Difference between revisions of "Wallace class destroyer"
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The '''Wallace-class [[Wikipedia:Guided missile destroyer|guided missile destroyer]]''' marked a policy change in the [[Royal Isselmere-Nieland Navy]]. No longer would the Royal Navy operate specialised air defence and [[Wikipedia:Anti-submarine warfare|anti-submarine]] destroyer designs, but would use a single general purpose design capable of performing both tasks adequately. | The '''Wallace-class [[Wikipedia:Guided missile destroyer|guided missile destroyer]]''' marked a policy change in the [[Royal Isselmere-Nieland Navy]]. No longer would the Royal Navy operate specialised air defence and [[Wikipedia:Anti-submarine warfare|anti-submarine]] destroyer designs, but would use a single general purpose design capable of performing both tasks adequately. | ||
− | The destroyer is a definite progression from the previous classes, the [[Glaines | + | The destroyer is a definite progression from the previous classes, the [[Glaines class destroyer|County-class]] air defence [[destroyer]] and [[Daurmont class destroyer|City-class]] anti-submarine destroyer. The Wallace-class is designed to operate two [[DAS-10 Cormorant|Cormorant HM.1]] maritime patrol [[Wikipedia:Helicopter|helicopter]]s and sports both heavy [[Wikipedia:Surface-to-air missile|surface-to-air missile]] and good [[Wikipedia:Anti-submarine warfare|anti-submarine]] armaments consisting of the [[GWS.41 Loon]] anti-submarine missile and the [[GWS.63 Barracuda]] lightweight [[Wikipedia:Torpedo|torpedo]]. |
The MRU.113 [[Wikipedia:Active Electronically Scanned Array|active electronically scanned array]] radar, consisting of four receive/transmitter (''transceiver'') module panels a complete 360° arc around the vessel, is equipped with ''ground and marine moving target indicator'' technology ('''GMTI'''/'''MMTI''') capable of picking out targets with a small [[Wikipedia:Radar cross section|radar cross-section]] operating at low-level over sea at a good distance, or to discern moving targets on land for naval fire support missions. The radar serves to search, identify and track targets for prosecution, assisted by the MRS.118 3-D air volume search and the MRS.164 surface search radars. | The MRU.113 [[Wikipedia:Active Electronically Scanned Array|active electronically scanned array]] radar, consisting of four receive/transmitter (''transceiver'') module panels a complete 360° arc around the vessel, is equipped with ''ground and marine moving target indicator'' technology ('''GMTI'''/'''MMTI''') capable of picking out targets with a small [[Wikipedia:Radar cross section|radar cross-section]] operating at low-level over sea at a good distance, or to discern moving targets on land for naval fire support missions. The radar serves to search, identify and track targets for prosecution, assisted by the MRS.118 3-D air volume search and the MRS.164 surface search radars. | ||
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The class is capable of serving as a command platform for destroyer-escort groups, a capacity that it performed throughout its operational service. | The class is capable of serving as a command platform for destroyer-escort groups, a capacity that it performed throughout its operational service. | ||
− | Although the Wallace-class no longer serves as a destroyer in the Royal Navy, there are plans to re-introduce modernised units as frigates to replace the hard-worked [[Bullfinch | + | Although the Wallace-class no longer serves as a destroyer in the Royal Navy, there are plans to re-introduce modernised units as frigates to replace the hard-worked [[Bullfinch class frigate|Bullfinch-class]]. |
==Batch 1== | ==Batch 1== | ||
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'''Compartmentalisation:''' 20 transverse and 2 longitudinal bulkheads<br> | '''Compartmentalisation:''' 20 transverse and 2 longitudinal bulkheads<br> | ||
'''Weapons''' | '''Weapons''' | ||
− | *AAW: 2 × GWLS.65M ( | + | *AAW: 2 × GWLS.65M (fore and aft), 2 × GWLS.66M2 (port and starboard aft), 2 × GWC.68M (port and starboard), 2 × L41A3 30mm (port and starboard) |
− | *ASuW: 4 × 6-cell GWLS.39M ( | + | *ASuW: 4 × 6-cell GWLS.39M (port and starboard) |
− | *ASW: 2×3 324mm | + | *ASW: 2×3 324mm torpedo tubes (port and starboard), 2 × [[GWLS.60 missile launching system|GWLS.60M2]] (port and starboard) |
− | *GP: 48-cell [[GWLS.35 missile launching system|GWLS.35M]] ( | + | *GP: 48-cell [[GWLS.35 missile launching system|GWLS.35M]] (fore), 64-cell GWLS.35M (aft), 2 × 130mm guns (A; 1 × 2 AK-130-MR-184) |
'''Vehicles'''<br> | '''Vehicles'''<br> | ||
− | Capable of deploying and recovering 2 [[DAS-10 Cormorant|Cormorant HM.1]]-sized helicopters, 2 (or more) Cuttlefish DSR.1, and a [[LMI-5 Auk/Puffin|Auk DHM.1]]; equipped with the "beartrap" helicopter recovery system (DSR.1 launched from | + | Capable of deploying and recovering 2 [[DAS-10 Cormorant|Cormorant HM.1]]-sized helicopters, 2 (or more) Cuttlefish DSR.1, and a [[LMI-5 Auk/Puffin|Auk DHM.1]]; equipped with the "beartrap" helicopter recovery system (DSR.1 launched from torpedo tubes; two hangar doors, one helicopter landing spot).<br> |
'''Electronics suite''' | '''Electronics suite''' | ||
*Computer complex: MEI.5 Muninn/MEI.4 Mimir ([[Integrated Shipboard Operations Management System|ISOMS]]) | *Computer complex: MEI.5 Muninn/MEI.4 Mimir ([[Integrated Shipboard Operations Management System|ISOMS]]) | ||
*Threat management systems: MBQ.87 (CBRN detection), MEQ.181 NAIADS (anti-air), MEQ.185 SELKIE (anti-torpedo), MSX.193 MITRE (target recognition) | *Threat management systems: MBQ.87 (CBRN detection), MEQ.181 NAIADS (anti-air), MEQ.185 SELKIE (anti-torpedo), MSX.193 MITRE (target recognition) | ||
− | *Radars: MRU.113 Huginn/MRU.110(V)3 Raven (multifunction), MRS.118 Kafka/MRS.111(V)3 Jackdaw (air volume search), MRN.116 Beluga (navigation), MRS.164 Hofvarpnir (surface search), 2 | + | *Radars: MRU.113 Huginn/MRU.110(V)3 Raven (multifunction), MRS.118 Kafka/MRS.111(V)3 Jackdaw (air volume search), MRN.116 Beluga (navigation), MRS.164 Hofvarpnir (surface search), 2 × MRG.182 Balmung (gunnery fire control) |
*Optronics: MSU.124 Adder (long range search and tracking), MSS.127 Owl (surface surveillance) | *Optronics: MSU.124 Adder (long range search and tracking), MSS.127 Owl (surface surveillance) | ||
− | *Combination radar/optronics: MSP.133 Tuesday (helicopter landing system), 4 | + | *Combination radar/optronics: MSP.133 Tuesday (helicopter landing system), 4 × MSG.183 Gjallar (close range fire control) |
*Sonars: MQU.134 Fenris (keel-mounted, LF), MQS.145 Herring (variable depth), MQR.146 (towed array) | *Sonars: MQU.134 Fenris (keel-mounted, LF), MQS.145 Herring (variable depth), MQR.146 (towed array) | ||
*ECM/ESM: MLR.165 (radar/signals emissions receiver and direction finder), MLQ.177 (jammer), MPR.184 Nott (laser warning receiver and direction finder), MRD.199 (signals direction finder) | *ECM/ESM: MLR.165 (radar/signals emissions receiver and direction finder), MLQ.177 (jammer), MPR.184 Nott (laser warning receiver and direction finder), MRD.199 (signals direction finder) | ||
− | *Communications: JSQ.117(V)2M Godi (Link 17.2; secure datalink), MSC.121 Alvis (secure satellite communications system), MSP.123(V)2 Gna (Link 17.2D; secure drone control datalink), MSW.125(V)2 Ran (Link 17.2G; secure missile guidance datalink), 2 | + | *Communications: JSQ.117(V)2M Godi (Link 17.2; secure datalink), MSC.121 Alvis (secure satellite communications system), MSP.123(V)2 Gna (Link 17.2D; secure drone control datalink), MSW.125(V)2 Ran (Link 17.2G; secure missile guidance datalink), 2 × NQC.128(V)2 Dvalin (Link 17.2U; encrypted acoustic modem), MRC.178 (secure communications system), MPC.190 (laser communications transceiver), JSC.196M (encrypted burst communications transceiver). |
− | '''Countermeasures:''' 4 | + | '''Countermeasures:''' 4 × MLQ.135 Mackerel (anti-torpedo), 4 × 16-cell MLE.140 MUSE (anti-missile).<br> |
'''Cost:''' $1,100 million [[Universal Standard Dollar|USD]]<br> | '''Cost:''' $1,100 million [[Universal Standard Dollar|USD]]<br> | ||
'''Production time:''' 3.75 years<br> | '''Production time:''' 3.75 years<br> |
Latest revision as of 14:56, 24 October 2007
Profile (n/a) | |
Wallace-class | |
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Design details | |
Type | Guided missile destroyer |
Hull type | Monohull |
Manufacturer | Royal Shipyards |
Design No. | Type 23-D |
Unit cost | $1.1 billion |
Service dates | 2005-2007[1] |
General characteristics | |
Crew | 197 |
Length Overall: |
167.5 m |
Beam | 18.7 m |
Draught | 6.57 m |
Displacement Full: |
10572 t |
Propulsion | |
Powerplant Main: |
COGAG-IFEP 4 × IMW MTG-6F |
Drive Shafts: Bow thruster: |
2 propulsors 2 1 |
Speed | 34+ kt |
Range | |
Protection | |
Main belt | 13 cm (max.) |
Turrets | 13 cm (max.) |
Deck | 7.62 cm (max.) |
Bulkheads | 5.08 cm (gen.) |
Armament | |
Guns Main: CIWS: |
1×2 130 mm 2 × L41A3 35mm |
Missiles AAW: ASuW: ASW: DP: |
2 × GWLS.65M, 2 × GWLS.66M2, 2 × GWLS.68M2 4 × GWLS.39M 2 × GWLS.60M2 14 × GWLS.35M |
Torpedoes Deck: |
2×3 324mm |
Platform | |
Aircraft | 2 Cormorant HM.1 |
Catapults | 1 × lightweight EMALS |
Arrestor wires | 1 × 3-wire lightweight EARS |
Operators | |
UKIN |
The Wallace-class guided missile destroyer marked a policy change in the Royal Isselmere-Nieland Navy. No longer would the Royal Navy operate specialised air defence and anti-submarine destroyer designs, but would use a single general purpose design capable of performing both tasks adequately.
The destroyer is a definite progression from the previous classes, the County-class air defence destroyer and City-class anti-submarine destroyer. The Wallace-class is designed to operate two Cormorant HM.1 maritime patrol helicopters and sports both heavy surface-to-air missile and good anti-submarine armaments consisting of the GWS.41 Loon anti-submarine missile and the GWS.63 Barracuda lightweight torpedo.
The MRU.113 active electronically scanned array radar, consisting of four receive/transmitter (transceiver) module panels a complete 360° arc around the vessel, is equipped with ground and marine moving target indicator technology (GMTI/MMTI) capable of picking out targets with a small radar cross-section operating at low-level over sea at a good distance, or to discern moving targets on land for naval fire support missions. The radar serves to search, identify and track targets for prosecution, assisted by the MRS.118 3-D air volume search and the MRS.164 surface search radars.
Against submarines and other underwater targets, the Wallace-class not only has two anti-submarine helicopters, but also an MQU.134 keel-mounted dual mode (i.e. active or passive) low frequency sonar and an MQR.146 passive towed array that connects the MQS.145 dual mode variable depth sonar (VDS) fish to the ship. In active mode, the sonar is able to produce synthetic apertures allowing the Wallace-class to assist in mine countermeasures operations.
The class is capable of serving as a command platform for destroyer-escort groups, a capacity that it performed throughout its operational service.
Although the Wallace-class no longer serves as a destroyer in the Royal Navy, there are plans to re-introduce modernised units as frigates to replace the hard-worked Bullfinch-class.
Batch 1
The first batch entered production in early 2006 equipped with the GWLS.39 missile launching system for the GWS.52 Pelican anti-ship missile and the general purpose GWLS.35 missile launching system.
Type: General purpose destroyer
Displacement: 10,572 t (deep)
Dimensions: length 167.5 m (oa); beam 18.7m; draught 6.57m
Propulsion: 2-shaft propulsors COGAG-IFEP; 4 gas turbines (Isselmere Motor Works MTG-6); 128MW = 34+ kts
Crew: 197 (+ vehicle crew, marines (40), staff (20))
Protection: (Main belt) 13cm; (Main turret): 13cm; (Main barbette): 13cm; (Main missile magazines): 7.62cm; (Hangar): 3cm; (Deck (key spaces)): 7.62cm; (CIC): 13cm; (Bulkheads): 5.08cm
Compartmentalisation: 20 transverse and 2 longitudinal bulkheads
Weapons
- AAW: 2 × GWLS.65M (fore and aft), 2 × GWLS.66M2 (port and starboard aft), 2 × GWC.68M (port and starboard), 2 × L41A3 30mm (port and starboard)
- ASuW: 4 × 6-cell GWLS.39M (port and starboard)
- ASW: 2×3 324mm torpedo tubes (port and starboard), 2 × GWLS.60M2 (port and starboard)
- GP: 48-cell GWLS.35M (fore), 64-cell GWLS.35M (aft), 2 × 130mm guns (A; 1 × 2 AK-130-MR-184)
Vehicles
Capable of deploying and recovering 2 Cormorant HM.1-sized helicopters, 2 (or more) Cuttlefish DSR.1, and a Auk DHM.1; equipped with the "beartrap" helicopter recovery system (DSR.1 launched from torpedo tubes; two hangar doors, one helicopter landing spot).
Electronics suite
- Computer complex: MEI.5 Muninn/MEI.4 Mimir (ISOMS)
- Threat management systems: MBQ.87 (CBRN detection), MEQ.181 NAIADS (anti-air), MEQ.185 SELKIE (anti-torpedo), MSX.193 MITRE (target recognition)
- Radars: MRU.113 Huginn/MRU.110(V)3 Raven (multifunction), MRS.118 Kafka/MRS.111(V)3 Jackdaw (air volume search), MRN.116 Beluga (navigation), MRS.164 Hofvarpnir (surface search), 2 × MRG.182 Balmung (gunnery fire control)
- Optronics: MSU.124 Adder (long range search and tracking), MSS.127 Owl (surface surveillance)
- Combination radar/optronics: MSP.133 Tuesday (helicopter landing system), 4 × MSG.183 Gjallar (close range fire control)
- Sonars: MQU.134 Fenris (keel-mounted, LF), MQS.145 Herring (variable depth), MQR.146 (towed array)
- ECM/ESM: MLR.165 (radar/signals emissions receiver and direction finder), MLQ.177 (jammer), MPR.184 Nott (laser warning receiver and direction finder), MRD.199 (signals direction finder)
- Communications: JSQ.117(V)2M Godi (Link 17.2; secure datalink), MSC.121 Alvis (secure satellite communications system), MSP.123(V)2 Gna (Link 17.2D; secure drone control datalink), MSW.125(V)2 Ran (Link 17.2G; secure missile guidance datalink), 2 × NQC.128(V)2 Dvalin (Link 17.2U; encrypted acoustic modem), MRC.178 (secure communications system), MPC.190 (laser communications transceiver), JSC.196M (encrypted burst communications transceiver).
Countermeasures: 4 × MLQ.135 Mackerel (anti-torpedo), 4 × 16-cell MLE.140 MUSE (anti-missile).
Cost: $1,100 million USD
Production time: 3.75 years
Notes
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