Not only manufacturing naval gun radar, Vietnam has successfully researched and upgraded the guidance radar system for the Uran-E cruise missile.
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| Not only achieving a breakthrough in successfully manufacturing the MP-123 fire control radar complex for naval artillery systems, the technical unit of the Navy in recent years has also successfully researched, improved, and modernized the 3Ts-25E Garpun-B radar complex, which is used to control the firepower of the Uran-E cruise missile complex. |
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| 3Ts-25E “Garpun-B” is a reconnaissance vehicle mainly used to detect surface ships and low-flying vehicles such as cruise missiles outside the radar horizon of the Molniya and Gepard 3.9 missile frigates in service with the Vietnam People's Navy. In the photo, the red circle is the spherical canopy protecting the antenna of the 3Ts-25E guidance radar station on the Dinh Tien Hoang warship. Photo source: QPVN Channel |
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| The 3Ts-25E Garpun-B station is designed to perform many tasks, typically: long-range active and passive electronic reconnaissance over the horizon to detect surface targets and low-flying targets of the enemy; automatic detection, identification in sync with the interrogator, tracking, providing coordinate parameters and direction of movement of the target to the fire control system on the ship and to ships in the same formation, other combat coordination vehicles on land, in the air, on the water; receiving target intelligence from external reconnaissance sources... In the photo, the 3Ts-25E station antenna on the Molniya missile boat is left "exposed". |
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| The 3Ts-25E “Garpun-B” target reconnaissance radar complex has a total mass of 3000kg, including functional blocks: an antenna cluster integrating two active and passive transmission and reception modes; an active transmission and reception block; a passive reception block; a data transmission and reception antenna block; a navigational antenna block; an integrated signal processing block and display blocks; and control and modulation of intelligence complex signals. Photo source: flick |
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| In the photo is the 3Ts-25E active-passive antenna cluster usually placed on the roof of the warship's superstructure. In addition, there are also pilot antennas and data transmission antennas arranged in other positions on the superstructure. Photo source: thaimilitary |
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| In combat, although the radar systems on Gepard 3.9 and Molniya ships both participate in providing firing elements, the main role is still the 3Ts-25E Garpun-B target reconnaissance station. Photo source: thaimilitary |
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| In the photo is the Kh-35 Uran-E anti-ship missile launcher on the Gepard 3.9 Project 11661E missile frigate named Dinh Tien Hoang. Photo source: QPVN Channel |
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| After the 3Ts-25E station and its "friends" stations have completed the target reconnaissance work, the stage will come to prepare to launch missiles and missiles to attack the target. Photo source: QPVN Channel |
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| The Kh-35E cruise missile attacks the target based on the fire-forget principle. That is, the missile's combined guidance system operates completely autonomously after the missile leaves the launch tube. This guidance principle allows the launch, reconnaissance and combat support vehicles for the Kh-35E missile to maneuver, change position or leave the battle field immediately after launching the missile to avoid being counterattacked by the enemy. The Kh-35E missile is equipped with an ARGS-35E active radar homing head with a reconnaissance and target locking range of 20km. Photo source: QPVN Channel |
According to Kienthuc
