Su-27s & Su-35s
Russia’s fleet of 1985-era Su-27s is quite large and listed at 359 aircraft, according to a Russian publication listed as The Center for Analysis of World Arms Trade.
The largest influence of the Su-27 appears not only to be its large fleet size but the impact upon its high-risk follow-on variants such as the Su-35 and now emerging Su-35S. Russia operates upgraded 4th-generation Su-35 aircraft as well as Su-30s.
Both the Su-34s and Su-35s are cited as “fighter aircraft” emerging as recently as 2014. The Su-34 is listed as a “fighter-bomber” with long-range strike capacity and the Su-35 is reported to be a multi-role heavy combat fighter.
The Russian Su-35 could almost be viewed as a quasi-stealthy hybrid mix of advanced fourth-generation fighter jet technology and the early boundaries of what is called 5th-generation.
While available specs say Russia operates 110 Su-35s, a number which is certainly substantial, it is unclear just how many of them have already been upgraded with the Su-35 ++ variants.
Should Russia have large numbers of upgraded Su-35s, their inability to achieve air superiority remains even more mysterious, especially given the sheer number of 4th-generation fighters reported to be part of Russia’s air fleet.
The Su-35 configuration includes a blended wing-body configuration and horizontal fuselage, which makes it look stealthier than an F-18 Super Hornet with an almost F-22-like rounded wing-body and dual exhaust. The Russian Su-35 configuration looks stealthy enough to have potentially inspired designs for the emerging Russian Su-57, a 5th-generation stealth aircraft.
Russia’s TASS news agency describes the “heavily upgraded” Su-35S as a maneuverable, multi-purpose fighter jet developed on the “basis of 5th-generation technologies.” The “++” refers to new avionics, communications, radar technology, and what the paper calls “plasma ignition engines” to increase thrust vectoring. Much like a 5th-generation jet, the additional thrust vectoring technology enables the Su-35 to achieve supersonic speed without using an afterburner, the paper claims.
This is quite significant as it can of course perform high-speed maneuvers and also support longer “dwell time” and attack mission duration in high-threat environments.








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