The latest highly maneuverable long-range R-77M missiles have entered service with the Russian Aerospace Forces (VKS).
The first image of a Su-35S fighter with new ammunition on the left root underwing pylon has appeared online.
The R-77M missile completely eliminates the gap in the strike power of the Russian Aerospace Forces from the American AIM-120D class missiles, the range of which, when launched at an echelon of 13,500 m, can reach 180 - 190 km.
The R-77M missile is represented by the aerodynamic configuration of a "lifting body" with a lifting wing with a small chord and flat tail aerodynamic rudders. Maximum speed - up to 4900 - 5100 km/h, estimated height of intercepted targets - up to 30000 m, maximum range - up to 190 km.
Initially, the R-77M was developed for Su-57 fighters; the ammunition is equipped with a homing head with an active phased array.
Earlier www1.ru reported that Rostec announced a significant superiority of Russian tanks over any foreign ones.
Read also materials:
A major scam was revealed during the production of the Tu-160M "White Swan" in Kazan
Tu-95MS strategic missile carriers flew over the Bering Sea for more than 15 hours
Far from invisible: the main disadvantages of the Su-57 fighter have become known
Now on home
Project 1155 Large ASW Ship Arrives at Severomorsk Dock After 220 Days
Head of NPC "Ushkuynik" Chadaev: novelties will appear in the military in 2026
Made of domestic polymer composite materials
FM-250 is a unique engineering solution with no analogues in the global market
The new equipment will be used to manufacture ribs, spars, and beams for aircraft
Combat aircraft for Belarus spotted refueling in Novosibirsk
Only the operating organization of the Russian Federation can be responsible for the operation of the station
The vessel of project 03141 was launched on September 25
Некоторые китайские шины содержат канцерогены в 7 раз выше нормы
На Западе утверждают, что размер поражающих частиц составляет всего несколько миллиметров
The aircraft was sent for maintenance
Combines the flexibility of FPV drones and the stability of ocean vehicles