
One design programme. One R&D programme. A near-common OT&E process. A single support and logistics network. The possibility of common training, or at least of common training elements.
For the smaller air forces, a single type multi-role fast jet force will be more cost effective than separate fleets of air-to-air and air-to-ground aircraft.
Just as long as the inevitable compromises do not unduly influence combat-effectiveness, as there is nothing more expensive than losing the war.
Back to the F-35B and the flexibility it provides, and goodbye to the training burden and ‘self licking lollipop’ aspects of cat and trap.
There are indeed 195 F-22s apart from the two YFs.
Unfortunately, they include NINE pre-production aircraft, not eight. Leaving 186, not 187.
And eight PTRVs. Which takes the total to 178. NOT 179.