HTMS Bhumibol Adulyadej

From Wikipedia, the free encyclopedia
HTMS Bhumibol Adulyadej (48044316051) (cropped).jpg
HTMS Bhumibol Adulyadej (FFG 471)
History
Naval Ensign of Thailand.svgThailand
NameHTMS Bhumibol Adulyadej
NamesakeKing Bhumibol Adulyadej
Ordered2013
BuilderDaewoo Shipbuilding & Marine Engineering, Busan, South Korea
Cost482 Million USD or 14,997 Million THB
Laid down15 May 2016
Launched23 January 2017
Commissioned7 January 2019
Identification471
StatusIn service
General characteristics
Class and typeBhumibol Adulyadej-class frigate[1][circular reference]
Displacement3,700 tons full load
Length124.1 m
Beam14.40 m
Draught8 m
Installed power
  • 2 × Diesel engine MTU 16V1163 M94 8,000 horsepower, each producing 5,920 kilowatts (7,940 bhp) Total output: 11,840 kW (15,880 bhp)
  • 1 × General Electric LM2500 gas turbine 29,000 horsepower, each producing 25,100 kW (33,600 shp)
Propulsion4 × Ship Service Power Generation (Each of 830 kW Rated output) Total output: 3,320 kW
Speed33.3 knots (61 km/h; 38 mph)
Endurance4,000 nautical miles at 18 knots (7,408 km at 33 km/h)
Crew141 officers
Sensors and
processing systems
  • 1 × Sea Giraffe 4A AESA long range surveillance radar, Instrumented range: 350 km
  • 1 × Saab SEA GIRAFFE AMB medium range 3D surveillance radar, Instrumented range: 180 km
  • 1 × Wartsila X-band Navigation radar
  • 1 × Wartsila S-band Navigation radar
  • 1 × Tactical Air Navigation System
  • 1 × Surveillance camera
  • 2 × Saab CEROS 200 fire control radar
  • 1 × Saab EOS 500 Electro Optical Fire Control
  • 1 × Atlas ASO DSQS-24 Hull Mounted Sonar
  • 1 × Atlas ELEKTRONIK ACTAS Towed Array Sonar
  • 15 × Saab 9LV Mk4 Multi-Function Consoles
  • 2 × Continuous Wave Illuminators
  • 2 × Target Designation Sight: Bridge Pointer
  • 2 × Identification Friend or Foe
  • 1 × ADS – Broadcast
  • Stealth technology
  • Radar Cross Section Reduction
  • Infrared Reduction
  • Underwater Radiated Noise Reduction
  • Degaussing System
  • NBC Protection System
Electronic warfare
& decoys
  • 1 × Harris ES-3601 Radar-ESM
  • 1 × R&F DDF-255 Communication-ESM
  • 2 x 12 Terma Decoy DL-12T
  • 6 × 4 Terma Decoy Mk.137 Decoy Launchers for Canto-V
  • Active-offboard ECM
  • Mk 234 Nulka anti-ship missile decoy system
  • Naval Group CANTO-V anti-torpedo decoy system
Armament
Aviation facilities1 × S-70B Seahawk or MH-60S Knight hawk

HTMS Bhumibol Adulyadej (FFG 471) (Thai: เรือหลวงภูมิพลอดุลยเดช), is the lead ship of her class of frigates for the Royal Thai Navy, developed from the Gwanggaeto the Great-class destroyer. The DW-3000F hull is different from the Gwanggaeto the Great-class destroyer, due to the design of the ship having reduced radar cross section, and there are many other additional technologies added.

Planning and acquisition[]

DW3000F or HTMS. Bhumibol Adulyadej (FFG-471) It is a project to acquire two naval high-performance frigates. The project started in 2012 and was signed for purchase in 2013 from Daewoo Shipbuilding & Marine Engineering Co., Ltd. (DSME) from South Korea. The total cost of building a boat is approximately 14,997 million baht. Which is the price including VAT Spare parts, tools, documents, support, testing, trials, training, technology transfer, etc. Which is a 6-year commitment. In this series of shipbuilding, the Navy inherited shipbuilding technology. To strengthen domestic shipbuilding capabilities The Royal Thai Navy will build another high-performance frigate.

Design[]

HTMS Bhumibol Adulyadej was constructed in South Korea. It is the first ship of the High-Performance Frigate Boat Project of the Royal Thai Navy. It is able to perform 3D combat operations on both the surface, underwater and air. It was commissioned on January 7, 2019, with the original name as HTMS Tha Chin. Later, with the royal benevolence of His Majesty King Vajiralongkorn, bestowed with the new name HTMS Bhumibol Adulyadej.[3]

Design and construction[]

The ship was developed based on the South Korean Navy Gwanggaeto the Great-class destroyer (KDX-I). The ship was built at Daewoo Shipbuilding & Marine Engineering Co., Ltd, South Korea, from 2013 to 2018. The hull is designed using Stealth Technology. Both the hull and its systems are focused on reducing detection by opponents. And reduce heat radiation Reduces radar reflection and noise. The naval combat system is linked to the Air Force aircraft Link E, Link RTN, especially the link with HTMS Naresuan (FFG-421), HTMS Taksin (FFG-422) and HTMS Chakri Naruebet (CVH-911) with Link G, the Jas-39 Gripen multirole fighter aircraft is the Air Force's most advanced 4.5 generation fighter. As part of the development of Network Centric Warfare. High-performance frigates Designed hull and structure Support for improvements to be able to fire the RIM-66 Standard MR ground-to-air missile, including a plan to support it. The companies involved in the assembly system include the launch pad, the vertical missile launcher (Mk.41 VLS), the combat system. Fire control radar and target radar (Illuminator) can be improved to support the firing of such launch weapons when the Navy needs it and the budget situation allows.

Mission[]

The mission of wartime is to protect Thailand's maritime sovereignty and protect the transport process. The mission of peacetime is to maintain the security and safety of maritime transport routes, safeguard maritime sovereignty, search and rescue marine victims, humanitarian and disaster relief, and uphold naval legislation.

Capacity[]

Typical capabilities are sea resistance up to 6-8 sea conditions. Strong hull structure. There is a high chance of survival in a hostile environment of nuclear, chemical, and biochemical contamination.

Capacity Control, command and surveillance With modern combat and surveillance systems and high capabilities. As well as being able to link information and communicate with ships, aircraft and onshore units. As well as being able to monitor every dimension and day and night.

Combat capability It is able to perform combat operations in 3D with the first priority in underwater warfare operations. It can detect targets at a distance with the rear sonar and the bottom sonar. Then hit the submarine at a distance with the Vertical Launch Anti-Submarine Rocket or torpedoes and the second. War operations against air threats It uses long- and medium-range 3D surveillance radar to locate, detect and track enemy targets. As well as exchange and coordinate operations with ships and aircraft that participate in the operation Then attack the target with the ESSM missile and the ship's firearm. The long-range air defense or the Battle Group's outer layer will be used in conjunction with Air Force aircraft to search. Detect and attack And surface war operations By being able to attack targets at a distance By practicing with ships and aircraft in identifying targets Hand over the target and use weapons from a distance. Including attacking water and underwater targets with ship helicopters.

Self-defense capabilities are surface-to-air missile, naval artillery, antiaircraft secondary guns, CIWS, electronic decoys, centralized or discrete damage control systems. There is a control system for broadcasting signals from the hull.

Electronic warfare capabilities It can detect, intercept, analyze and disrupt the target's electromagnetic signal.

Capabilities in joint combat operations Through the tactical information link system To be able to operate in a joint battle in the form of a Battle Group effectively and efficiently. Including combat operations with Air force aircraft According to the role that will be assigned Which high-performance frigates Will mainly control the submarine.

Gallery[]

See also[]

References[]

Retrieved from ""