Type 214 submarine

Last updated

Type 214 submarine.svg
Type 214 profile
ROKS Yun Bonggil (SS 077) 190605-N-SS370-0028.jpg
ROKS Yun Bonggil arrives at Naval Base Guam, 2019.
Class overview
Builders
Operators
Preceded by Type 209 submarine [1]
Succeeded by Type 216 submarine
Subclasses
Cost$330 million (2008) [2]
Built2001–present
In commission2007–present
Planned21
Building5
Completed16
Active15
General characteristics
Type Submarine
Displacement
  • 1,690  t (1,660 long tons) (surfaced)
  • 1,860 t (1,830 long tons) (submerged)
Length65 m (213 ft 3 in)
Beam6.3 m (20 ft 8 in)
Draught6 m (19 ft 8 in)
PropulsionDiesel-electric, fuel cell AIP, low noise skew back propeller
Speed
  • 12 knots (22 km/h; 14 mph) surfaced
  • 20 knots (37 km/h; 23 mph) submerged
Range
  • 12,000  nmi (22,000 km; 14,000 mi) (surfaced)
  • 420 nmi (780 km; 480 mi) at 8 knots (15 km/h; 9.2 mph) (submerged)
  • 1,248 nmi (2,311 km; 1,436 mi) at 4 knots (7.4 km/h; 4.6 mph) (submerged)
Endurance84 days
Test depthnearly 400 m (1,300 ft)
Complement5 officers + 22 crew
Armament

The Type 214 is a class of diesel-electric submarines developed exclusively for export by Howaldtswerke-Deutsche Werft GmbH (HDW). [1] It features diesel propulsion with an air-independent propulsion (AIP) system using Siemens polymer electrolyte membrane (PEM) hydrogen fuel cells. The class combines the design principles of the Type 209 submarine family and the features of the Type 212A submarine. [1] However, as an export design, it lacks some of the classified technologies of the Type 212 such as the non-magnetic steel hull that makes it difficult to detect using a magnetic anomaly detector. [3]

Contents

Due to improvements in the pressure hull materials, the Type 214 can dive nearly 400 metres (1,300 ft). [4] It can also carry food, fresh water and fuel for 84 days of operation.

A contract to build four submarines for the Hellenic Navy was signed 15 February 2000 and a fourth unit was ordered in June 2002. The first submarine was built at HDW in Kiel, Germany and the rest at the Hellenic Shipyards Co. in Skaramangas, Greece. The Hellenic Navy named them the Papanikolis class.

The Republic of Korea Navy has ordered nine Type 214 submarines, designated as Son Won-Il class, to be built in Korea by Hyundai Heavy Industries and Daewoo Shipbuilding & Marine Engineering; three first batch models entered service since 2007, and six second batch models entered service from 2012.

General characteristics

Operators

Greece

The Hellenic Navy ordered four Type 214 submarines to be known as the Papanikolis class. The first, Papanikolis, was built in Germany; the following three were scheduled for construction at HDW's Hellenic Shipyards in Greece. In December 2006, StrategyPage reported that Papanikolis was found to have numerous technical problems. [7] Among the reported problems with the submarine were excessive propeller cavitation, overheating of the air-independent propulsion system's fuel cells, and excessive rolling in bad weather when surfaced. Seapower magazine reported the Hellenic Navy refused to accept Papanikolis; additional problems noted were inadequate air-independent propulsion system output power, inappropriate periscope vibration, sonar flank array problems and seawater leakage into the ship's hydraulics. [8]

The Hellenic Navy officers in charge of the testing program at the Kiel shipyards in Germany made their case clear in a 2007 investigative journalism program called "Neoi Fakeloi" on Skai TV (Greece). Retired Rear Admiral M. Simionakis, who had been in charge of the Papanikolis program for the navy, told the interviewer that the manufacturer had made two attempts to fix a severe balance problem in the submarine, including shifting 21 tons of material from the top to the bottom, yet the vessel continued to heel as much as 46 degrees in sea trials. Photographic evidence of the severe heeling was presented. In the same TV program, the officer replacing Simionakis in Kiel, Capt. K. Tziotis, listed seven ongoing, serious problems with the vessel, including balance problems when traveling on the surface, problems with the AIP system, problems with the weapon system, problems with the periscope, and problems with flooding.

Greek submarine Papanikolis at the HDW's yard in Kiel, 2008 S-120 Papanikolis 1.jpg
Greek submarine Papanikolis at the HDW's yard in Kiel, 2008

TKMS, the German shipbuilder of Type 214, had previously asserted that it solved all the boat's technical problems in 2006 and stated that the Greek Navy's continuing complaints about Papanikolis' technical condition are a ploy to justify a price reduction. Therefore, TKMS refused to deliver the boat to the Greek Navy until all debts were paid and Papanikolis remained in Kiel harbor. [9] Despite this position by TKMS, the Hellenic Navy officers in charge of the submarine delivery have repeatedly stated there are problems with Papanikolis. In October 2008, Papanikolis conducted a new round of trials, which showed that the excessive rolling problem had finally been fixed. The rest of the problems are considered solved. According to the Greek defence press, acceptance of the vessel was imminent.[ citation needed ] The second boat, Pipinos, was officially launched on 6 October 2014 and passed through Greek harbour acceptance trials in Elefsina.

On 21 September 2009, TKMS announced that the contract with the Greek Navy for all four submarines had been cancelled due to country's arrears of more than 520 million Euros. TKMS began seeking arbitration to resolve the matter. [10] [11]

On 27 October 2009, the Greek Ministry of Defence confirmed that they intended to accept the three boats built in Greece. [12] The Greek Papanikolis U214 class is equipped with a hoistable radar mast which does not penetrate the pressure hull of the submarine. In the top of the radar mast the radar transmitter is installed. This transmitter is part of the SPHINX Radar System supplied by Thales Defence Deutschland GmbH in Kiel. The radar sensor is a FMCW transceiver which can't be detected by ESM systems in medium terms. This technology is so called LPI radar, which means "Low probability of intercept". The transmitting power is lower than the power of a mobile phone but the resolution more precise compared to high power Pulse radar. Thales SPHINX radar is a tactical radar, designed for submarines. Greece ordered four submarines and paid the list price of six. (2 bn euros) [13]

Portugal

NRP Tridente at Lisbon Naval Base, 2010 Chegada do submarino NRP Tridente a Base Naval do Alfeite.jpg
NRP Tridente at Lisbon Naval Base, 2010

In 2005 Portugal awarded a contract to Howaldtswerke-Deutsche Werft for two Type 214 submarines, which were delivered in 2010. These two submarines, the NRP Tridente and the NRP Arpão, are the only submarines currently in active service with the Portuguese Navy replacing the Albacora-class submarines in 2010. [14] [15] In 2014, the two submarines received new UGM-84G Sub-Harpoon Block II missiles. [16] From 2016 to 2018 the Tridente submarine carried out a major mid-term overhaul at Thyssenkrupp Marine Systems shipyards, [17] and the Arpão submarine, from 2018 to 2021 carried out a major mid-term overhaul at the Portuguese Arsenal do Alfeite shipyards [18] [19] The Portuguese Military Programming Law signed in May 2019 aims for the modernization of the two submarines by 2030. [20] [21]

South Korea

ROKS Son Won-il at Busan Naval Base, 2008 Key Resolve - Foal Eagle 2008.jpg
ROKS Son Won-il at Busan Naval Base, 2008

In 1995, the South Korean Navy announced plans to introduce submarines larger than type 209. Later in October 2000, the ministry of defence signed an agreement with Howaldtswerke-Deutsche Werft to introduce type 214 submarines, which also included the transfer of submarine building technology. [22] The South Korean Son Won-Il U214-class submarine (Hangul: 손원일급 잠수함, Hanja: 孫元一級潛水艦) is equipped with a SPHINX-D Radar System supplied by Thales Defence Deutschland GmbH. It uses an additional pulse transmitter in the top of the mast. The combination of high power pulse radar and a very low power LPI transmitter is very effective for submarines. During surface operations, the boat sails with an open pulse fingerprint for ESM systems, but within a secret mission the operator switches to LPI mode. The boat remains invisible to others. Total of 9 are planned and 8 are in active duty. South Korea ordered its first three KSS-II/ Type 214 boats in 2000, which were assembled by Hyundai Heavy Industries. The Batch 2 order will add six more submarines to the Navy, to be built by Daewoo Shipbuilding & Marine Engineering.

In March 2008, it was reported in the media that the first Type 214 submarine of the Republic of Korea Navy suffered from defects related to excessive noise from the screw, according to anonymous sources. [23] Later the ROKN denied the report. [24] There were no further reports of such noise problems in succeeding South Korean Type 214 submarines. The first three Type 214 submarines of South Korea were built by Hyundai Heavy Industries. In August 2008, South Korea signed another contract with HDW for six more Type 214 submarines. The Batch 2 order will add six more submarines to the Navy, to be built by Daewoo Shipbuilding & Marine Engineering. Hong Beom-do, a specialized guided missile submarine was launched on 5 April 2016. [25]

Future operators

Turkey

The first request by the Turkish Naval Forces was made in 2009 and considered to be delivered in 2014. However, due to delay, a new contract was signed in 2016 and first deliveries were planned 2020. [26] The Turkish Navy had commenced negotiations with HDW for six licence-built Type 214 class air-independent propulsion (AIP) submarines. According to the Undersecretary for Defence Industries of the Turkish Government, these submarines will be produced with maximum local content at Gölcük Naval Shipyard in Kocaeli, Turkey. The first submarine in the order initially put to sea in December 2022, [27] the program partially delayed by the COVID-19 pandemic, with the second following in May 2023. [28]

On 2 July 2009, HDW and the Turkish Ministry of Defence entered into an agreement for the licensed production of six platforms. The agreement was the largest defence acquisition project in Turkey at the time after the firm order for 116 F-35 fighters at a cost of in excess of $10 billion. Ankara hoped that its advanced, locally produced and highly modified Type 214 submarines will enter into service by 2015. [29] [30] [31] Defence Minister Vecdi Gonul stated that "Turkish industrial participation in the project would be worth around 80 percent of the total value of the deal". [32]

As the Turkish Type 214 will have a significant amount of Turkish indigenous systems on board, this variant of the Type 214 will be known as the Type 214TN (Turkish Navy). HDW will preassemble classified elements such as the fuel cells and propulsion system and will then ship them to Turkey. All electronic and weapon systems (including the C4I system) will be of Turkish production.

On 1 July 2011, the 2 billion euros order for six U 214 submarine material packages placed with ThyssenKrupp Marine Systems by Turkey entered into force with receipt of the advance payment. This enabled ThyssenKrupp to begin executing the order. The order was designated to contribute to securing employment at HDW in Kiel, as well as at many subcontractors in Germany and Turkey, for the next ten years. Yet, recently Turkey has received around 2 Million euros compensation from ThyssenKrupp due to delayed manufacturing of the Type214TN. [33] A possible reason for this delay is Turkey's demand for in-house developed software within the submarines. However, Germany refused Greek demands to block delivering six Type 214 submarines to Turkey, as the manufacturer Thyssen was bound by contracts signed since 2002. [34]

Failed bids

Indonesia

In the MEF III (Minimum Essential Force) it mentioned the Type 214 submarine from Germany alongside the Scorpène submarine from France. The Indonesian Navy is planning in procuring four to six superior Type 214 [35] submarines and two Scorpene submarines. [36]

On 2 March 2021, representatives of the German shipbuilder TKMS began discussions with the Indonesian Ministry of Defense and the Ministry of State Owned Enterprises regarding the procurement of up to four submarines of the Type 214 submarine. [37]

On 2 April 2024, Indonesia only placed an order for two Scorpene submarines but not for the Type-214. [38]

Pakistan

In 2008, the Pakistan Navy entered in negotiation of possibly purchasing three Type 214 to be built in KSEW through a technology transfer, and the HDW CEO Walter Freitag confirming and reportedly telling the news media in Pakistan during the IDEAS 2008 convention that: "The commercial contract has been finalised up to 95 per cent." [39]

It was reported that the first Type 214 diesel-electric submarine would be delivered to the Pakistan Navy in 64 months after signing of the contract while the rest would be completed successively in 12 months. [39] [40] After wavering for over two years, Pakistan dropped out from this deal when successfully negotiating with China to develop and design Eight Type 039A submarine that features the AIP technology with a complete transfer of technology to be built in Pakistan. [41]

Vessels by nation

CountryPennantNameLaid downLaunch DateCommission DateBuilder
Flag of Greece.svg  Greece

2000 4 Boats
2010 2 Boats
Contract		S-120 Papanikolis 27 February 2001April 20042 November 2010 Howaldtswerke-Deutsche Werft
S-121 Pipinos February 2003October 2006Summer of 2015 Hellenic Shipyards Co.
S-122 Matrozos February 2004November 200723 June 2016Hellenic Shipyards Co.
S-123 Katsonis 2005200723 June 2016Hellenic Shipyards Co.
Flag of South Korea.svg  Republic of Korea

2000 3 Boats
2008 6 Boats
Contract		SS 072 ROKS Sohn Won-yil October 20029 June 200627 December 2007 Hyundai Heavy Industries
SS 073 ROKS Jeong Ji 200413 June 20072 December 2008Hyundai Heavy Industries
SS 075 ROKS An Jung-geun 4 June 20081 December 2009Hyundai Heavy Industries
SS 076 ROKS Kim Jwa-jin 200813 August 2013 [42] [43] 30 December 2014 Daewoo Shipbuilding & Marine Engineering
SS 077 ROKS Yun Bong-gil 20093 July 2014 [44] 21 June 2016Hyundai Heavy Industries
SS 078 ROKS Yu Gwan-sun 20107 May 201510 July 2017 [45] Daewoo Shipbuilding & Marine Engineering [46]
SS 079 ROKS Hong Beom-do 20115 April 201623 January 2018Hyundai Heavy Industries
SS 081 ROKS Lee Beom-seok 20128 November 201613 May 2019Daewoo Shipbuilding & Marine Engineering
SS 082 ROKS Shin Dol-seok 20137 September 201731 January 2020Hyundai Heavy Industries
Flag of Portugal.svg  Portugal
2010 2 Boats
S 160 NRP Tridente 20052010May 2010Howaldtswerke-Deutsche Werft
S 161 NRP Arpão 20052010preliminary delivery in December 2010, final delivery on 28 April 2011 [47] Howaldtswerke-Deutsche Werft
Flag of Turkey.svg  Turkey
2009 6 Boats
S-330 TCG Piri Reis October 201522 December 2019 Gölcük Naval Shipyard
S-331 TCG Hızır Reis 2016Gölcük Naval Shipyard
S-332 TCG Murat Reis 25 February 2018Gölcük Naval Shipyard
S-333 TCG Aydın Reis 4 November 2018Gölcük Naval Shipyard
S-334 TCG Seydi Ali Reis 22 December 2019Gölcük Naval Shipyard
S-335 TCG Selman Reis 2022Gölcük Naval Shipyard

See also

Submarines of similar comparison

Related Research Articles

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References

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