< IMG Title = "Designed for fortresses, not houses: characteristics of tornado-s" width = "632" Height = "356" SRC = "https://cdn.fakty.com.ua/wp-content/uploads/2022/03/22/novyj-proekt.png" Main-Image-thumbnail wp-Post-image "Alt =" Tornado C Turnado C " Fetchpriority = "High" Sizes = "(Max-Width: 425PX) 300PX, 632PX" srcset = "https://cdn.fakty.com.ua/wp-content/uploads/2022/03/22/novyj-proekt.png 640w, https://cdn.fakty.com.ua/wp-content/uploads/2022/03/22/novyj-proekt-300x169.png 300W "/> < p > morning June 3 in Sumy < b >Powerful explosions thundered — Russian troops struck the very center of the city. As a result of shelling, unfortunately, there are dead, and the number of wounded is approaching twenty. In connection with the tragedy, on June 4, the day of mourning was announced in Sumy.
< p > such destructive blows became possible thanks to the use of MLRS. Some military experts suggest that the attack was carried out using long-range reactive systems of volley fire on tornado-ss.< p > ICTV facts are told in simple words about the characteristics of the tornado-s, which Russia has driven into Ukraine to shell our cities.
are now watching < h2 > tornado-s: what kind of weapon
< p >The reactive system of volley fire tornado-s — This is the next generation after grades and tornadoes. Russian developers assure that the Family of the RSZO Tornado has much higher combat efficiency due to the new fire control system with its own glonass-navigator in the start-up installation and new computerized ballistic calculator, which allows the settings to be fired by the ESU TL (a single tactical link control system) in automatic mode, without manual guidance Mechanics.
< h2 > tornado-s: characteristics
< p > actually, tornado-s — This is the modernized MLRS 9K58 Smerch. The system can include: a combat vehicle with uncontrollable reactive shells (caliber — 300 mm, flight range — 120 km); Corrected reactive projectile 9M542, which can be repaired by the separated fragmentation-fluephain or cassette part (flight range — 120 km). ~ 60 > 62 ~ < p >Tornado-C has been developed by the Scientific and Production Association of the Alloy (Tula) and PAO Motovilikhinsky Plants (Perm). < Br /> One salvo with a cassette GS is affected by an area of up to 67.2 ha.
< p > main advantage of tornado, that one salvo can hit several goals. If the Gillet of the City beats at one point, then on a tornado-si you can enter data for each rocket separately before starting. During starting, each rocket falls into its target. Moreover, the flight of rockets can be adjusted after starting, but this is if necessary.
< h2 > tornado-s: range
< p > MLRS Tornado-S is capable of hitting targets at a distance of 120 km, and with the latest ammunition — up to 200 km. Its main danger lies not only in range, but also in high guidance accuracy, modular structure and ability to apply various types of ammunition, in particular cassette.
< p > this system is equipped with a controlled combat module, which is separated from the main missile at an altitude of up to 25 km, after which it plans to the target, is able to maneuver in order to avoid interception. Navigation is provided by an inertial system with correction using GLONASS.
< h2 > what threatens the tornado-s< p > tornado-s is capable of strokes with both a massive gulp and point high-precision missiles. The development of two -stage reactive shells with planning combat modules continues, which will increase the range of damage to 300 km.
< p > guidance system combines inertial navigation and satellite adjustment, which provides high accuracy. Thanks to these characteristics, tornado-s can approach the level of operational-tactical missile systems.
< p > < h3 > related topics:
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