Which is fine, but if flexibility is a metric being compared between the 2 aircraft, then the F-15 wins.
Once the Es get the AESAs installed, they’ll have superior capabilities in simultaneous A2A/A2G, as well as EA, etc…
Being able to simultaneously do everything is completely almost completely useless, as it’s not realistic.
When in the hell is an aircraft going to be doing “Sky-Rambo” obliterating everything in its path with its entire full payload all at once? Never, except perhaps, in your fantasies.
Well the F-15E can ferry 5745km without aerial refueling. The Su-34 can ferry 6000km with 2 aerial refuelings. Now let’s compare the variety of weapons that the 2 aircraft can carry…..:eek:
Ok, let’s compare. Can’t wait to see your absolutely awesome, objective list!
What? You think sticking something on a tower makes it a stealth aircraft? :rolleyes: The fact that after all this time they still have huge RCS problems suggests they’re still scratching their heads. Maybe I’m wrong, time will tell.
Yeah! They are having such huge problems! I heard Pogosyan ate his tie the other day, and Putin was organizing a sacking of most of the UAC upper management!:rolleyes:
Yeah, that may be true.
At least the T-50 has a similar degree of stealth to that of the F-35, when coated with RAM.
Oh, well, it’s Russia’s best attempt at creating a genuine 5th gen stealth fighter.

More fantastic claims! I can’t wait for your months of research and analysis that will be presented shortly I’m sure.
Well things like riveted bare metal with no edge alignment don’t take a supercomputer to determine it ain’t good for stealth. π
The T-50 has excellent edge alignment. Bolts, bells and whistles will be taken care of on later models.
I simply made the line longer so that it could be in relation to the probe on the nose. I did this so that it could be compared with the relation of where the photographer was standing. I didn’t change the angle at all. My picture with the line extended best represents where the photographer was standing. He is probably 2 feet away from the probe, and looking straight down into the intake.
Exactly. Straight down the intake. At an angle away from the center-line of the aircraft/nose.
And it makes no difference to the stealth of the jet that will be put in service.
Certainly not at the angle that you posted. I think my angle better represents where the photographer is standing, if you look at the probe on the nose in the first picture relation to the red angle line in the second picture. The photographer could reach out and touch that probe, if he wanted to. He’s standing right next to it.
See my post as a whole, please. :rolleyes:
I re-posted my last pic, which is about what you have too.
Also, again, it MAKES ZERO DIFFERENCE. WHO CARES? :rolleyes:
I don’t see how exactly the photographer is standing at an angle, as the are literally right next to the nose of the aircraft…

There’s some amount of angle from the centerline that runs through the nose, if you understand this? I would suspect the actual angle to be somewhere between your last, and my last drawing, upon a second glance. A straight on look you would see almost nothing of the compressor. From the photographer’s angle, you would see a little bit, but even then the amount of direct reflection is questionable due to the angles involved.
Either way, it makes ZERO difference.
A radar blocker will take care of everything just fine.
It’s no where near the same angle. The person who took the pictures of the YF-23 was standing at an angle to the S-shaped intake so that he/she could see down the intake and to the compressor.
Here’s the relative angle that the YF-23 photographer was standing at…
Now here’s the relative angle that the T-50 photographer was standing at…
If you look at the T-50 picture, the photographer is standing by the nose of the aircraft, and is looking straight down the intake.

More like that. The shot is off to the side slightly, definitely clearing the nose and cockpit.
You got your YF-23 angle about right, I would say it’s slightly closer to the center.
There is no way to tell how the photo was taken due to zoom (your photographer position statement)
The radar itself is ready to go. It’s just a matter of the installation, but I’m not sure how soon the first units will reach IOC.
What’s the antenna size on the Su-34? My guess is that the system with better gain, and signal processing will come out on top. The AESA array will allow for more simultaneous modes of operation.
The Su-34 doesn’t really need the multi-mode capability as its a dedicated strike platform.
Can the YF-23’s compressor blades be seen while looking straight down the intake? From my understanding, you have to look at them from an angle. In the T-50’s case, I’m looking at them straight down the intake, which is not good if the aircraft is flying head-on against, say, and F-22 (who’s compressor blades cannot be seen in a similar fashion to the T-50’s).
Actually it’s exactly the same angle – well almost. You are looking from below and from the side to see the engine on the YF-23 and T-50.
With the IRST sensor in the front, and the compressor blades visible from in front of the aircraft (not off to the side, like on the YF-23), I have a strong feeling that the T-50 is not anywhere close to being as stealthy as the F-22 from a frontal aspect.
The IRST sensor is going to get reworked, and those compressor blades are far less visible from the direct front, if at all, and they are going to have a badass blocker installed too. So your feeling is baseless.
Lada can be as silent as it wants, but it’ll be a short-biting vessel without a good cruise missiles launching capability.
Some of the recent photos show some exposed compressor blades.
When you stare into the intake from those angles, yes – that is likely one of the most “engine spotting” positions you could take a photo from.
That’s why there’s also going to be a radar blocker. One that required 4 patents. π
I donβt think so. Both weapons were designed to be used WVR. Such ranges as 31km for the Archer is just a fantasy.
Maybe in your fantasy world. The 30-40KM range for the weapon is a perfect coupling for the IRST system found on the MiG-29 and Su-27.
:rolleyes: The Su47 has a RCS of 0,25mΒ²
So a Rafale, “clean” ~0.5 Sq Mtr (Assuming PAKFA level)
All these RCS figures are horsesh1t… for any real comparison.
No 120KM version of the missile? Not very impressive.