URAN-E Shipborne Missile System
URAN-E SHIPBORNE MISSILE SYSTEM WITH KH-35UE ANTISHIP MISSILES
The Uran-E shipborne missile system with the Kh-35UE anti-ship missiles is designed to engage missile, torpedo and gun boats, surface ships, displacing up to 5,000 tonnes, and sea-going transports.
The Uran-E shipborne missile system can be mounted on surface warships, boats and auxiliary vessels. Thanks to its small dimensions and weight, various ondeck mounting options of the Uran-E system are feasible, including those intended for small ships. Ships of corvette and guided missile craft classes can be armed with the Uran-E system accommodating up to 16-missile ammunition load.
The Kh-35E anti-ship missiles can be employed in fair and adverse weather conditions by day and night, under enemy fire and electronic countermeasures. Target coordinates can be fed into the missile's guidance system either from the carrier's own assets or external data sources.
The missile is guided towards the target in spite of hostile information interference thanks to the robust operational algorithm of its intergrated guidance system combining the active radar seeker, inertial navigation system and high-precision radio-altimeter. The radar seeker uses a complex special waveform signal to ensure precise target selection and high jamming immunity.
Prime developer and manufacturer: Tactical Missiles Corporation JSC
Performance Launch range envelope, km 7-260
Number of missiles simultaneously prepared for launch
from 1 to 16
Transition time from cold to combat ready status, sec
Inter-missile launch interval (in any salvo composition), sec
Max after-launch missile turning angle (in horizontal plane), deg
Number of targets ingaged simultaneousely
up to 6
Missile cruise altitude, m
Missile terminal altitude, m
Missile flight speed, March number
Missile launch weight, kg
Warhead weight, kg
all weather at Sea States up to 5-6
Transport-launch container dimensions,m: - length
System's weight (without ground-based equipment / with 8/16 missile ammunition load),t