QUOTE (senor freebie @ Nov 26 2008, 07:57 AM)

Whats your source? My source is the RAAF website. They say 1,000km for interdiction, 740km for combat. That is a PATHETIC range and you can't just handle the fact that the USA has produced pretty much the greatest lame duck fighter aircraft in the last 30 years.
I looked at the RAAF's site and their information is not totally accurate, but why should they release the exact details? The USN's website says different as do a wide collection of sources. Specifications for Russian aircraft vary just as much if not more.
I don't know how on earth you think the Hornet and Super Hornet are "lame ducks." The experience of the USN and other nations operating the Hornet including Canada, Finland, Kuwait, Malaysia, and Switzerland proves it is fine aircraft. The original F/A-18 was a fine replacement in the attack role for the A-7 while proving a capable air-to-air opponent which would supplement the F-14 Tomcat. The F/A-18E/F improves on that, giving the USN an excellent all around aircraft. Sure it is not perfect but it was not the Navy's original plan.
QUOTE (senor freebie @ Nov 26 2008, 07:57 AM)

So you're saying that the only Russian or American aircraft that have a better combat radius then 740km are air superiority aircraft and hypothetical future aircraft?
I am not saying it is only Russian and American aircraft. A number interceptors and fighter-bombers have such ranges too, not to mention larger aircraft. Yet I am talking about modern aircraft with an air-to-air role currently in service, which belong either to the Russians or Americans.
QUOTE (senor freebie @ Nov 26 2008, 07:57 AM)

The 'typical range' of the Mig-35 = with a full combat load and external tanks is 2,000km
The 'combat range' eg. the longest distance an F/A-18E can fly and fight and hope to return with JUST 2 AIM-9's is less then half that ... and its hauling 5 external tanks.
The 2 seater mig goes even further ... and then you can add buddy refuelling to boot.
Why do you even bother???? I mean you're arguing the impossible!
Actually that is correct. Thats 5 tons of ordinance + 3 fuel tanks + inflight refuelling.
That turns into a 6,000km ferry range too ... handy if you have to quickly relocate to the other side of the world.
The furthest an F/A-18 can fly and return is 1,000km with any ordinance ... and if it goes that far, its cutting a fine line in terms of running out of fuel if it has to execute a tight turn.
Where do you get your numbers. The USN's official site states a range of 2,346 kilometers clean (no external fuel tanks) plus two AIM-9 Sidewinders. A typical air-to-air load may reduce this but not to a huge extent. Nothing backs your other claims either.
Inflight refueling makes all the difference there however. Take it away and see what you get. How is any two seater Mig-29 going to go any further? Like it or not there is only so much room to jam fuel into the Mig-29S and the Mig-35 is probably the limit of what they can do unless the add larger, redesigned wings or something. Why on earth would the Mig-29SMT have such a longer range than what is generally stated for the latest Mig-35 and earlier the Mig-29M/M2 prototypes? Hell even Su-35 is stated to have less of a ferry range
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

Incorrect again, agility is determined by the amount and type of control surfaces you have as well as the thrust and acceleration you have available (which is in turn influences by fuel).
The original hornet which is comparable in weight the Fulcrum has 11,000lbf dry thrust while the Mig-29OVT has nearly 24,000lbf of dry thrust. That means that when they push their throttle stick they have TWICE the power coming out of their engines. Thats why, which you begrudgingly admitted, Fulcrums are faster (Mach 0.8 faster to be precise) and thats also why they are FAR faster at gaining speed and making turns without losing speed. This also explains why they can fly further on less fuel with more payload as they're not straining their engines as much. Which means that when it comes time to fight they're better armed and can make more aggressive maneouvres ... at higher altitudes and higher speeds.
MIG-29S
37,000 lb loaded weight
22,460 lb of thrust dry power
36,570 lb of thrust afterburner
FA-18C/D
37,150 lb loaded weight
22,000 lb of thrust dry power
35,400 lb of thrust afterburner
Mig-35/D
unknown loaded weight
23,800 lbs of thrust-dry power
39,600 lbs of thrust-afterburner
FA-18E/F
47,000 loaded weight
28,000 lbs of thrust-dry weight
44,000 lbs of thrust-afterburner
The Mig-29 is certainly faster (which varies with altitude), but closer to Mach 0.5 than Mach 0.8. Either way the F/A-18 was not designed for high speeds and nobody would deny this. When it comes to agility the FA-18 has always been an excellent performer at low speeds and in mock dogfights the F/A-18A was able to beat the Mig-29 in this regard. The Mig-29 had more maneuverability at high speeds however. Interestingly when the F-16 was compared to the Mig-29 the reverse was true. The F-16 was superior in terms of maneuverability at high speeds but inferior at low speeds.
The F/A-18E/F is slightly underpowered in comparison to the F-15 and F-22, but this is mainly due to the origins of the F414 engines designs. Upgrades are planned for the F414 engine however. According to the GE website.
"GE has continued testing growth versions of the F414, including an Enhanced Durability Engine (EDE) that includes an advanced core that can provide either a 15% increase in thrust or extended component life at current thrust levels. This configuration uses a six-stage, 3D aero high-pressure compressor and an advanced high-pressure turbine. The new compressor increases airflow and efficiency while the advanced turbine has higher temperature capability and improved efficiency."
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

The original Fulcrum > the original Hornet
The Phased Array Fulcrum > all Hornets
The AESA Fulcrum > The Phased Array Fulcrum
Their radars simply have more kw's of juice which means that they have longer range which means that they're better. Simple as that.
Besides, the Fulcrum now has the OLS which means they can detect the Hornet at roughly the range of the AMRAAM without even turning on a radar (a massive electronic warfare advantage).
Says you those Fulcrums are better. Also radar details like that regarding modern designs are not just lying around anywhere. The OLS certainly has uses but it is not a massive advantage in air-to-air combat like you think. The F-35C will share a similar capability, with a similar range to the Super Hornet and stealth features.
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

The prices the USA gave Australia, one of their closest and best allies and the prices the Russians gave Malaysia a country they don't even care about that isn't even friendly with them.
Don't blame me for the politics and what else comes in the packages we sell you. I value Australia as an ally as does most of the military and certainly some of Washington. Yet that does not always transalate properly. A few years point we sold Malaysia some F/A-18Ds with no complaints from them as far as the price goes.
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

Also, the F-22A is heavier, in a similar thrust class, has a lower proportion of control surfaces, has inferior TVC and stunted intakes. Not to mention, as you just put it, far more then that decides air to air fights. The Mig-29OVT is a generation ahead in IR targetting. Sure, thanks to its radar signature and the F-22A's powerful radar its going to lose most engagements at range but its going to flog the pants off most F-22A's in a dogfight.
Similar thrust class? Where did you get that? The F-22A's TVC is only inferior in the sense that it only provides 2D thrust vectoring, but it much stealthier than most conventional or 3D thrust vectoring nozzles. Yes the Mig-29OVT would be a generation ahead in that one regard since the F-22A has no IRST type system. I believe originally, one was planned to be added at a later date but budget cuts have certainly cancelled this. The F-35 family has a very advanced such system however. BTW the Raptor has quite large control surfaces and those of the Hornet and Super Hornet are not as lacking as you think.
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

Define recently? Phased Arrays have been options on Russian planes for a decade longer then AESA's have been in the USAF and thats before you look at the Mig-31's 1977 introduction. That makes for a 25 year gulf ... where the USA did not have a fighter aircraft with a radar even close to the same class as the Russians.
First the Mig-31 entered service sometime around 1982. Again it's PESA radar was more comparable to other designs of the 1980s than today's AESA and PESA designs. It may have had some advantages, but not much compared to designs like the APG-63. Only a handful of newer phased array radars saw service on 12 Su-35s, the Mig-29M prototypes, and some Mig-31M interceptors. Certainly not enough to make a difference in the very poor state of the Russian Air Force of the time.
The F-22A would have entered service quite earlier if not for post Cold War budget cuts. If a true F-14 replacement was not developed, upgraded F-14s would have certainly had phased array radars too. F-15Es would have likely been upgraded at an early date as well.
Right now in the USN and USAF most F/A-18Es and F/A-18Fs have an AESA radar (early models lacking this will be upgraded), as well as F-22As, and a decent number of upgraded F-15C Eagles. (These upgraded F-15Cs also have helmet mounted sights, and some other new avionics, some have suggested they also be upgraded with the more powerful F100-PW-229 engine.) The F-35A will include an AESA radar, and plans exist to upgrade the F-15E fleet with an AESA radar along with some other improvements.
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

Says you and a handful of hollywood directors. The rest of the world, USAF pilots, government officials, intelligence experts etc. know better. Do you really think that countries like France or Australia with similar pay-rates for pilots and larger training budgets per head don't get better results then your precious USAF? And thats long before you consider the fact that the Russians have been operating gear like helmet mounted sights, phased array radars and super-cruise jets for nearly 3 decades while the Americans have only introduced them in the last 5.
I suppose all of those Red Flag exercises, the years of experience, and nothing else matters. For most of those 30 decades the poorly trained, Russian Air Force had awful morale, too many aircraft in poor condition, and was getting very little new equipment. Only recently has that changed. Also what Russian jet that you speak of can supercruise and at what speed? The only relatively modern Russian design that I know of with this capability would be the Tu-144 supersonic airliner.
QUOTE (senor freebie @ Nov 24 2008, 05:38 AM)

Even your best generals are saying you should can that project and just buy more F-22A's. Don't you even listen to them?
Hardly. Some generals strongly support the F-22A but most of those recognize the need for the F-35A, F-35B, and F-35C as well. Some high level officials like Defense Secretary Gates are not very fond of the F-22 at all and would rather see more F-35s and other aircraft.
All fellow USians have a good Thanksgiving, Canadians enjoy yours whenever you have it. Better celebrate before the holiday is removed as being "politically incorrect."