Russian weapons coming up short when it counts is too general a statement.
There have been plenty of instances where Russian weaps were used to good effect.
FC-1s are cheap (to procure) but that is only one side. What about the cost of maintainance?
40 FC-1s doesn’t give you the capability that 40 F-16s will give, therefore more FC-1s need to be procured which negates some of the cost advantage. Then, you have to maintain a larger number of aircraft which will cost more than to maintain a smaller number of aircraft. Again, dissipating some more of the FC-1’s lower cost of procurement.
You also need to train more pilots, reservists, mechanics, etc for the larger number of FC-1s, again dissipating even more of the FC-1’s lower cost of procurement.
Look at cost per unit capability in a holistic manner, not just fly away cost. In the long run, having a lesser number of highly capable aircrafts is better for the budget than having a vast quantity of lesser capable aircrafts.
The problem with getting 150 FC-1s vs getting 80 F-16s is that the 150 FC-1s are a bigger drag on the economy year to year than the 80 F-16s.
150 a/c take require more infrastructure, more spare parts, more pilots, more mechanics, more hangars, more maintainance depots, etc than 80 a/c. Plus if you throw in the fact that the F-16s will probably be better in MTBF department for most of its critical equipment, especially engine. It turns out that having 150 FC-1s will most likely cost you more in the long run than a smaller number of more capable F-16s. Also, figure in that the F-16 is one of the most ubiquitous a/c in the world with spares available in many places.
Poorer countries that are really trying to watch their expenditure are better off having a small, elite group of high end F-16s rather than a generous smattering of less capable planes. Eventually, the more numerous but less capable planes wind up eating a bigger hole in the budget than the small number of highly capable planes.
Actually the bag travels with me… You’d be amazed at the kind of stuff people try to sell me 😀
I 400% agree with what you are saying about the GCI thing which only goes to show that the Mig-29 was meant to be used by only the Russians. No one else was really suited to take full advantage of the Mig-29 or really any other Russian aircraft. Who else has/had the dense, multiredundant, and layered GCI other the FUSSR? No one. Anyone else trying to use the Mig-29 was taking boxing gloves to a knife fight. The Mig-29’s biggest weakness was that it couldn’t adapt to different doctrines and was CLOSELY tied to its mother doctrine. That perhaps overshadows any other technical merits it has.
The most successful combat aircrafts have been the ones that could adapt. The Mig-29 never did… unless the Mig-29K is something vastly different from its pedigree.
I would go with the F-16 Blk 52s because there is almost no performance risk while the other two are wildcards as far as how they will fare in the real world and not just in air shows, PR stunts, etc.
The saying is, YOU GET WHAT YOU PAY FOR.
Let’s take the UAE for instance. Would the UAE have as much a capability or intimitading power if it went for 80 FC-1s rather than F-16 Blk 60? Yeah, they paid out the waazoo for those planes but it instantly brough them a HUGE PROVEN capability and immediately made them a high tier AF. Can we say the same things if they had bought the FC-1 or even the Mig-29?
Also, Mig-29s have shown they are more impressive on paper than in combat or in day-to-day maintainence.
Why are the two orange stabilizers so big and orange? 🙂
Could be a modernized / Sinoized (if that’s a word) A-50
Also, the guy looking into the display in the case, doesn’t seem too impressed 😀
SOC, you know what I am getting at and that’s why you are so defensive 😀
All in good nature my friend.
Just want to point out that the capability to roll out 50 SHs exist now if the USN required it. That is, the infrastructure already existed to roll out large number of SHs and therefore, the if you do TOC calculations, it will come out to be a more cost effective platform than any of its contemporaries. I am 400% sure 😀
Originally posted by SOC
Do any of them have a requirement to?
Has there been any historical precedence pointing to a possibility of an EU factory putting out 40+ state of the art a/c per year?
Wartime Europe doesn’t count.
At its peak, how fast were the Mirages (all variants) rolled out per year?
Btw, is any French or other EU assembly line expected to roll out 42 EFs or Rafs per year?
I am not sure why people dislike the SB. It’s a very capable aircraft that’s in full production now. The pedigree is good, the user tested and likes them and they have combat miles under them.
I am not going to get into the Typhoon and Raf vs. SB arguments but for the USN, which btw is the largest and longest running carrier operators, to like them speaks for itself.
The US didn’t put all its eggs in one basket. Boeing, LM, Raytheon, etc are national assests. The GotUS will not jeopardize their respective global positions.
The Triple-7 was and is a very good product in its own light.
Boeing is a strategic US asset. Allowing it to fail is NOT an option. Like it or lump it.
Tomcats and Prowlers are maintainence intensive, have approaching the end of their lives, etc. The reengineered F/A-18E/F/Gs are and will have much better up times, less maintainence intensive, cheaper to fly, etc. Overall, they are a good buy for the USN. Also, there is the “there is no altenative” thing at work here as well. Nothing the US or the Euros have compares to the SB. Don’t tell me Raf cuz the USN requires more than nine aircraft.
The MCA will be geared more towards A-G ops with A-A as secondary role for self-defense. AFAIK.
I am pretty confident that the ruddless concept will not pass the design review. But I could be wrong…
Originally posted by GoldenDragon
So some creative Chinese guy used a Lavi schematic as a base, big deal 😀
Was that “creative Chinese guy” you? Out with it man 🙂
If it was, great job.
BTW, hows the J-10B 3D model coming along?
Fact that the J-10 diagram is shown with a dorsal IFR receptacle pretty much shows the drawing’s pedigree, n’est pas?
Why does the J-10 have a dorsal refueling input?