Why don’t the Indians point out the parameters that ultimately favoured Boeing? That would mean end of discussion – wouldn’t it?
That is probably generally true, but KNM Skjold did actually cross the Atlantic on her own when she visited the US. This class is also quite large at 47.5m long and 13.5m wide.
In recent years Norwegian FACs of the Hauk class have deployed to Gibraltar.
– A 25-year old french woman crossed the atlantic in a row boat for a couple of months ago (if you excuse me for being sarcastic). It’s a completely different matter to be operative out on the high seas – and therefore you ordered those frigates in Norway I suppose.
What? Read the article one again…
Well, the article doesn’t give you the whole truth either. The first two Gripen crashes were prototypes/demonstrators and not airforce operative fighters.
What does everyone think of the Skjold, it seems to be the most capable FAC in the World in my eyes? Stealthy, extremely fast, lots of capable and stealthy NSMs.
Nothing new. It has been done before with various results – first that comes to my mind is Smyge during the early 90’s. These ships are too small to operate far out on blue water – making them pretty much tied to shallow water operations.
Their attack missions could easily be taken over by truck launched SSM’s today, since the SSM ranges have increased significantly since the FAC glory days (70’s). I believe former country Yugoslavia, Finland and Sweden have had this kind of systems for quite some time now.
best regards,
Cliff
increase the drag? lol it is profilated like a wing, so even help a bit!
– Then I suppose we just wait to see the next generation french fighters with 348 different fuel probes designed to help create lift? Get real. The probe may be designed in order to minimize the drag it introduces, but the drag is certainly not zero. And yes, you can design structures to create lift, but the small amount of lift this air-refuel probe introduces is not worth the price of drag you get. Besides, the thing will introduce non-symmetric aerodynamic effects – but let’s not get into details here, I can see that you’re having a hard time to keep up with just the basic facts of aerodynamics.
The only reason I can see to why Dassault choosed this variant is that there’s probably no room to house the thing within the airplane. Hence a non-retractable external probe.
Cliff Barnes
Very interesting read bring_it_on. Thanks for sharing!
Cliff
Airbus has had two or three years of dominace. Now is Boeing’s term. And we should hope the cycle continues in this fashion. It can only be good for all concerned.
I totally agree on what you say. But I would also like to add a comment; if A and B wouldn’t experience this kind of competition they would end up being fat cats. By that I mean that they would stop developing their products in the same speed as of today, giving new competitors from Brazil, Russia or even India the chance of getting into the market. That would be the fall of american and european aerospace industry.
regards,
Cliff
Too many people think this is a huge advantage, I agree it is an advantage but only a very small one. Not large enough to decide on an aircraft to purchase or lease.
I have spoken to many management types who decide on future aircraft and it really doesn’t have much input into the decision of adding more/new aircraft too a fleet. 😉
– I believe it depens upon which carrier we are speaking of. Some carriers, preferably low fare carriers, needs to lower all the cost they can. For these fleet commonality means a lot while for the more exclusive carriers it doesn’t really matter. For comparison; check out SAS fleet versus Ryan Air to get my point.
regards,
Cliff
upon evaluation I can see how my reply to you may have seemed a little forcefull or arrogant. My apologies that wasn’t my intention.
– No hard feelings mate!
As to the commonality… all I know is what I’ve read in various new articles about the Leahy interview in which he was confident, almost to the point of arrogance, that Airbus will announce many orders for the A350.
– Much of what Leahy says is marketing bs.
regards,
Cliff
and you’re wrong too.
– I did not say that my opinion was the pure truth in this matter. Did you notice that little piece of word called ‘think’ in ‘I think you’re wrong”? I used it just to clarify that I had a different opinion. Otherwise I might have been considered as an arrogant self confident person.
So far it would seem the A350 will not have much fleet commonality and may require a larger type rating training program than say from the A320 to A340.
– So what about moving on from A330 to A350 then? Do you propose that it’s a greater step from A330 to A350 than from 717 to 737? In that case I would love to hear your comments.
Also, if that were such a big case… why did AC and NW go for the 787 over the A350?
– I was talking about the big picture. Your’e giving one example of a carrier not choosing to go for an Airbus when they had several other airbuses in their fleet. Besides, fleet commonality is just one aspect of buying new aeroplanes – there are others; price being the most obvious one. But what I did mean was that fleet commonality is one of the important aspects to take into consideration when buying airplanes. And the B717 lacks that when compared to A350.
I agree, this A350 looks like it’s gonna be a version of Boeing’s 717 – (Selling wise)
I think you’re wrong.
If you’re an all out Airbus customer it might be interesting to add an airplane who will benefit from fleet commonality with other Airbuses. The cockpit design and function are virtually the same making it a small step to move pilots from A320/A330-or whatever to A350.
Boeing 717 was much more of an odd bird. Although a pretty beutiful one.
No, it saves weight, space and less mechanical failures by that.
But increases drag. Big time.
Wow, he can draw circles on a picture. Are we supposed to be impressed or what? If you’re implying it’s been Photoshoped then where’s your evidence? As I’ve used Photoshop for a living for going on nine years now I’ll be looking forward to your explanation.
If you have been using Photoshop for a living you should know that it’s ovals – not circles.
Then you should take a closer look to the aft most oriented missiles (marked with black oval). They’re being shadowed in exactly the same manner as the foremost two missiles (also marked with black oval).
Then lets carry on with the outer wing stationed missiles (marked with yellow ovals). Those situated at the fighters outer left wing is clearly bathing in sun while those at the outer right wing is in shadow. Why? Because the wing is between them and the sun.
Finally, let’s have a look at those fuel tanks (marked with red oval). The airplanes left fuel tank is having it’s front part bathing in sunshine, while the central and right one is shadowed. Why? Because of the wing is between them and the sun.
By looking how the sun reflects on the aircrafts fin and structure, together with wath the yellow and red ovals have showed, one can clearly see from what direction the sun comes. It’s from the pictures upper left corner translated into the depth.
Therefore, the two aft oriented missiles within the black ovals should have had just as much shadow as the central fuel tank, the right wing fuel tank and the right wing outer missiles. And they should definetely not look like copies of the two foremost missiles.
P-h-o-t-o-s-h-o-p.
*Sigh* Yet another frenzy of geniuses trying to judge aircraft performance by looking at photoshoped drawings published on the internet. Spare me. 😮