– Norway is questioning its involvement
Not really — some political parties want more information and/or a rerun however they are in minority so they cannot change anything.
The parties that hold the majority are still fully supportive and the government is moving forward. JSM funding was allocated recently, and we will get the first JSF (for training only, will be based in the US) in 2016, according to current plans.
EE, Vishno Som also seem to believe that this rumor is correct… so it’s not just Stratpost and Livefist. But of course this is India so we should wait for the official confirmation.
In a way I would not be too surprised if no US plane is short listed. My understanding is that they will need to pick the cheapest. Short listing the SH or F-16 together with Rafale and Typhoon would then most likely mean that the US a/c would win. So therefore I don’t think they could do that for just political reasons.
Also if L1 is driving this; which one will be cheapest, Rafale or Typhoon 😉
I would not be surprised if Rafale actually could win this now.
Thanks TMor that was an interesting observation.
Well congrats to Dassault and Eurofighter, making it to the short list is already quite an achievement.
From BR:
The news, from what I am hearing is accurate … Rafale and Eurofighter make the downselect. However, we will need to wait for an official Defence Ministry statement which may well come tomorrow.
May the best plane win though I am disheartened that my personal favourite, the Gripen, hasnt made the cut !
Thanks
Vishnu Som
Associate Editor, Senior Anchor
NDTV
According to the rules they should go for L1 after a down-select, is that correct?
If so, which will be cheapest, Rafale or Typhoon?
The Eurofighter consortium are probably not happy about losing the Tejas engine deal to GE right now… that could perhaps have given them an edge, with an established assembly line in India?
http://www.defenseworld.net/go/defensenews.jsp?id=5637
Has India downselected Eurofighter Typhoon and the Dassault Rafale for the $ 10 billion MMRCA fighter aircraft procurement project. Informed sources told defenseworld.net that two of the vendors, Eurofighter and Dassault have been invited to the Indian MoD for further discussions on their commercial bids on April 28. The commercial bids are to expire tomorrow.
Probably the same sources as the other blogs were referring to.
Will be interesting to see if this gets confirmed….
Perhaps Rafale will actually win this. It seems more mature than the Typhoon, and they avoid having to deal with 4 other partners which for the most part don’t seem too interested in contributing to the future development of the system.
A pity about Gripen NG; Brazil could be their last chance.
Rafale vs Typhoon?
The latest rumor:
Rafale and Typhoon made it to the shortlist, the others not:
http://www.stratpost.com/india-selects-ef-rafale-for-mmrca-shortlist
Their “lure” to get this to fly was supposedly the increased competition and reduce price that “competing” engine manufacturers would conduct to win future contracts.
Unfortunately you have to conveniently forget about the many billions of dollars it takes in the first place to build an engine like this AND the cost of the tooling and infrastructure to support 2 different engines…
There are several examples showing that competition can help in keepin costs down and quality and performance up.
The F-16 “engine war” is a well-known example; however in civilian aviation there are also examples of planes being prepared for different engines:
The initial 777-200 model was launched with propulsion options from three manufacturers, General Electric, Pratt & Whitney, and Rolls-Royce,[39] giving the airlines their choice of engines from competing firms.[40]
http://en.wikipedia.org/wiki/Boeing_777
Also other planes, e.g. several 747 variants have been offered with a choice of engines.
Considering the large number of F-35 that will be produced, and the great importance F-35 will play for the US and her allies I think it could potentially be useful to have an alternative engine available. THe F-35 will after all replace a quite staggering number of airplanes.
According to GE, the funding needed to finalize the engine is 1 billion not 3; with tooling and infrastructure however it becomes 1.8 billion.
1.8 billion sounds like a lot of money however over the lifetime of the project it could be a worthwile investment, reducing risk for one of the most critical components in the most important platform for the “western world” the next 40 years.
From the same web page:
The JSF engine program will ultimately reach $100B, and a decades-long engine competition needs only to generate a 1 percent to 2 percent cost benefit to recoup the remaining dollars needed to complete the F136 program. Twice, the independent Government Accountability Office (GAO) has concluded that it anticipates a 21 percent benefit from a JSF engine competition, using past experience from the F-16 “Great Engine War” competition as a comparison.
That’s $20B in savings – which is equivalent to nearly 200 JSF aircraft, roughly 10% of the USAF JSF program. There are also vast benefits beyond sheer cost – related to operational readiness and contractor responsiveness. GAO further concluded that savings of only 10.1% to 12.6% is needed for competition through the F136 to save taxpayers money.
The JSF engine program desperately needs competition. The Nunn-McCurdy breach and cost overrun on the current JSF engine program have cost the DoD over $2.6B that could have been used to fund higher priority programs. The equivalent of over 20 aircraft have been lost. The F136 will create real cost savings through competition, and these savings will free up funds that can also be used to benefit other defense programs if desired.
In an effort to distort the potential savings through a JSF engine competition, the DoD has even challenged the savings from the F-16 “Great Engine War” of the 1980s. The GAO concluded that the F-16 engine competition yielded nearly 30% cumulative savings in acquisition costs alone. These conclusions were based on Air Force public data.
As more nations adopt stealthy designs, the current generation of AWACS (massive L-band sensor) becomes less and less effective. The future equivalent capability is provided by sensor data sharing in a network centric environment via narrow beam LPI data links. :dev2:
I am a bit surprised by that statement — I can see that stealth designs will reduce the effect of today’s AWACS but I thought L-band was not too bad in detecting stealth a/c? AFAIK the brand new Wedgetail is L-band… and is supposed to be quite good at detecting stealthy objects.
What is the main difference between the Wedgetail radar and the Erieye radar? Why would the Wedgetail be more effective than the Erieye in detecting stealth objects?
Edit: Oops seems I was wrong and that the Erieye is S-band not L-band. I guess that’s a significant difference. 😮
Thanks Loke.
I took note that the gain is exactly where it counts, i.e not landing speeds:“The EPE “will not make much difference at an air show”, says Boeing chief test pilot Ric Traven, but dramatically improves the fighter’s performance at high speed and altitude, halving supersonic acceleration times.
There is no case for EF over Gripen NG after this
Well, I think he was speaking of the SH — I don’t know much about aerodynamics, however I noticed that whereas it seems Boeing may be more interested in the 20% improvement Saab is more interested only 10% increase in thrust. My guess would be that the SH needs the thrust increase more than the Gripen NG does… 😉
Anyway, a combination of increased thrust and reduced life cycle costs does look attractive.
GE Brings Good Things To Hornet, Gripen
The new engine offers up to a 20 percent thrust boost. That would take the EPE up to 26,500 pounds of thrust, giving it the best thrust/weight ratio of any fighter engine — almost 11:1. Alternatively (an option understood to be attracting interest at Saab) the EPE could be delivered with a 10 percent uprate and very generous temperature margins, extending its life and reducing fighter life-cycle costs.
…
For the Gripen, the extra thrust would translate into further-improved supercruise (supersonic level flight without afterburner) capability.
Complete story:
link
According to Wiki the French FREMMs will have a complement of 108 whereas the Italian ones will have a complement of 145.
How come? Are the French ones more automated? or less capable? or something else?
And I think I also wrote somewhere that FREMM with its 6000ts is seriously challenged as ASW/AAW or even ASW/AAW/LandAttack combo ship. Burke with almost 10.000ts is barely large enough for the combo role. And I think the idea was to concentrate the offensive mission systems aft and limit forward to the gun and a really small VL hive (self defence systems should be distributed all over the ship). Only a really big ship 12.000ts or so minimum is capable of carrying the full combo outfit in large enough numbers and still have the endurance, creature comfort, &c &c – Think that was what I was talking about. Something like that …
That’s something I don’t quite understand about the European Frigates (and Destroyers); for the most part they are small (relatively speaking). This limits the space for growth etc.
Why is that so? Why don’t Europe build bigger ships? Isn’t there something about “air is free steel is cheap”? Or am I missing something?
The decision to use targeting services provided by the Tornado GR4 stems from a shortage of adequately trained Typhoon pilots, as illustrated in information published by the UK House of Commons’ Public Accounts Committee on 15 April.
In evidence given to the committee on 9 March, two senior RAF officials revealed that only a fraction of the service’s 48 Typhoon pilots were qualified to conduct air-to-ground missions, in line with its requirements for the fleet.
“We have eight pilots trained in the ground-attack role because that is all we need,” said Air Vice Marshal Stephen Hillier, air officer commanding the RAF’s 2 Group organisation. However, he added: “If we want to deploy that aircraft on an air-to-surface mission, we can do it.”