But of course.. your arguements and points are so credible..so well researched and presented.. or in your own words BS….
Why you are wrong has already been established. I just did not feel like repeating it.
Boeing has questionned the 1200 gpm. .because its in excess of ANY current USAF reciever…hence the “Why the change?” Question and it was not ‘convinced’ by the answer.. fine..
Wrong again. Boeing pointed out that there ARE current USAF recievers which can receive MORE than 1200 gal/min – hence the inconsistancy with the explination as to why 1200 gal/min was chosen.
But where the the blublazes do you get the notion that I said they asked for a change, let alone a reduction.. other than one of your Olympic standard leaps of imagination…
YOU WORDS…”Boeing are questionning the need for a 1200 gpm rate“…
Lets look at the USAF’s largest tanking base in Europe, Mildenhall.
We can assume, using historical data (your favourite) that tanking operations will continue from this base… Using historical data the 767 can replace the 135 as required…. (and exceed the KP thresholds).
But look a bit more… it becomes runway limited before it become payload limited.
In order to meet the balanced field requirements the runway at Mildenhall would need to be extended..as it approaches its MTOW load…Now if this were a TDY location then such compromises would be accepted, perhaps less acceptable for the European USAF tanker hub…Its a matter of perception..
The KC-30 on the other hand is not limited by the runway length to carry its full fuel load….and can use the existing infrastructure as it stands.
In order to get the same number of airframes with the USAF standard spacing on the ramps some extensions are needed… the USAF standards are different to the ones used for civil aircraft operation… generally greater…Also at Mildenhall the airside infrastructure extensions are possible.. runway extensions, regardless of cost, are improbable….but you know better no doubt…
BS. The KC-767 can offload MORE fuel than required from a 7,000′ runway. A KC-767 with a full load of 202,000 lbs of fuel is well below its MTOW.
ACN depends of the actual load of the aircraft…there are max and min values and interpolation between the two in proportion to the actual weight of the aircraft is standard..
So.. according to your historical data the KC-30 will be operating below its MTOW and hence at an ACN number below the value of the C-5 and 747…whilst when needed it can carry a bigger ACN.. even in excess of the PCN if the number if uses fits within the operating regime established for that airfield… The PCN is not an absolute..it is dependent on the maintenance regime demanded of the infrastructure..
So…. in order to use the max capability of the 767 runway extensions are the prime infrastructure improvement required… if a compromise is accepted then fine… KPP thresholds are met and exceeded…great…
In order to use the max capability of the -30airside infrastructure needs work and hangers need to be replaced…but the max capacity is far greater… KPP thresholds are exceeded etc etc..
But please, unless you have done the airfield studies, rather than just read them, allow others to have a very different view from yours.. that is not BS…
Err…According to CSI Inc/EADS NA the KC-30 requires a 11,000′ runway to operate at MTOW, the KC-767 ‘only’ 9,000′. 🙂
[Correction, max fuel offload. For max fuel offload the KC-30 is near MTOW, the KC-767 is well below.]
And in order to reduce its ACN, the KC-30 has to operate at reduced take-off weight. That means LESS PAYLOAD (fuel). As already pointed out, at a ACN/PCN of ~50 the KC-767 can actually offlroad MORE fuel at range than the KC-30.
I was hoping for a solid fact base answer to my questions but you have side stepped them all and suggested your inability to answer my questions is because Im not as intelligent as yourself. Yes I’m fully aware of the functions of various types of ship. Are you? The function of America is to transport a large number of aircraft a large distance then deploy them over a period of weeks at high intensity, would not this discribe any carrier?
I have done no such thing. You asked specific questions that in order to answer requires specific data NOT RELEASED TO THE PUBLIC. As I said, you can try your luck at obtaining the data from the USN.
Wow did you read anything I wrote? Nuclear power no ship. Gas turbine ship, what can’t you understand about that. Wops I forgot if its not 102,000 its rubbish, if it has far more aircraft then it can strike below in bad weather then its crap, if it doesn’t have a 6000 man crew its crap, blah blah blah
Have YOU ready what you wrote? NOTHING in what you wrote in any way indicates ‘Nuclear power no ship. Gas turbine ship’.
And I have NEVER said that anything less than a Nimitz class supercarrier is crap.
Once again why has the USN built an aircraft carrier of 45 000 tons with gas turbines when the USN (really you) say anybody doing that is a moron.
Go on dude answer the question!
The US hasn’t built any aircraft carriers of 45,000 tons with gas turbines. The closest carriers that it has EVER built to ~45,000 tons was USS Lexington (CV-2) & USS Saratoga (CV-3) in the 1920s. Neither nuclear power nor gas turbines even existed back then.
The Tarawa, Wasp & America classes of amphibious assault ships ARE NOT AIRCRAFT CARRIERS.
Happy for you to enlighten me about how its not a surface combatent or carrier and so it doesn’t count, just put some detail in. This will be the third time I have asked for some facts so when you give me some sh@t I think we can all sit back and be sure you don’t know what your talking about.
So you REALLY need for me to explain the difference between an aircraft carrier, a surface combatant & an amphibious ship for you?
Thats becouse they have done the research themselves and it wouldn’t stand up to peer scrutney.
You have absolutely no clue what you are talking about.
Neither of which have the pods on the wings…or match the current KC-X specs…oh and you have forgotten the ‘delays’ that these programmes suffered due to ‘unexpected’ issues that Boeing, with its decades of tanking experience had not anticipated….
So the KC-30 might not yet be in service.. but the overall programme is far less problematic (at this time) and looks a bit more realistic…
Wrong.
Comparatively easy huh….I guess that’s why Boeing are questionning the need for a 1200 gpm rate when their 6th gen boom does not match that..
Easy to alter… like the 767 tankers for Japan and Italy…
Boeing hasn’t questioned the need for 1200 gal/min. It has questiond WHY the change & the inconsistency of the explination for the change. IT HAS NOT ASKED FOR THE RERQUIREMENT TO BE REDUCED.
We are well aware of your reading abilities…but what you are reading is written by others. I sit on that side of the fence..doing the work that looks at infrastructure improvements and the reasons behind it, the costs, and so forth. That work is then wrapped into the studies you read.
So from that perspective the issue of infrastructure improvements/ cost benefit analysis and ‘performance’ enhancements are ones I see possibly as ‘raw’ figures… and hence have an opinion that is different from you..
Quite the opposite.
The ‘comparatively little’ infrastructure improvements you speak about are very interesting…as in many cases the quantum is actually completely overshadowed by other aspects.. such as lack of actual phyiscal ownership or presence of additional land required.. for runway lengthening….or the specific cost of such improvements….
In comparison the cost of airside ramp and taxiway improvements may be high, but its falls within the realm of the possible……but hey you read the reports…somebody else does the work and presents you with the information…
The KC-767 DOES NOT REQUIRE runway lengthening. It EXCEEDS the KC-X runway/fuel offload requirements. In fact as runway lengths get shorter, the difference between the KC-767 & the KC-30 is REDUCED. Not to mention the fact that airfields with shorter runways generally have lower PCN (BOTH the RAND AOA & the CSI Inc./EADS NA study say that at a PCN of ~50 or less the KC-767 actually has greater fuel offload at range than the KC-30). And because the KC-767 can actulaly operate from much of the existing infrastructure, it requires comparatively little infrastructure improvement.
The KC-30 OTOH, despite its good runway performance (big aircraft with comparatively poor lifting/payload capability – I.E low MTOW for its size) is SO much bigger & heavier (bigger & heavier than every aircraft in the US inventory except for the C-5s & a few 747s) that it requires MAJOR infrastructure improvement.
Yep but its over 20,000 so by your own statement must be cheaper to run if its nuc, but your about to tell me that amphibs just don’t fall into that bracket, its not a surface combatent or a carrier so its ok to be gas turbine? Dude how does that work, don’t use it so much? If thats your answer then you agree with me. Marine corp so it dosn’t count? Thats what I’m trying to say and your delibratly ignoring YOU said if its over 20,000 its cheaper nuc I’m asking YOU why the USN have made a 45,000 ton assualt CARRIER gas turbine, I don’t think you have an answer to this but if you do, that will be the same answer to why the rest of the world builds conventional carriers.
Do you seriously not know the difference between an aircraft carrier, an amphibious assault ship & a surface combatant &/or how they operate?
Give me some hard facts. Show me how US model nuclear powered steam turbine propulsion with massive crew crew is cheaper than lean man gas electric? Show me how the USN looked world wide at modern systems and rejected them for the system they already have a vested intrest in. Of course this study was carried out by a total independent body! And of course not funded by the USN either!
Feel free to ask the USN yourself. The public reports do not release such details. As is typical, the public normally is only privy to the ‘conclusion report’ & not the ACTUAL full reports themselves.
And again you missed the point. No one in america would say “no more carriers no more fleet we will just have a coast guard” so you can build them as big as you like, with huge crews and large air groups and its all good.
Here we havent had a fleet carrier for 29 years and most of the population see no need for one now, in fact most of the population see no need for the navy full stop. The airforce and army are set against them so to get the two ships they must be a cheap as possible, no cats, no traps, no nuclear, the smallest crews. Before you slag me off again do some research and see things from another countrys view! Please?
Just what does that have to do with the relative merits of nuclear power vs ‘conventional’ propulsion?
You did that quite often. Last time – it was in this thread – you wrote LRIP would cost $75 million. Care to explain what exactly are the additional $145-160 million are for then? And better explain that well. Because for that price I train Scott Speed to be a good racer…
Where did I post that LRIP would cost $75 million?
FULL RATE PRODUCTION (in FY2014 dollars) is projected to be $70-75 million. LRIP are already below $200 million but not yet below $100 million.
Agreed. Short term monetary gain outweighing larger strategic concerns, what a wonderful idea…
I don’t understand why UK didn’t pay for it’s KC-30’s upfront and then rent them out to AirTanker?
Apparently operational sovereignty is only relevant if we’re discussing the F-35… 🙂
For the same seasons the USAF was going to lease tankers years ago…
MUCH lower up-front cost & lower cost each year. I don’t know about the UK but another HUGE advantage for the US lease deal was that the lease payments did not require ANY money from the USAF procurement budget.
I see, sorry, I thought you were quoting me about something else. But yes, I already know that Eurofighter or more than willing to discuss partnerships agree on ToT etc, and why shouldn’t they, but whatever you say about your F-35, Eurofighter are always going to offer the better deal.
A better partnership deal (with the exception of JSF partner antions), yes. How else are they going to get anyone to seriously consider an inferior weapons system at higher cost (vs the superior weapons system at lower cost F-35)?
Well, I dont know that because I haven’t looked into their needs, I was just curious why Canada was mentioned in the article.
Geography, “from the Japanese to the east to the Canadians to the west” pretty much covers the entire market for modern fighters…
The KC-30 currently appears to be a lower technological risk than any current flying KC-767….see Japan and Italy…
BS. Three of Japan’s KC-767 are OPERATIONAL & Italy’s KC-767s are closer to being operational than Australia’s KC-30 is.
Not to mention the SIGNIFICANTLY greater risk of a <58% US workshare tanker MANUFACTURED in Europe by Airbus/EADS & ASSMBLED in the US by NG/EADS NA vs a >85% US workshare tanker MANUFACTURED & ASSMBLED in the US by Boeing.
The current Boeing booms seem unable to deliver the 1200gpm…Boeing’s own fiugres..
True but with FIVE GENERATIONS of Boom design & building experience it is comparatively easy for Boeing to alter its SIXTH GENERATION boom to meet the 1200 gal/min requirement (note that in the previous [round two] KC-X solicitation Boeing’s proposed 6th generation boom was to be a 1000+ gal/min boom vs a requirements for ‘just’ 900 gal/min).
The infrastructure improvements… whilst costly are lower than the cost of delivering the infrastructure improvements required to allow the 767 to operate at its theoretical maxima….admittedly you will trot out lots of data which shows how much in excess of historical data the 767 can off load within the current runway lengths…great go for it…
What are you smoking? The KC-767 can operate effectively USING THE EXISTING INFRASTRUCTURE & comparatively little infrastructure improvement would allow it to “operate at its theoretical maxima”.. With THE EXISTING INFRASTRUCTURE the KC-30 can not even do the job as well as the KC-135R & requires MANY BILLIONS OF DOLLARS of infrastructure improvement to allow it to operate effectively much less “at its theoretical maxima”.
I already HAVE troted out lots of data which shows how much in excess of historical data the KC-135R (much less the significantly MORE CAPABLE KC-767) can off load within the EXISTING INFRASTRUCTURE.
Oh…and globally…the balanced field length verus overall off load capacity will affect capability…again having worked with the USAF on Mildenhall itself I’ll use that experience as an opinion base.
I have already pointed that out. I even posted a figure FROM AN EADS NA STUDY showing such.
I also posted figures (from the same study) showing how tanker weight (ACN) vs runway strength (PCN) effects fuel offload & how tanker size (footprint) vs airfield parking area effects how many tankers can operate from each airfield [what REALLY matters is not the fuel offload of each tanker but the number of booms & total fuel offload of said booms from each airfield].
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The KC-30 fuel load is with it’s standard tanks only. It has the capability to install fuselage tanks if needed and has the spare engine power to do this. There is also most likely going to be upgrades (increases in power on the engines and since the civilian version is still in high demand we may well see an updated version with more powerful engines and modifications to allow it to carry more weight and fuel. For a tanker version this will allow it to have more offload and longer range. This is not a requirement at the moment as it already carries a lot of fuel. For KC-Y i had seen a proposal to take away some of the cargo carrying ability and install fuselage tanks that would be able to be taken in and out. (not quickly though if i remember) Can’t think of figures but i think it offered a lot of extra fuel.
A330-200 MTOW: ~513,000 lbs (~525,000 lbs for latest IGW version)
A330-200 OEW: ~265,000 lbs (~269,000 lbs for latest IGW version)
A330-200 payload/lift capacity: ~248,000 lbs (~256,000 lbs for latest IGW version)
AKA virtualy no weight allowance for increased fuel capacity (weight).
It SHOULD be possible however to offer an A340-200 weight A330-200. The A340-200’s ‘standard’ fuel capacity being 155,040 L (40,962 U.S. gal) = 274,443 lbs [a 28,250 lbs increase over the A330-200 but still ~81,500 lbs short of the smaller & lighter KC-10].
A330(340W)-200 MTOW: ~573,000 lbs
A330(340W)-200 OEW: ~278,000 lbs
A330(340W)-200 payload/lift capacity: ~295,000 lbs
For KC-X that is going in the WRONG DIRECTION with even greater weight & capacity were the A330-200 is ALREADY too heavy & even the KC-767AT has more capacity that needed. For the KC-Y, by the time we get there, (as I have said before) a better platform will be the A350-900R.
This would allow just 1 aircraft to be bought for all three sections KC-X, KC-Y and KC-Z.
The USAF does not want one aircraft for all three. It is smarter than that.
Whether this happens is anyone’s guess. Originally KC-X was described as a purchase of 540 aircraft presumably of the same type. Now we seem to have KC-X, KC-Y and KC-Z. Maybe the US would be better waiting a few more years and seeing how the A330 and 767 do in the tanker/transport role. Also this would allow the freighter version of A330 to be ready, the A350 and the 787. This could leave the USAF with a bigger selection of aircraft to pick from.
In the end it’s a complete mystery as to who will win the KC-X. Maybe one day we will find out. I am currently 55% to 45% in favour of the Airbus being picked again.
The USAF can’t wait. It is ALREADY behind schedule on STARTING tanker recapitalization & with so comparatively few tankers it is expected to be able to procure each year it is going to take 35-40 years to recapitalize the entire KC-135/KC-10 fleet! AND by the time we have FINALLY done so it will be time to star over again as the KC-X fleet will then be due for replacement (based on the intended 40 year service life).
The title of the thread was aimed at PA2 and should it and other future carriers be nuclear powered.
You can tell us how much it costs to decomision American units but my point was that for the uk we have NO way of getting rid of these boats so we have NO end cost. Untill a disposal system is finalised the cost of nuclear power vessels in the uk is LIMITLESS. Therefore it must be cheaper to build conventional. The fact the USN has a route to dispose of unwanted material is very nice for them but that is of NO value to the RN. I don’t know how I can rephrase this.
As pointed out Brazil has no history of nuclear powered ships, the Italians, Indians, UK and the current Russian carrier are all conventional. France strongly considered a gas turbine powered ship and paid very good money to access the plans and at the moment are undecided what to do. Even countrys that are used to building nuclear powered ship/boats have choosen conventional power plants.
None of which changes the fact that for a >40,000 ton carrier built today, its TLCC will be LOWER if it is nuclear powered vs ‘conventional’ propulsion and that the higher up-front procurement cost of nuclear power vs ‘conventional’ propulsion as a % of total procurement is significantly LESS than in the past (aka nuclear power is not as cost prohibitive as in the past).
45,000 tons, 38 aircraft, 2 gas turbines, electric drive. USS America. Guess I’m confused.
Yes you are. LHA-6 is an amphibious assault ship, not an aircraft carrier.
One could point out that America is not a “proper” carrier but perhaps neither are CVF, Jaun Carlos (bit small I know but still well over 20.000 tons) and cavour all of which should be much cheaper to run as a nuc according to the USN Office of Naval Reactors.
For the uk the higher purchase cost alone made a nuclear CVF a none starter. CVF gas turbine or no CVF, running costs are determined by use, running out of money don’t use it.
CVF & PA2 are ~65,000 ton aircraft carriers. Yes Britain is selling itself short by making CFV a STOVL rather than CTOL carrier. At least France is not making THAT mistake.
L61 Juan Carlos is a ~27,000 ton amphibious assault ship that like all LHA/LHDs can operate a small airgroup of V/STOVL.
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45,000 tons, 38 aircraft, 2 gas turbines, electric drive. USS America. Guess I’m confused.
I would assume that they just don’t want Nuclear amphibs.
Just want to make it clear, 90inFIRST posted that not me. I am not confused as to what LHA-6 is & is not.
your statement is illogical
the requirements are the minimum, there is no reason for them to change
however if you have a choice between a plane that barely meets the requirements and one that exceeds them, well the choice is so obvious even the Air Force can make it 😉
No, what WOULD be illogical is NOT increasing the requirements if you ACTUALLY are convinced that doing so would result in a superior (capability &/or cost-effective) product.
the IFARA adjustment is ALL about favoring greater capability
Greater capability, NOT greater capacity. Run with real world data CMARPS clearly demonstrates that greater capacity DOES NOT necessarily result in greater capability.
here’s a newsflash
the KC-767 will also require billions in infrastructure improvements
How much? 😉
indeed, that’s why they ended up selecting it
funny, i seem to recall the KC-30 WINNING
No, they REJECTED it & went on to sole source the tanker lease.
oh, you’re still hung up on ancient history back when the airforce was TOLD by congress to select the 767 and the KC-30 didn’t have a boom
Congress didn’t tell the USAF to do anything. The USAF asked Congress to support its plan to ‘jump start’ tanker recapitalization (getting new tankers SIX YEARS earlier than previously mapped) through a lease of Boeing KC-767 tankers. Nice try at rewriting history…
And for the THIRD TIME in this thread.
{as previously posted}
Not having a working boom was only PART of ONE of four reasons for it being rejected. And in fact ALL FOUR reason are STILL valid today (except that Congress won’t let the USF reject the uncompetative paltform).
The KC-30 increase in size STILL does not bring with it a commensurate increase in available air refueling offload.
The KC-30 STILL presents a higher-risk technical approach and a less preferred financial arrangement.
The KC-30 STILL has an 81% larger ground footprint than the the KC-135.
The KC-30 STILL requires greater infrastructure investment in order to operate effectively in worldwide deployment.
{as previously posted}
Not sure I understand what you mean there?
He says Eurofighter is “more than willing to discuss partnerships in terms of how we advance this aircraft” and how it “evolves”.
“We realise there is a great interest across the world from the Japanese in the east to the Canadians in the west. Nobody wants to buy aircraft at full cost. They want to have technology transfer and want to be part of the team.”
To translate…Eurofighter is “more than willing to discuss partnerships” BECAUSE Eurofighter realizes that nations don’t want to buy aircraft at full cost but DO want technology transfer & to be part of the team. AKA Eurofighter realizes that if it is going to have much chance at further Typhoon exports it is going to HAVE to ‘spice up’ the deal with partnerships (technology transfer & team membership). Before the F-35, Eurofighter could rely on the Typhoon’s superior capability to sell it but in a world where the F-35 is an option, they can’t do that.
Before I read this article I didn’t believe Canada were interested in the Typhoon, nor do I believe so now although I think it would be a very good choice for them, it just caught my attention when Canada was mentioned in the article thus thinking it would be an interesting topic to discuss.
I agree with you on the, Japan could have both types though, i.e Typhoon and F-35.
The first bit you wrote make me giggle too. 😀
What interest would Canada have in the Eurofighter Typhoon? What does it offer them that the F-35 does not?
And that is where you are dead wrong.
They may have thought that initially, but NG/EADS was able to convince them that the increase in capabilities is worthwhile and more than trumps any issues with ground footprint.
Sorry, you’ve already lost this argument. The USAF now sees the light and CMARPS backs them up.
And don’t even start with CMARPS and/or IFARA being flawed, no one’s buying what you’re selling on that front.
They have done no such thing. The fuel offload at range requirement has not changed. IF the USAF had been convinced that the ‘the increase in CAPACITIES is worthwhile and more than trumps any issues with ground footprint’ then the requirements WOULD have been changed AND the AMC tanker white paper would be edited to indicate as such. Hell, in round three the USAF is even saying that greater CAPACITIES isn’t worth squat unless is comes at next to ZERO (adjusted – with TWO adjustment that favor smaller tankers & one that only favors larger tankers when the data is altered) cost. And while you are fooled, the USAF knows full well that the altered data NECESSARY for the KC-30 to even complete the evaluation missions demonstrates clearly that the KC-30 can’t get the job done without BILLIONS of dollars in infrastructure improvement. The USAF ‘saw the light’ when it ran the KC-30 using real world data & REJECTED the KC-30 for not meeting its requirements shortly thereafter.
Hmm…
~$3 billion for 14 F-35A vs ~$6 billion for 24 F/A-18F. 😉
yes, they are going back to usn about 2025
F-18F’s are supposed to be returned to the USN circa-2025.
Wrong. There is an OPTION to ‘return’ (airframes are actually being taken from USN orders) them to the USN.
The RAAF and Government have not yet made the decision IF they will actually be ‘returned’ or not. And if it were not for the fact that the option IS part of the deal, there would be some question as to if the USN would actually take them (would/will all depend on what the USN’s shortfall would/will be & IF the then Administration would/will allow the USN to have them ‘back’)…
There you can see how expensive LRIP really are: almost $230 million per unit. :rolleyes:
No, to ‘see how expensive LRIP really are’ you go to FY US defense budget documents. There you can see how much previous FY LRIP have cost, how much is being charged for curent FY LRIP & projections of future FY LRIP.
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Jackjack, when one acquires an aircraft one always has to also pay that. You know what it really means? It’s specific fuel dispensers, workbenches, tools, pilot gear, briefing computers/software and so on and so forth. Same with training thing no matter if you buy a F-25, a Tiffy or a Super Tucano…
So people were “calculating” how the LRIP costs $75 million. All the trickery aside (missing engines and sutff) the difference here is amost $160 million per unit. Or in other words: it three times as expensive in reality compared to what the PR people stated.
By the way, if I read Faulkner’s comments right this price doesn’t even include spares or weapons.
LRIP = Low Rate Initial Production
What you are describing is Total Weapon Systems Cost.
It is ONE of the reasons why initial batchs cost more than later batches. There is significant ‘initial startup costs’ for initial batches that need not be paid for in later batches.
No problem though, just be intellectually honest & compare apples-to-apples…
You need to understand here a little bit of the role of the USAF in all of this..
I do.
The USAF is subject to the laws as enacted by an elected Congress.
And THE ‘law’ enacted which is throwing the NORMAL process out the window with the KC-X is the demand for a ‘full competition’. NORMALLY, the USAF need EITHER justify to Congress a sole source contract or OFFER the contract up for bid. NORMALLY, the USAF has every right to reject a bid offer it finds does not meet its requirements.
So first and foremost in needs to respect those laws.
The USAF demands may indeed be so well defined in a particular product…but if in so doing it breaks a law then the needs are the ones to be altered, not the law that applies to all government spending.
Not normally. NORMALLY there is no ‘law’ demanding a ‘full competition’.
Sadly for you the USAF needs are secondary to the actual legal demands of the nation it serves, regardless of perceived ‘need’ or ‘expertise’ the USAF may have in its technical areas.
Sadly for EVERYONE except those taking advantage of the situation to FORCE the USAF to accomodate a noncompetative offer that the USAF has rejected for NOT meeting its requirements.
It is absolutely correct that the USAF cannot write an RFP that is so closely matched to the 767 and excludes the 30..(as it would appear to have been done… from Boeing itself!)
It is absolutely INCORRECT. Bidders are responsible for making offers which meet the USAF requirements. The USAF is NOT required (nornmally) to alter it requirements to accomodate what ONE bidder wants to offer.
This automatically precludes competition and is therefore illegal.
Again, NORMALLY there is no ‘law’ requiring a ‘full competition’.
Thus the GAO will be asked to review any decsion in this regard and should they find that the RFP/ Evaluation or any other aspect of the process is incorrect they will make that call; regardless of the decision that the USAF/ DoD etc may have taken.
The GAO did not object to the tanker lease RFP (which as has been established WAS written specifically for the KC-767 variant that the USAF & Boeing had previously agreed to) OR the USAF rejection of the KC-30 &/or subsequent sole source of the contract to Boeing. Under NORMAL circumstances such is perfectly legal & acceptable.
The initial lease deal was cancelled not because of any inherent issue with the product, but with the surrounding process…
Exactly.
The second round was cancelled due to the process being flawed.. as run by the USAF/DoD….
Not only a flawed process but a process that was not follwed in accordance with the rules of the process.
To then imagine that the USAF/ DoD selection in this round will not be examined and challenged by the GAO is both ignorant and naieve. The GAO’s ruling WILL dictate the outcome.
The role of the GAO is to ensure that the process is ‘legal’ & is follwed in accordance with the rules of the process, NOT to make the determination of the winner.
As for your ramblings about the 2002 rejection of the KC-30 you have helpfully forgotten that at the time the EADS boom was a paper one..and whilst all the good words in the world can help; they were insufficient (rightly so) to overcomme the doubts that prevaled on the ability of EADS to develop such a boom in time when Boeing already had decades of experience. In the mean time EADS has flown this new generation boom….whilst Boeing’s proposal remains an engineering study supported by decades of real world experience. However the evaluation that the new generation boom as being flown by EADS is complaint means the underlying reason for the 2002 rejection has been removed, making the 30 a viable competitor.
BS.
{as previously posted}
Not having a working boom was only PART of ONE of four reasons for it being rejected. And in fact ALL FOUR reason are STILL valid today (except that Congress won’t let the USF reject the uncompetative paltform).
The KC-30 increase in size STILL does not bring with it a commensurate increase in available air refueling offload.
The KC-30 STILL presents a higher-risk technical approach and a less preferred financial arrangement.
The KC-30 STILL has an 81% larger ground footprint than the the KC-135.
The KC-30 STILL requires greater infrastructure investment in order to operate effectively in worldwide deployment.
{as previously posted}
You really do need to understand that the USAF, having set up this procurement as a derviative as opposed to new design airframe has set a rod for its own back. The rules that apply do demand competition and rightly Congress are insisting that it is there… the product is not so specialised or reliant on such cutting edge technology that sole source route is acceptable.
No, YOU need to understand that the NORMAL ‘law’ DOES NOT require a ‘full competition’, ONLY that the contract be offered up for bid. The NORMAL ‘law’ DOES NOT require the USAF to alter its requirements to accomodate a noncompetative offer.
Congress might be ‘idiots’… but you elected them.. so where does the problem lie?
AT MOST I have had some small (just one vote of MANY) in electing THREE people in Congress…
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I suppose pfcem’s hangup with the previous RFP processes may stem from not understanding that RFP requirements are mobile. The whole point of the RFP is to have input from potential bidders before the RFB.
On the contrary, I FULLY understand that the RFP requirements are mobile. THAT is the entire purpose of DRAFT RFPs! The [round two] KC-X RFP was rewritten/edited a half dozen times before the FINAL RFP was issued.