URAN-E Shipborne Missile System

                                       URAN-E SHIPBORNE MISSILE SYSTEM WITH
                                            KH-35E (3M-24E) ANTISHIP MISSILES

Purpose
The Uran-E shipborne missile system with Kh-35E antiship missiles is designed to destroy guided missiles, motor torpedo and gun boats, surface ships with displacement up to 5000 t, as well as marine transports.
The Uran-E system is operational in surface ships, boats and auxiliary vessels.

High effectiveness of the Uran-E missile system is ensured by:
· all-weather use of the system under various combat and climatic conditions;
· flexible target distribution  with consideration of the data received from the external sources that ensures the possibility of simultaneous attack of up to 6 surface targets and salvo fire against single or group targets;
· capability of the Kh-35E missile to counteract the enemy fire and ECM due to its low signature in multi-spectrum information field, ensured by its small size, critically low-altitude flight trajectory and high covertness of its integrated guidance system;
· capability of salvo firing (up to 16 missiles), ensuring a breakthrough attack against anti-missile defense systems of modern fighting ships;
· sufficiently powerful kinetic-energy blast-fragmentation warhead capable of hitting the great spectrum of targets including those of the destroyer type;
· high automation of combat control processes, easy and convenient operation under a wide variety of combat conditions.

Main Performance Characteristics

Range of fire, km 5-130
Simultaneous pre-launch preparation, number of missiles from from 1 to 16
Time required to get ready to launch from fully cutout status, s 90
Launching interval of missiles in any salvo size, s 2-3
Maximum angle of missile post-launch turn in horizontal plane, degr ±90
Number of targets attacked at a time up to 6
Weather conditions any, inclusive of rather rough sea
Canister sizes (length, width, height), mm (4690; 892; 965)
System weight (2 launchers of 4 pods each), t 12,5