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| The '''VCS-01''', referred to as " |
The '''VCS-01''', referred to as "''Trường Sơn''" ({{lang|vi|]|italic=no}}; Literally: "Long Mountain") is a Vietnamese mobile, ]-based ] system developed to succeed the ]-designed, ]-era ]. The system integrates multiple components, including ], ], ], transport and loading units, and technical inspection vehicles. It is designed to enhance Vietnam’s coastal defense capabilities, particularly in the ].<ref name="ArmyRecognition2024"> | ||
| "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," ''Army Recognition'', 19 December 2024, 16:07. Retrieved 23 December 2024, . | "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," ''Army Recognition'', 19 December 2024, 16:07. Retrieved 23 December 2024, . | ||
| </ref> It is primarily operated by the coastal missile and artillery forces of the ]. | </ref> It is primarily operated by the coastal missile and artillery forces of the ]. | ||
| == Design and Components == | == Design and Components == | ||
| The VCS-01 system includes multiple components mounted on truck chassis to ensure high mobility and operational flexibility. At the heart of the system is the VLV-01 Launcher Vehicle, which is based on the KAMAZ-6560 8×8 chassis. Each launcher vehicle can carry up to eight missiles, arranged in two pods with four missiles per pod. The VLV-01 can be operational within ten minutes of arrival at a deployment site, offering rapid response capability.<ref name=" |
The VCS-01 system includes multiple components mounted on truck chassis to ensure high mobility and operational flexibility. At the heart of the system is the VLV-01 Launcher Vehicle, which is based on the KAMAZ-6560 8×8 chassis. Each launcher vehicle can carry up to eight missiles, arranged in two pods with four missiles per pod. The VLV-01 can be operational within ten minutes of arrival at a deployment site, offering rapid response capability.<ref name="NavalNews2024"> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024.</ref><ref name="ArmyRecognition2024"> | Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024.</ref><ref name="ArmyRecognition2024"/> | ||
| "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," ''Army Recognition'', 19 December 2024, 16:07. Retrieved 23 December 2024, . | |||
| </ref> | |||
| The VTRV-01 Transporter and Reloader Vehicle is another essential component, also built on the KAMAZ-6560 chassis. It is responsible for transporting spare missiles and reloading the launcher vehicle using a hydraulic crane. The VTRV-01 can carry up to eight missile canisters and reload a full pod of four missiles in under 40 minutes, ensuring efficient resupply during operations.<ref name=" |
The VTRV-01 Transporter and Reloader Vehicle is another essential component, also built on the KAMAZ-6560 chassis. It is responsible for transporting spare missiles and reloading the launcher vehicle using a hydraulic crane. The VTRV-01 can carry up to eight missile canisters and reload a full pod of four missiles in under 40 minutes, ensuring efficient resupply during operations.<ref name="NavalNews2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024. | |||
| </ref> | |||
| The VTIV-01 Technical Inspection Vehicle is used to assess the readiness and technical status of the missiles. Mounted on the KAMAZ-5350 6×6 chassis, it is capable of conducting inspections both when the missiles are inside their canisters and when removed. This feature ensures that the missiles are maintained at peak operational readiness.<ref name=" |
The VTIV-01 Technical Inspection Vehicle is used to assess the readiness and technical status of the missiles. Mounted on the KAMAZ-5350 6×6 chassis, it is capable of conducting inspections both when the missiles are inside their canisters and when removed. This feature ensures that the missiles are maintained at peak operational readiness.<ref name="NavalNews2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024. | |||
| </ref> | |||
| Target acquisition and tracking are handled by the VTAR-1 Target Acquisition Radar Vehicle, which is mounted on a KAMAZ-6560 chassis. Equipped with a medium-range radar that can be elevated on a hydraulic mast, the VTAR-1 detects and tracks surface targets at sea. It also features electronic counter-countermeasure capabilities to ensure reliable operation in contested environments. The radar can be deployed and operational within 25 minutes of arrival.<ref name=" |
Target acquisition and tracking are handled by the VTAR-1 Target Acquisition Radar Vehicle, which is mounted on a KAMAZ-6560 chassis. Equipped with a medium-range radar that can be elevated on a hydraulic mast, the VTAR-1 detects and tracks surface targets at sea. It also features electronic counter-countermeasure capabilities to ensure reliable operation in contested environments. The radar can be deployed and operational within 25 minutes of arrival.<ref name="NavalNews2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024. | |||
| </ref> | |||
| Finally, the VCPV-01 Command and Processing Vehicle provides centralized command and control for the system. Built on the KAMAZ-5350 6×6 chassis, it houses advanced C4ISR equipment for seamless communication and coordination between all components. The VCPV-01 ensures that the entire VCS-01 system can function efficiently, whether in centralized or standalone combat scenarios.<ref name="NavalNews2024"> | Finally, the VCPV-01 Command and Processing Vehicle provides centralized command and control for the system. Built on the KAMAZ-5350 6×6 chassis, it houses advanced C4ISR equipment for seamless communication and coordination between all components. The VCPV-01 ensures that the entire VCS-01 system can function efficiently, whether in centralized or standalone combat scenarios.<ref name="NavalNews2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024. | |||
| </ref> | |||
| == Missile == | == Missile == | ||
| The primary missile used by the VCS-01 is the '''VSM-01A''', also known as "Song Hong," which replaces the P-15 Termit missile. This missile is part of the ] missile family, modeled on the Russian ] but with several modifications. These include a lighter airframe, redesigned air intake, and updated avionics. The VSM-01A missile has a range of 80 kilometers, doubling that of the ]. It operates at high subsonic speeds and features advanced guidance systems for improved targeting precision.<ref name=" |
The primary missile used by the VCS-01 is the '''VSM-01A''', also known as "Song Hong," which replaces the P-15 Termit missile. This missile is part of the ] missile family, modeled on the Russian ] but with several modifications. These include a lighter airframe, redesigned air intake, and updated avionics. The VSM-01A missile has a range of 80 kilometers, doubling that of the ]. It operates at high subsonic speeds and features advanced guidance systems for improved targeting precision.<ref name="NavalNews2024"/><ref name="ArmyRecognition2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024.</ref><ref name="ArmyRecognition2024"> | |||
| "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," ''Army Recognition'', 19 December 2024, 16:07. Retrieved 23 December 2024, . | |||
| </ref> | |||
| The missile is less than 5,000 millimeters in length, has a body diameter of 315 millimeters, and weighs under 600 kilograms. It is powered by the domestically developed '''VJE-01''' turbojet engine, which was created after discussions with South Korea regarding the SSE-750K turbojet engine did not lead to collaboration. The VJE-01 supports high subsonic speeds and enables localized production capabilities.<ref name="ArmyRecognition2024"> | The missile is less than 5,000 millimeters in length, has a body diameter of 315 millimeters, and weighs under 600 kilograms. It is powered by the domestically developed '''VJE-01''' turbojet engine, which was created after discussions with South Korea regarding the SSE-750K turbojet engine did not lead to collaboration. The VJE-01 supports high subsonic speeds and enables localized production capabilities.<ref name="ArmyRecognition2024"/><ref name="BaoMoi"> | ||
| "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," ''Army Recognition'', 19 December 2024, 16:07. Retrieved 23 December 2024, .</ref><ref name="BaoMoi"> | |||
| "Chuyên gia quốc tế nói gì về tổ hợp tên lửa phòng thủ bờ biển Trường Sơn của Việt Nam," ''Báo Mới'', ngày 21 tháng 12 năm 2024. Truy cập ngày 23 tháng 12 năm 2024, . | "Chuyên gia quốc tế nói gì về tổ hợp tên lửa phòng thủ bờ biển Trường Sơn của Việt Nam," ''Báo Mới'', ngày 21 tháng 12 năm 2024. Truy cập ngày 23 tháng 12 năm 2024, . | ||
| </ref> | </ref> | ||
| == Development == | == Development == | ||
| The VCS-01 system was developed by a collaboration between the ] |
The VCS-01 system was developed by a collaboration between the ] (and various subsidiaries), and the ]. Prototypes were tested in 2018 in the Quỳnh Lưu and Tiền Hải districts.<ref>{{Cite web|date=2018-10-24|title=Kết quả chỉ đạo, điều hành từ ngày 15/10-21/10/2018 của ...|url=https://thaibinh.gov.vn/tin-tuc/tin-chi-dao-dieu-hanh/ket-qua-chi-dao-dieu-hanh-tu-ngay-15-10-21-10-2018-cua-ubnd-.html|access-date=2021-06-04|website=thaibinh.gov.vn|language=vi}}</ref> The system officially entered service in April 2024 under Brigade 679 of the 1st Regional Command. Testing also included trials on a modified ], demonstrating the missile's versatility.<ref>{{Cite web |title=VCM-T |url=https://www.facebook.com/photo.php?fbid=346339597916111&set=pb.100076202212276.-2207520000&type=3 |access-date=2023-11-12 |website=Hội Hóng Tin Quân Sự Việt Nam và Thế Giới |publisher=]}}</ref> | ||
| == Operational History == | == Operational History == | ||
| The VCS-01 system aligns with Vietnam’s anti-access/area denial (A2/AD) strategy, aimed at securing maritime interests in the ]. This strategy includes the use of Kilo-class submarines, Su-30MK2 aircraft, and the domestically produced VCM-01 missile system. At its debut during a defense expo, the VCS-01 system showcased compatibility with various platforms, including missile boats, frigates, and potentially aircraft.<ref name=" |
The VCS-01 system aligns with Vietnam’s anti-access/area denial (A2/AD) strategy, aimed at securing maritime interests in the ]. This strategy includes the use of Kilo-class submarines, Su-30MK2 aircraft, and the domestically produced VCM-01 missile system. At its debut during a defense expo, the VCS-01 system showcased compatibility with various platforms, including missile boats, frigates, and potentially aircraft.<ref name="NavalNews2024"/> | ||
| Gordon Arthur, "," ''Naval News'', 22 December 2024. Retrieved 23 December 2024. | |||
| </ref> | |||
| == Variants == | == Variants == | ||
| Line 88: | Line 72: | ||
| == External links == | == External links == | ||
| * | |||
| {{Vietnamese military equipment}} | |||
| {{Use dmy dates|date=December 2024}} | {{Use dmy dates|date=December 2024}} | ||
| {{DEFAULTSORT:VCS-01 Trường Sơn}} | |||
| ] | ] | ||
| ] | ] | ||
Latest revision as of 07:06, 30 December 2024
Vietnamese mobile coastal defence missile system| VCS-01 | |
|---|---|
_of_VCS-01_(VCM-B)_at_2024_Vietnam_Defence_Expo.jpg) TEL of variant being exhibited at the Vietnam Defence Expo 2024 under the "VSM-01A" designation | |
| Type | Mobile coastal defense and anti-ship system |
| Place of origin | Vietnam |
| Service history | |
| In service | 2024–present |
| Used by | Vietnam |
| Production history | |
| Manufacturer |  Viettel Group
Z189 Company |
| Produced | 2018–2024 |
The VCS-01, referred to as "Trường Sơn" (Vietnamese; Literally: "Long Mountain") is a Vietnamese mobile, anti-ship missile-based coastal defense system developed to succeed the Soviet-designed, Cold War-era 4K51 Rubezh. The system integrates multiple components, including self-propelled launcher vehicles, target acquisition radars, command and control vehicles, transport and loading units, and technical inspection vehicles. It is designed to enhance Vietnam’s coastal defense capabilities, particularly in the South China Sea. It is primarily operated by the coastal missile and artillery forces of the Vietnam People's Navy.
Design and Components
The VCS-01 system includes multiple components mounted on truck chassis to ensure high mobility and operational flexibility. At the heart of the system is the VLV-01 Launcher Vehicle, which is based on the KAMAZ-6560 8×8 chassis. Each launcher vehicle can carry up to eight missiles, arranged in two pods with four missiles per pod. The VLV-01 can be operational within ten minutes of arrival at a deployment site, offering rapid response capability.
The VTRV-01 Transporter and Reloader Vehicle is another essential component, also built on the KAMAZ-6560 chassis. It is responsible for transporting spare missiles and reloading the launcher vehicle using a hydraulic crane. The VTRV-01 can carry up to eight missile canisters and reload a full pod of four missiles in under 40 minutes, ensuring efficient resupply during operations.
The VTIV-01 Technical Inspection Vehicle is used to assess the readiness and technical status of the missiles. Mounted on the KAMAZ-5350 6×6 chassis, it is capable of conducting inspections both when the missiles are inside their canisters and when removed. This feature ensures that the missiles are maintained at peak operational readiness.
Target acquisition and tracking are handled by the VTAR-1 Target Acquisition Radar Vehicle, which is mounted on a KAMAZ-6560 chassis. Equipped with a medium-range radar that can be elevated on a hydraulic mast, the VTAR-1 detects and tracks surface targets at sea. It also features electronic counter-countermeasure capabilities to ensure reliable operation in contested environments. The radar can be deployed and operational within 25 minutes of arrival.
Finally, the VCPV-01 Command and Processing Vehicle provides centralized command and control for the system. Built on the KAMAZ-5350 6×6 chassis, it houses advanced C4ISR equipment for seamless communication and coordination between all components. The VCPV-01 ensures that the entire VCS-01 system can function efficiently, whether in centralized or standalone combat scenarios.
Missile
The primary missile used by the VCS-01 is the VSM-01A, also known as "Song Hong," which replaces the P-15 Termit missile. This missile is part of the VCM-01 missile family, modeled on the Russian Kh-35E but with several modifications. These include a lighter airframe, redesigned air intake, and updated avionics. The VSM-01A missile has a range of 80 kilometers, doubling that of the P-15 Termit. It operates at high subsonic speeds and features advanced guidance systems for improved targeting precision.
The missile is less than 5,000 millimeters in length, has a body diameter of 315 millimeters, and weighs under 600 kilograms. It is powered by the domestically developed VJE-01 turbojet engine, which was created after discussions with South Korea regarding the SSE-750K turbojet engine did not lead to collaboration. The VJE-01 supports high subsonic speeds and enables localized production capabilities.
Development
The VCS-01 system was developed by a collaboration between the Viettel (and various subsidiaries), and the Z189 Shipyard. Prototypes were tested in 2018 in the Quỳnh Lưu and Tiền Hải districts. The system officially entered service in April 2024 under Brigade 679 of the 1st Regional Command. Testing also included trials on a modified Shershen-class torpedo boat, demonstrating the missile's versatility.
Operational History
The VCS-01 system aligns with Vietnam’s anti-access/area denial (A2/AD) strategy, aimed at securing maritime interests in the South China Sea. This strategy includes the use of Kilo-class submarines, Su-30MK2 aircraft, and the domestically produced VCM-01 missile system. At its debut during a defense expo, the VCS-01 system showcased compatibility with various platforms, including missile boats, frigates, and potentially aircraft.
Variants
VCS-01A - Standard coastal defense variant.
Operators
Vietnam People's Navy - Developed and operated by the Vietnam People's Navy under the coastal missile & artillery forces.
See also
References
- ^ "Vietnam develops new Truong Son coastal defense system armed with eight VSM-01A anti-ship missiles," Army Recognition, 19 December 2024, 16:07. Retrieved 23 December 2024, .
- ^ Gordon Arthur, "Vietnam unveils new VCS-01 mobile coastal defence system," Naval News, 22 December 2024. Retrieved 23 December 2024.
- "Chuyên gia quốc tế nói gì về tổ hợp tên lửa phòng thủ bờ biển Trường Sơn của Việt Nam," Báo Mới, ngày 21 tháng 12 năm 2024. Truy cập ngày 23 tháng 12 năm 2024, .
- "Kết quả chỉ đạo, điều hành từ ngày 15/10-21/10/2018 của ..." thaibinh.gov.vn (in Vietnamese). 24 October 2018. Retrieved 4 June 2021.
- "VCM-T". Hội Hóng Tin Quân Sự Việt Nam và Thế Giới. Facebook. Retrieved 12 November 2023.
External links
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