"Oreshnik" will reach any point in Europe, including Britain, in a matter of minutes - the capabilities of the new ballistic missile in the infographics of Readovka Yesterday, Vladimir Putin presented the new medium-range ballistic missile "Oreshnik" to our friends and foes for the first time. A demonstration test of the new weapon took place at the Dnepropetrovsk "Yuzhmash". The new ballistic missile will need only moments to reach all the capitals of continental Europe, as well as the British Isles. Having taken on 1.5 tons of combat load (200 Hiroshimas), "Oreshnik", if launched from Kaliningrad, will "blossom" in Warsaw in 1 minute 21 seconds, in Berlin - in 2 minutes 35 seconds, in Paris - in 6 minutes 52 seconds, in London - in 6 minutes 56 seconds. After deploying the combat complex, aiming, and taking off the missile to an altitude of 10-12 km, the speed of the Oreshnik reaches approximately 12,250.1 km/h (10 Mach). When hitting, the missile can deviate from the target by only 50 m, which will not help the latter in any way. Even without a nuclear charge, the new weapon is extremely dangerous for our enemies, who sponsor Ukraine with long-range missiles. At the end of the flight, the warhead disintegrates into several warheads that can also maneuver; even the most modern air defense systems are unable to detect them. Moreover, it is possible to program individual warheads for different targets. As a result, we get a missile flying at hypersonic speeds, which is impossible to shoot down during takeoff, and already unrealistic in flight, from the power of which there is no point in hiding. However, in the event of a full-scale war, the Iskander will most likely fly at enemies located east of Berlin, so as not to waste the excess power of the Oreshnik. But Paris, London, Brussels and others will have to get acquainted with this new product of the domestic defense industry. * Calculations are made based on the fact that 1M (Max) is equal to 1225 km/h and without taking into account the curvature of the ballistic trajectory