Spud – Cl;early boom integration costs money. The idea that it is a decisive factor seems far-fetched.
As for production rate, we’ve yet to see when or indeed whether F-35 will reach the lofty rates predicted.
And which weapons have been so cheaply integrated with the UAI?
“The ministry says the F-35A also was the cheapest, because the competing Eurofighter Typhoon and Boeing F/A-18E/F Super Hornet would have needed modification for flying-boom inflight refueling.” – Aviation Week
That such an asinine comment could be made in public casts doubt on the seriousness of the whole process. Even if Japan for operational and training reasons wanted to stay wedded to one AAR system, putting a receptacle into a medium-heavy fighter is not exactly rocket science and the nonrecurring costs would be insignificant in the context of the whole program. I never read that it was a big problem with the F-4, 50 years ago…
As for the drag question – if there’s a simple summary of what the area rule tells you, it’s “avoid rapid increases in cross-section area over the length of the airplane”. The F-35 c/s peaks very quickly in the first third of the overall length.
Mr Fairlie
“but when staff end up getting stalked or harassed by some of the internet heroes”
I have news for you. Someone who uses the same pseudonym as you runs a forum where he and his picked cohorts routinely launch attacks on the professionalism and integrity of named individuals, and where anyone who dissents from the party line is banned.
Since you clearly disapprove of internet harassment, you should probably do something about that.
Regards
LO
Spud – Given that a three-order-of-magnitude difference between an RCS-treated conventional fighter and an F-35 is likely to be moonshine, except possibly at a 90-degree beam aspect, it’s not so much a “generation” as a trade. RCS is reduced but at a substantial cost.
Whether it is worth it is a complex and scenario-dependent discussion. If it’s worth in in some areas, but not all, may lead towards a mixed-fleet solution. The US has been attempting to drive towards an all-stealth force for 25 years at immense cost. Result so far: an aging USAF/Marine force, and a huge future commitment.
Spud –
“A VLO “bowtie” RCS is the defining quality of a 5th gen fighter”
You are buying into an advertising slogan, because that is how LockMart defines 5gen. Clearly the F-22, F-117 and F-35 may share that feature (depending on the RCS levels designed into the F-35 nozzle). However, the obvious alternative explanation is that they are outliers, like the MiG-25 with its high-Mach capability, rather than representing some kind of generational advance.
As for points 1-18, it is very easy to throw such things out without any backup as to whether they are (a) real and (b) unique to the F-35/F-22 in the 2018 timeframe. Most fail one of those tests. It’s up to you to demonstrate that they don’t, because they are your claims.
Fairlie –
No interest in PMs. If you can post that much in public it might be advisable to follow it up in public.
Mr Farlie
A rambling 1300-word forum comment that talks about “paranoia” and says:
“various people have taken the road of accusing me of lacking integrity, lacking in disclosure of non existent relationships, of being a shill for the govt”
Now, I am well aware that “being paranoid doesn’t mean that the ******s aren’t out to get you.”
However…
Spud – Of course the F-35 is a 5th-generation fighter, because that is a LockMart-generated term, filched from the Rooskies, that has been defined to mean “any non-bomber with a semblance of a bowtie RCS”. If there are other unique attributes common to the F-35 and F-22, please share.
Concurrency is neither bad nor good.
Starting low-rate production before finishing development gets you into full production faster, and helps make sure that you have not engineered something that is difficult to produce in quantity. These benefits should outweigh the cost of necessary mods to early-production aircraft.
However, the risk is that if you discover more things that need fixing than you expected, after LRIP has started, you will have a lot of jets that need some rework, some jets that need a lot of rework, and some that need so much work that they can’t economically be brought up to FOC at all (like the Block 20 F-22s).
A secondary effect of finding a lot of problems late is managing the flow-rate of engineering change requests under time pressure, and trying to figure out which problems to fix before delivery and which to led slide into depot maintenance. The potential for the whole thing to slide into the sort of chaos seen in a rout on a medieval battlefield is high.
The root problem identified in the JSF Quick Look report is not so much the number and nature of the “discoveries” in flight and fatigue testing, but the fact that they are much more numerous and severe than the program planners predicted.
Exclusive video shows USG/LMT marketing strategy in Japan in all its subtlety:
The Dutch 2002 evaluation of an F-35A that had yet to gain 2600 pounds of ugly surplus fat, cost $40 million to buy and had lower operating costs than an F-16…
Clarification – Carrel is a former SwAF boss.
A single tail gives you a single big, focused spike to the side.
So instead of flying straight past an emitter, just before it is at 90 degrees, and while it is looking the other way, I make a quick turn 15-20 degrees. Next scan, make a quick turn the other way.
The emitter is now in the aft hemisphere and never saw the spike.
Think AGM-129 – side spikes are easiest to manage.
If the Nikkei report is correct, and a conclusion has been reached and leaked to the media less than a month after the bids went in, there is only one viable explanation.
Japan realized all along that (having been denied the F-22) that it had Hobson’s choice. The Super Hornet was there on paper, but as long as the program of record has the type retiring in 2030-35, with major upgrade funding cutting off long before that, it’s not really a contender.
After the bids were in, however, LMT proudly announced that it had offered Japan a final assembly line as part of an industrial package (can we say “offset”, boys and girls?) that will make dutiful, fee-paying partners green with envy. The Typhoon was used, and very well used, as a stalking-horse.
Now, are we surprised that leaks show the pre-selected airplane to be the best? Can any intelligent carbon-based life-form be surprised by that?
As for the F-35 partners, they start to look more and more like the guy who just signed up for full sticker, plus paint sealant, upholstery protection package and extended warranty, and turns round to see his neighbor buying the same model for $3000 under invoice and premium sound system.
By the way, I don’t think any F-35 “haters” (silly word that it is) predicted a Typhoon win in Japan.
I cannot imagine why India turned down an offer of such advanced technology.
On the other hand, you could write a neat alternate history about reviving the Skylancer as a US-India codevelopment, with the J79.
DJ – BAES (and UK researchers) have found that prolonged monocular use is fatiguing. Also, latency is a big fat issue (and a problem is that doubling the linear resolution of the sensor = 4X data).
Although one important issue is that technology has moved on. Q-Sight and Gentex Scorpion both use optical waveguides – with just a piece of flat glass in front of the eye, directly attached to the image source. No smoke (from hot high-intensity optical sources), mirrors, fat prisms or vizors.
No, you can’t use Miracle Vanishing Paint to turn a Typhoon into an F-22.
But given the money, time and forgone opportunities that the US has committed over the past 25 years to the quest for a supersonic, agile fighter with all-aspect LO, and the results achieved, would you want to?