The MiG-35 is Russian Aircraft Corporation’s (formerly known as Mikoyan and Gurevich Design Bureau) most up-to-date fourth-generation fighter that fits in the 4++ range — that is, fourth-gen aircraft that are updated with the newest in materials, engines, avionics, and some reduced radar cross-section capabilities.
4++ Generation Airplanes
The MiG-35 is the essence of the latest member of the MiG-29 family of twin-engine fighters. It is based on the Mig-29K, which is an update of the MiG-29M, itself an update of the 1970’s era MiG-29 air superiority fighter.
According to the MiG website, their 4++, or fourth-generation advanced fighters are “a new unified family of multi-role fighters…[that] have a high level of structure, power plant, airborne systems, avionics and weapons unification.”
The 4th generation plus fighters are to fill a variety of missions and take on several roles, including “air-defense missions of naval forces, air superiority gaining, sea & ground targets destruction with the high precision-guided weapons day and night and in any weather conditions.”
4++ generation aircraft essentially try to squeeze a much performance out of 4th generation airframe blueprints as possible, by using improved, more aerodynamically effective designs, lighter-weight composite materials, increased weapons load and weapon range, higher fuel efficiency, and reduced radar signatures through the use of radar-absorbent materials and/or paint
Classic MiG, Redesigned
One of the big draws for MiG is the MiG-35 platform’s thrust vectoring capability. In all airplanes, air enters an engine intake, is mixed with fuel, compressed, and ignited, creating thrust. Spent hot air and exhaust gasses are then dispelled from the rear of the engine.
Aircraft with a thrust vectoring capability have greater control over the direction their exhaust takes, and are therefore more maneuverable. Rather than simply shooting backward out of the rear of the engine