Electric lasers would replace their chemical oxygen iodine counterparts.
Why? Because of their superior means of power supply.
It does make a difference. Raptor pilots and leaders have spoken how doing “stupid ” stuff with the raptor can get them killed. If you do not know how to handle your aircraft to its max advantage then you will die. Historically the aggressors have on many occasions kicked butt of younger less experienced pilots using lesser and previous gen equipment.
It’s always the pilot that makes the difference, and play to their aircraft’s strengths.
I’d prefer the Silent Eagle over the Lightning II.
Reasons why:
1. Twin engines – Operation at long ranges with fewer A2A refuelings.
2. Two-seater – Two sets of brains, eyes and ears are four times better than one, and it aids in splitting the workload.
3. Higher T2W ratio – It boils down to better synchronization of energy-maneuverability.
4. RCS – It is approximately the same as that of an export model F-35.
5. Maximum growth potential – The Silent Eagle has reached the zenith of the Eagle family of air superiority fighters and fighter bombers.
The Gripen NG pilots must have been well trained in ACM and used the Swedish plane’s strengths to their advantage.
Saab JAS 39 Gripen NG[RIGHT]Sukhoi Su-35[/RIGHT]
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But still, the pilot(s) always make the difference.
This is dated and not representative anymore.
I know.
But still, the future Block 40 Raptor (IOC ca. 2011) will feature an advanced HMD (based on the F-35’s), advanced NCW (network-centric warfare avionics) and integration of ISR (intelligence, surveillance and reconnaissance avionics).
Actually, the Raptor can only supercruise for five minutes before it has to return to subsonic speed.
Max. supercruise speed = Mach 1.82 (~1960 km/h)
Max. supercruise duration = 5 minutes (300 seconds)
therefore
Max. supercruise distance @ M 1.82
1960 / 12 (5 minutes is 1/12 of an hour)
~~163.34 kilometers
BTW, the PAK FA’s TVC will be 3D, at the expense of increased passive IR detection with an IRST, enabling a shot up the tailpipe with any 5th Gen heatseeker missile.
F-22 Raptor Blocks
He should have told his friends “Look what I caught! I caught a Sidewinder!”:D
Captain Jammie Jamieson is the first female F-22 Raptor pilot.
3rd Wing
525th Fighter Squadron “Bulldogs”
F-22 Blk 30 AK 06-122
🙂 Jammie’s hubby must be so proud of her!
Just 12 Raptors?
That’s only enough to equip one fighter squadron.
Maybe it would replace the F-15C Eagles of 44th Fighter Squadron @ Kadena AB.
I thought another hundred or so more Raptors to replace the existing Eagle squadrons.
The long white thing is called PL-12/SD-10. AMRAAM look-alike with rumored Russian and Israeli elements.
China really must spend a ****load of money on all these toys! (And I don’t even want to think about all the spying going on). Looking at that picture alone, they compressed what takes 15 years in the West into one year or a little more. DSI, CFT, targeting pods, EW suite, the HUD also seems not too bad. Rapid progress. Like their cars, remember when the first showed up in this town it was a dangerous freak, but they are advancing their art even faster than the Koreans did.
That is just a mere conjectural image, an artist’s impression.
Ohhh come on … this CG/FAKe or what-ever You call it is about two yeras old, it has been posted much too often … and still some believe it’s real.
Besides that, the MRAAM’s are PL-12 as said and quite interesting, the model shown has some certain similarties to the recent J-10B.
Deino
Psychological fear? Anyone? Any “pilot” developing J-10 fear?
How does this payload configuration compares to western types like Mirage-2000-9, F-16 C/D block52+ (F-16 E/F block 60),Gripen JAS-39 NG etc?
Can four hard points under belly carry anything other then dumbombs and pods? I.e. can they carry BVRAAMs like Typhoons or some sort of PGMs like LS-1/FT-1/2 etc
Up to six pylons for ordnance or drop tanks under the wing, and maybe one centerline pylon for the drop tank.
I doubt that a modern aircraft is flyable after a real hit by an AAM or SAM.
Especially in carrier operations you rather dumb it before risking a crash landing on a carrier.
Fighter aircraft have to be built like panzers instead of A6M Zeroes.
The strong airframe acts like built-in armor, and it may save your life.
Su-27 series aircraft with TVC and canard are redundant? All the Su-27 aircraft series needed is TVC.
The initial Su-35 aircraft concept was with canard and TVC but the latest Su-35 finalise design is do without canard but TVC….
What does it show?
Canard foreplanes are merely an aesthetic feature. FBW does the flying work.
It shows that any advantages that extra control surfaces and/or Thrust Vectoring provide can now be emulated by relaxed stability FBW.
Some time ago they modified the flight software to the TVC-less Su-35. At an airshow, the Su-35 emulated the maneuvers of the Thrust-Vectored Su-37 perfectly, without thrust vectoring.
That and they decided to remove the canards to improve its stealth signature. That being said, the canards are still offered as an export option.
Canard foreplanes do tend to increase the RCS, because the leading edges of the canards and the main wings are not exactly planform-aligned. Also, they act as radar reflectors.
Not sure, but it’s quite possible, since GD fielded F-16/AFTI which had DFC, in all 3 axis.
Anyway, as for Sukhois, it’s no wonder the carrier operating plane has canards. Different lift mechanics enables it to achieve lower stall speed than non-canard model. In g envelope terms, this translates as increase in g available at any given speed up to aerodynamic or structural limit.
So, the reason, why Sukhoi opted for noncanard version are the operational requirements for the model. If it’s scheduled to intercept, there’s no need for excessive drag and weight, posed by canard mechanism and the plane can receive more important avionics instead. I think a Su-27 family shows trend of moving towards a long range interceptor and that’s its natural habitat since it has been designed for that in the first place.Cheers, Cola
But what about air superiority and dogfighting?
The winglets come in handy and can help your Flanker pull high-G maneuvers with comparative ease.
The Su-27/30/33/35 Flanker family of fighters was originally designed to be an air superiority fighter like the F-15C Eagle.
Agreed.
With the power of those 117S engine, its impossible to steer the aircraft in a straight line if one engine goes full and the other engine doesn’t..
The fact that the engines on a Flanker are widely placed does not help at all.It’s all adios amigos and eject.
Thanks
Thrust asymmetry is the by-product.
You have no choice but to yank the eject lever and hope your K-36DM zero-zero ejector seat carries you safely out of your stricken Flanker.
Su-35 904 is a complete write off. Sukhoi & KNAAPO won’t be pleased, and furthermore, the radar set on the Flanker was an Irbis (Russian = snow leopard) PESA radar set, the closest Russian equivalent to the Raptor’s APG-77, which would give sufficient explanation about the molten magnesium housing material.
KC-777