It is precisely because I am very clear about this that I took the three different models of the first-generation engines for comparison. Moreover, it is known that Chinaβs adoption of an aggressive strategy allows for greater air intake at high speeds and altitudes, so its high-altitude performance is inevitably superior to that of the F110 series.
You got to be trolling at this point all youβve done is said these two engines look similar to each other therefore the WS-10 Should be massively outperforming the F110 series. No sources no backup and from reading these post it doesnβt even seem youβre correct on the basic statement of them being similar engines designed from the same thing.
Do you understand what the ram effect is? The F110 engine emphasizes subsonic speeds, while the WS-10 emphasizes high-altitude high speeds. You simply do not understand why I would make such a statement.
And am I talking about technological leadership? These are two different paths, do you understand?
So according to your statement, where are the U.S. militaryβs AIM-174 and AM260 currently in service? Why have only a few units been mass-produced? Your PL-15 in China has been widely deployed, yet itβs unclear whether the production of the AIM-174 and AM260 even reaches a fraction of the PL-15. As for the F-47 multirole aircraft, you mean to say it is certainly not as advanced as the aircraft that recently appeared in China, correct?
Have you seen that this article was originally issued in its unclassified form between 2003 and 2005? Do you think you can access a maintenance paper on the turbofan 10C or turbofan 10B?
You are correct, but among the aircraft you mentioned, except for the F-15, none of the U.S. militaryβs fourth-generation planes can cruise at supersonic speeds.