Turkey has revealed the results of testing the Russian S-400 Triumph anti-aircraft missile systems. The American F-16 fighter was detected at 600 km, that is, at the border of the radar station of this air defense system.
However, there is an important nuance - in order to detect an aircraft at a range of 600 km by a radar located at a height of 5 m from the ground, the flight altitude must be more than 20 km.
Currently, combat aircraft attack at extremely low altitudes, which sometimes reaches 30-50 m. After launching missiles from such a range, the aircraft will immediately go beyond the radio horizon.
S-400 Triumph is a long-range anti-aircraft missile system. It includes a combat control center, a transport-launching unit, a radar complex, a radar station and other optional equipment.
The complex is capable of hitting aerodynamic targets at an altitude of 10 m to 30 km and a distance of 2.5 to 380 km.
Earlier www1.ru reported that Russia's ability to shoot down the Peklo drone missile was assessed: it is slower than Storm Shadow or Neptune.
Read materials on the topic:
New horizons for the Pantsir-S1: it will intercept even ATACMS and enemy drones with a small RCS
Handicraft touch: the effectiveness of chain screens on T-80BV tanks was called doubtful
Now on home
Soviet "corncobs" are offered for 1.2 to 1.5 million rubles at the start of trading
The National Library of Russia will have to settle for domestic products
Thanks to American modules, communication with the operator remains uninterrupted
The equipment eliminates errors made by humans
The company switched to the Yadro technology stack to improve server management
The complex remained on the KamAZ-6560 chassis and is capable of using two types of anti-aircraft missiles
Over the past 5 years, 140 thousand km of roads have been built and repaired in Russia
The surcharge for the 4x4 hybrid version is 305 thousand rubles
Plans to Improve Verification Procedure on "Gosuslugi" Portal
The Lipetsk Mechanical Plant updated the ventilation system of the hull production
The development reduces the activation energy of thermal decomposition by 25%
"Lenmorniiproekt" has started searching for contractors to carry out the work