Category: Navigation

  • R-23 guided missile. 2020

    In 1965, the CCCP did not have a mid-range air-to-air guided missile at its disposal. The missile was intended as the main armament of the newly developed MiG-23 aircraft. The new missile was generally to correspond to the American AIM-7 Sparrow missile. The task of building such a missile was entrusted to the design office…

  • Ch-66 guided missile. 2020

    When the RS-2US missiles were introduced in the CCCP, the idea was to use these missiles against ground or surface targets. Such use was favored by the missile guidance system used, i.e. guidance in the radio beam emitted by the plane’s radar. The MiG-19 PM aircraft, equipped with four RS-2US missiles, were tested. Although the…

  • R-60 guided missile. 2020

    Work on the R-60 missile was started in 1965 in the design office of NPO "Mołnia" (НПО "Молния"). The designers focused on improving the technical parameters of the R-3S and R-13 missiles. The missile was supposed to make turns with greater overload. There was to be increased resistance to natural disturbances.

  • R-3, R-13M guided missile. 2020

    In the second half of the 50’s, there was a war between China and Taiwan, which was supported by the United States. There were regular air duels between MiG-17 F (China) and F-86 F Saber (Taiwan). The advantage of the victories of the F-86 F planes was huge and amounted to 10: 0. The main…

  • RS-2 guided missile. 2020

    On April 16, 1949, Lockheed built and performed the first flight of the YF-94, which entered service with the USAF as the Lockheed F-94 A Starfire. A few months later, a version of the Lockheed F-94 C Starfire was introduced into service, with only air-to-air missiles as armament. The plane had 48 70 mm missiles.…

  • S-125 Newa-SC Anti-Aircraft Missile System. 2020

    The S-125 Anti-Aircraft Missile System was developed by the CCCP to complement the S-25 (stationary system defending Moscow) and S-75 (high-altitude anti-aircraft system). The S-125 Neva system has a shorter range, lower fire ceiling and slower flight speed. However, it makes it better suited to combat highly maneuvering aircraft. In addition, both stages of the…

  • 2K11 Krug anti-aircraft missile system. 2020

    The 2K11 Krug anti-aircraft missile system (NATO code SA-4 Ganef) was designed to intercept targets (aircraft and ballistic missiles) flying at speeds up to 600 m / s (2,160 km / h, 2 Ma). The assumptions of the program were to destroy targets at a ceiling from 3,000 m to 25,000 m, at distances of…

  • S-75 anti-aircraft missile system. 2020

    This article tells about the Soviet surface-to-air S-75 missile system, the C-75 in Russian, which was intended to destroy bomber aircraft. In the NATO code, the system was designated SA-2 Guideline, in Polish – Guideline. The system has been and is known worldwide for its spectacular achievements. The S-75 system was operated in the Polish…

  • Museum in Warsaw. Radars. 2020

    The P-40 Agata is a Soviet mobile radar in a rare configuration. The radar was developed under the code name 1S12 in 1960. NATO used the designation "Long Track". The radar entered service in the CCCP in 1963, and then in other Warsaw Pact countries, including Poland. In 1965, the P-40 radar was designated GRAU…

  • S4GA manufacturer of airport lighting. 2020

    The S4GA company is a leading producer of airport lighting in the world. It is also the only company that designs and manufactures solar (photovoltaic) airport lighting for permanent applications. Today (2020) S4GA distributes its solar runway lighting on a global scale. Thanks to this, S4GA was recognized as a reliable and perspective partner and…