Nope that is a light weight high altitude supercruising interceptor with a lot more fuel than Gripen NG and highly proven ground attack capabilities with half the price of Rafale. Can be strapped on with Israeli EW suite and 2052 AESA to keep the costs down as compared to french avionics.
Get it. A rafale built in India 😀
They shouldn’t have closed the M2K line permanently, but instead should have come up with M2K-NG, with something like 120KN engine, improved aerodynamics and an AESA.
That’s a Rafale. 🙂
The MICA EM have had troubles in Taiwan, no?
Everything French have had troubles in Taiwan.
Now that Thales and the French Tax payer are paying them €630 million ($900 milion) back, I bet french hardwares won’t have any more “troubles” :rolleyes:
R27T & ET IIRC.
But without mid course update I don’t know how the range could be fully utilised except for tail chase engagementsi.
Nic
And no LOAL capabily AFAIK.
R-27-T and ET are indead missiles dedicated to short to medium range tail shots that need a long sustained burst and require the IR seeker to be locked on before lauch.
The Mica-IR is a true BVR weapon.
Oooops, I dropped it. :diablo:
That reminds us who started leaking exercise kills first… :rolleyes:
No wonder why the French pilots were so talkative about their own success in 2009 (ATLC and Corsica stories) :diablo:
Perhaps Tiffy riders learn a lil bit faster 🙂
They learn fast but raffy riders have to explain many times :p
That french blog looks laughable
It is a Belgian blog.
I never said the PIRATE was build in France, but now since you want to know, it is built by a french owned company. Why ? Because Thales UK is own by Thales groups, which is own by french. And so from what I remember from my maths classes, if A = B and B = C then A = C.
As far as sensible weapon technologies are concerned, that’s wrong. There are strong firewall to prevent technology leaks between the different sub-companies of those conglomerates.
As an exemple, EADS casa has zero access to any missile technology developped by MBDA France with sate money without a direct agreement from the french government.
The same is true for the different sub -non French- companies own by Thales.
Diversity is a lot of little problem to deal with but that avoid BIG problem (ask the dinosaurus!)
OT : well even the dinosaurs understood the benefits of diversity. After all, a tiny branch of the theropods (ie birds) managed to dodge extinctions and evolved until present days 🙂
Faster than you may think a mind game becomes an argument and being presented as a “fact” which it isn’t.
I call such a phenomenon the “JOUST fantasy syndrome” … :diablo:
The vertical fin , rather large for an aircraft of that size , is indeed made of materials with very low radio refraction .
In the video below , we can see some steps of the tail making , including the resine-composite “criss-cross” , the cooking of the fin and assemblage . Starting at around 4:10 :
http://www.youtube.com/watch?v=douzAeXkjo4
What you describe as the tail fin making is in fact the making of the wing.
I thought batch 4 deliveries were scheduled to be completed in 2015:confused: If what you state is correct then there is no issue at all. The numbers make sense (12 per year).
The 5th batch should be ordered in 2015, but that doesn’t mean that the batch 4 deliveries will be over in 2015…
What seriously makes me wonder is will Dassault face a years long production gap? The last batch 4 example is due for delivery in 2015 if I recall correctly and with batch 5 examples not arriving before 2018 what is being done? Will Dassault slow down batch 4 production to cover the time frame? Are they already calculating with possible export sales (which would be foolish IMO)? Or did the people get something wrong?
batch 3 : 2009-2012 (51 aircrafts, 12.75 aircrafts/year)
batch 4 : 2013-1017 (60 aircrafts, 12 aircrafts/year)
batch 5 : 2018-??
Where is the gap ?
hi guys,
if any of you are still speaking to me, i wondered if you could help me.
We have been discussing RCS reduction on the MMRCA thread and i have been comparing the layout of the EAP (the earliest layout similar to the Typhoon that flew) with production standard Typhoons.
I wondered if it is possible to compare the Rafale prototype with the production Rafale in terms of the fuselage design and general wing body blending or intake design?
My opinion is that both typhoon and rafale got to a point in development where the designers thought “oh dear, we had better try and incorporate some RCS reduction if that is the way the world is going”.
do you see what i mean? 🙂
As far as the Rafale is concerned, the story tells that The French decided to go deeper in RCS reduction features for the Rafale, in the late 80s, after a trip of the French Defense Minister to the USA where the F-117 was presented to him.
If it was that simple everyone would know the RCS of every aircraft that ever flew past a radar more than once. Including the F-22 and others…
That’s almost that simple, that’s one of the reasons why VLO US aircrafts use devices in order to increase their RCS during peace time exercises involving other nations.
Anyway, You don’t really care about the RCS. What you need to know is the range you can engage one particular aircraft at. (RCS being only one of the parameters of the equation)