I admire the photo-blowing-up skills and the diligent accounting, not to mention the blithe assumption that nobody would manipulate public, unclass mockups and images, but how do all those extra modules track the photons that go screaming past the edges of a smaller aperture?
I can have the most awesomely designed and engineered camera lens in the world, but if it’s an F:2.8 it’s still not going to do the job of an F:2 in low light.
Pneumatic takes pyrotechnics out of your logistics stream (and there was much rejoicing). The Meteor/AMRAAM pylon would be new; my guess is that other weapons would take off-the-shelf adapters.
simultaneous major structural changes combined with a new engine, all-new sensors and new core avionics.
That’s Gripen E. Not many things compare, including all the cases cited.
However, new engine + airframe dimensional changes + new sensors + new mission computers in a single program are rare indeed, and of course none of your examples meet those criteria. F-20, F-2 and Super Hornet are closely comparable, but most would regard them as new aircraft.
Oblig – If you look back to the run-up to Switzerland’s decision, the Swiss insisted that Sweden buy the aircraft at the same time and take first deliveries. Sweden has a force of very new C/Ds (those that were A/Bs were complete rebuilds) and was in no rush (certainly pre-Crimea) to replace them.
Your grasp of emojis is impressive. That’s about all. I’ll just leave you on the ignore list.
Actually, the best analog that I can think of is F-102 to F-106. Your own examples fall short of that by a long way.
I mentioned the Su. The Strike Eagle didn’t touch the aero/structural configuration of the airplane (just beef) and the engines were uprated, not new. Same went for the Block 60. The SA is a straight upgrade. Shornet was a new airplane. So once again you’re floundering around, trying to back up a statement that didn’t make any sense in the first place.
That said, this type of update has been done several times before on fixed price contracts and without major issues
Of course. Dozens of military aircraft types have undergone simultaneous major structural changes combined with a new engine, all-new sensors and new core avionics. However, aside possibly from the Su-35S (and we don’t know whether that was FP or whether there were issues) I can’t think of any. Maybe you could enlighten us.
Shocker. Ask for a special configuration using largely new technology (some of the bits and pieces have been tested by Boeing) and the price goes up.
The criticism being dumped on Gripen is a sign of success. As Airbus boss Bernard Lathiere remarked in 1978 after Boeing’s first complaints about unfair competition, “the Big Bad Wolf is screaming because Little Red Riding Hood has bitten him in the a**”.
Gripen fans seem more than a little insecure. Any hint of criticism and they go nuts.
But any F-35 fan knows that adapting to the customer’s desired delivery date (and it was on record that Saab had to chivvy the Swedish govt. to buy jets for 2018 to support the Swiss delivery date) is exactly the same as missing targets by six or seven years, while clocking up program overruns at the modest rate of $34 million per working day.
The problem is the continued insistence that the F-35 will be the best aircraft for every fighter mission (the fans’ only exception to this rule is the F-22, air-to-air only), which is manifestly incorrect because (1) there are missions that even Block 4A/4B can’t do at all and (2) there are missions where other aircraft are demonstrably more capable.
Take an F-117-type mission, extend it into daylight hours because you have some self-defense and much better SA… The F-35 can do that pretty well. (Of course StormShadow/Taurus handle part of that target set.)
Anything else is debatable.
“On the other hand, I can pour 1000 squishy parameters into a bad processor and get a lousy rate of unambiguous and correct answers.”
Shacked, apparently.
http://breakingdefense.com/2015/03/threat-data-biggest-worry-for-f-35as-ioc-but-it-will-be-on-time/
The 2018 delivery date was set by the gnomes.
DJC – Of course, that’s way less than even the 200 parameters credited to F-22, which underlines the point that unless we know what they were (indeed, whether it’s an artifact of processing rather than sensor capability), the statement still means nothing at all.
Consider this: If I could measure within +-5 per cent the principal dimensions of the target, and whether it had one or two engines, that would give me positive ID on its own in many cases; if I know what friendlies are in-theater and which are not, that would sort out some remaining ambiguities. Five parameters and I have a pretty solid ID.
On the other hand, I can pour 1000 squishy parameters into a bad processor and get a lousy rate of unambiguous and correct answers.
And yes, cooling limitations on “4gen” aircraft. Very amusing.
SpudmanWP, 14:42: The key takeaway is that when comparing the ability to ID a possible threat, a high-ranking member of the Australian Air Force testified under oath that in an apples-to-apples comparison, the F-35 has 3 times the capability than the F-22.
SpudmanWP, 15:47: Essentially yes but keep in mind I never said “3x better”.
Can you reconcile these comments? Or explain what the parameters were, or, if you can’t, explain why more parameters invariably mean proportionally more effectiveness?