Bangladesh Navy's Ulsan (Mod.) Class Guided Missile Frigate, BNS Khalid Bin Walid

[Raquib]

BNS Khalid Bin Walid frigate

Built by Daewoo of South Korea, the DW 2000 H is a multi-purpose anti-air, anti-surface, anti-submarine frigate derived from an existing fleet of Ulsan class ships that are in service with the Republic of Korea Navy. The frigate was ordered in 1999 years earlier and completed on schedule at a cost of $100 million. The DW 2000 displaces 2,370 tons and is fitted with a Thales command and control suite comprising a TACTICOS combat system, DA-08 surveillance radar, a Variant surface surveillance radar, a Mirador electro-optical tracking and fire control system and a LIROD Mk2 fire control radar.

Status

In 1994-95, the then government, in principal, decided to purchase a naval frigate for Bangladesh Navy, but it did not mature due to indecision. In the following year (1995-96), a decision was taken. According to schedule, the frigate was to be received on June 18, 2001.

The frigate was first commissioned on June 20 in 2001 as BNS Bangabandhu in Bangladesh Navy.

Later, the ship was decommissioned for various warranty repair works and placed in reserved class-III as DW 2000-H frigate on February 13, 2002.

The ship is being re-commissioned on July 13, 2007 for the active service in Bangladesh Navy as BNS Khalid Bin Walid.

This frigate type is said to the most modern frigate of its class in the region according to the Bangladesh Navy.

IN SERVICE

Name Pennant No Builders Laid Out
Launched
Commissioned

Khalid Bin Walid
F 25
Daewoo Heavy Industries
12/05/1999
29/08/2000
12/07/2007


TECHNICAL SPECIFICATIONS



Origin
South Korea

Type
Guided Missile Frigate

Displacement (Standard)
2,170 tons

Displacement (Fully Loaded)
2,370 tons

Length 103.7 m

Beam 12.5 m

Draught 3.8 m

Main Machinery
CODAD: 4 SEMT-Pielstick 12V PA6V280 STC diesels; 22,501 hp (16.78 MW) sustained; 2 x shafts
Speed 25 kt

Range 4,000 n miles at 18 kt
Complement
186 (16 officers)

Missiles 4 x Otomat Mk. II Block IV

Guns 1 x Otobreda 76 mm/62 Super Rapid; 4 x Otobreda 40 mm/70 (2 twin) compact
Torpedoes
6 x 324 mm B-515 (2 triple) tubes; Whitehead A244S

Depth Charges
2 x BMB 2 projectors, 2 x Racks

Decoys 2 x Super Barricade launchers

ESM Racal Cutlass 242; intercept
ECM Racal Scorpion; jammer
Combat Data Systems
Thales TACTICOS
Weapons Control
Signaal Mirador optronic director

Radar System (Air Search)
Signaal DA08; F-band
Surface Search
Thales Variant; G-band
Fire Control
Signaal Lirod Mk 2; K-band
Navigation 2 KH-1007; I-band
Sonar Systems
STN Atlas ASO 90; hull-mounted; active search; medium frequency

Aircraft 1 x Hanger, 1 x Z-9C/D ASW helicopter

 

[khaled_m_ali]

Deleted...

 

[The Punisher]

well you can say "One of the most advanced Frigate " not the most advanced .

IN Talwar Class Frigates are way ahead on this .

Indian Navy Talwar (Krivak III) Class

Displacement: 3620 tons - standard.
....................4035 tons - full load.

Dimensions: Length - 124.8 metres.
.................Beam - 15.2 metres.
.................Draught - 4.5 metres.

Maximum Speed: 30 knots.

Maximum Range: 4850 miles at 14 knots.
.......................1600 miles at 30 knots.

Maximum Sea Endurance: 30 days.

Complement: 180 (incl. 18 officers)

Radar:
Surface Search; One 3Ts-25E Garpun-B radar at I-band frequency, using both active and passive channels, provides long-range surface target designation. One MR-212/201-1 radar at I-band frequency is used for navigation and a separate Kelvin Hughes Nucleus-2 6000A radar set is used for short-range navigation and surface surveillance. Also fitted with a Ladoga-ME-11356 inertial navigation and stabilisation suite supplied by Elektropribor.

Air/Surface Search; One Fregat M2EM (NATO: Top Plate) 3D circular scan radar at E-band frequency, provides target indication to the Shtil-1 missile system. Featuring continuous electronically scanned arrays, the radar rotates at 12 or 6 rpm and has an instrumented range to 300 km.

Fire Control; Features a Ratep JSC 5P-10E Puma fire control system, comprising of a phased array and target tracking radar along with laser and TV devices. The system - fitted above the bridge deck - features in-flight course correction updates via data links, has a maximum detection range of 60 km, operates autonomously and is capable of automatically locking on to four targets and tracking them.

Weapons: In the main strike role, an eight-cell KBSM 3S14E vertical missile launcher is fitted, which accommodates the Klub-N ASCM. The Agat Research and Production Enterprise has supplied the 3R14N-11356 shipborne fire-control system associated with Klub-N. Jane's Defence Weekly reported in April 2004, that IN sources indicated that INS Tabar would be the first vessel in the Talwar series to be armed with the supersonic BrahMos (PJ-10) ASCM, which DRDO of India and NPO Mashinostroyeniya of Russia, have co-developed. The other two vessels (Talwar and Trishul) will also subsequently be equipped with the BrahMos ASCM.

In the air defence role, a single 3S-90 missile launcher is fitted forward of the bridge and is armed with the Shtil-1 SAM system. The system comprises of the 9M317 (SA-N-11, navalised SA-17) missile and 24 such missiles are carried in a below-decks magazine. Guidance and target illumination for these missiles is provided by four MR-90 Orekh (NATO: Front Dome) radars, which are connected to a command and control post.

Manufactured by the Dolgoprudny Research and Production Enterprise, the 9M317 missile uses a combination of inertial guidance and semi-active radar homing (the 70 kg blast fragmentation warhead is triggered by a radar proximity fuze) to its maximum range of 45 km. The missile can engage the following targets irrespective of the intensive jamming and minimal altitude; tactical ballistic missiles; aircraft manoeuvring at acceleration up to 12 g; cruise and antiradar missiles; helicopter gun ships; remotely piloted aircraft; anti-ship missiles; and radar-contrast water-borne and ground targets. The missile's control system and warhead can be adjusted to a specific target (ballistic, aerodynamic, small-size, water-borne, ground, helicopter) following target recognition, which increases hit probability. Eight Igla-1E (SA-16) portable air defence missiles are also carried.

One 100mm A-190(E) gun, for use against ship and shore based targets, is fitted forward. The A-190(E) uses a lightweight gun mount with an automatic gun and fuze setter. The mounting is fed from separate port and starboard magazines and uses three different rounds: a high-explosive shell with an impact fuze; an anti-aircraft shell using an electronic fuze; and an inert practice round. An automatic control and monitoring system prepares the gun for firing, selects the appropriate ammunition, conducts continuous diagnostics and computes firing corrections. Fire control is provided by the 5P-10E Puma FCS. The gun can fire 60 rounds a minute out to a range of 8.2n miles; 15 km. Weight of each shell is at 16 kg.

The A-190(E) gun is based on innovative technological and layout solutions, which features relatively low weight-size characteristics. The gun leads to a more than three-fold increase in the combat effectiveness of surface combatants, as compared to those fitted with the AK-176M (fitted in the Khukri Class), owing to: increase in the range of fire (roughly twofold); 1.8 times growth in the lethality of projectiles at a target; doubled accuracy of fire; and reduced reaction time as a result of automated operations, such as preparation of the gun for firing, selection of ammunition, monitoring of mechanisms' operation during firing, and display of data on the operator's monitor.

The A-190(E) gun is also superior to the AK-100 gun (fitted in the Delhi Class) in terms of basic performance characteristics: the rate of fire (approximately 1.5 times); accuracy (about three times); weight; dimensions; and operating characteristics. The gun also features higher automation of fire preparation and control and employs advanced guided and rocket-assisted long-range and enhanced-lethality projectiles fitted with dual-mode impact / proximity fuses set to operate over the target area. Together with the use of the muzzle velocity meter, it is designed to produce ever increased combat capability of the system in fire against sea- and shore-based point and area targets. In addition, the gun hull features stealth technology to minimize the radar signature of a ship.

For the CIWS (Close In Weapon System) role, two Kashtan Air Defence Gun/Missile Systems are used.

Features the RPK-8 system, which uses a 12 barrelled RBU-6000 ASW launcher to fire the 212mm 90R anti-submarine missile or RGB-60 depth charges. The firing range is from 600 to 4300 metres, and the depth of engagement is up to 1000 metres. Two twin 533mm DTA-53-11356 fixed torpedo tube launchers are fitted amidships and fire the SET-65E/53-65KE torpedoes. The Purga anti-submarine fire-control system - a product of the Granit Central Scientific Institute - provides control for both the RBU-6000 and DTA-53 launchers.

Combat Data System: The Trebovaniye-M combat information and control platform is a is a fully distributed combat management system produced by the Meridian Research and Production Enterprise JSC. The system is an advanced up-to-date information acquisition/processing and target designation data transmission facility. It controls all platforms of attack and defence weapons, independently generates combat missions based on situation analysis, determines optimal number of missile firings, displays information on the state of ship-borne weaponry and transmits data to protection systems. It is capable of processing information coming simultaneously from 250 sources.

Interconnected via an Ethernet LAN, Trebovaniye-M features eight T-171 full-colour operator workstations (with 18-inch colour flat panel displays) and three central T-162 servers. Individual items of combat system equipment interface to Trebovaniye-M via T-119- and T-190-series bus interface units. Raw radar data is received through a T-181 data reception unit. According to the Meridian Research and Production Enterprise, the hardware is based on ruggedised industry-standard processing boards supplied by Octagon Systems. Applications are coded in C++, running under the QNX real-time operating system.

Helicopter Capacity: One Ka-28 Helix-A ASW helicopter or one Ka-31 Helix-B AEW helicopter. The vessel can also embark the navalised variant of the indigenous HAL Dhruv.

Countermeasures: The Type 1135.6 frigate features the Russian-made TK-25E-5 integrated electronic warfare suite, which comprises of a wideband electronic support measures system that has antenna arrays mounted in the superstructure and a multimode jammer. Four KT-216 decoy launchers, forming part of the PK-10 system, are fitted for soft-kill defence. A total of 120 120mm chaff and infrared decoy rounds are carried on board. A local ESM system featuring the BEL Ajanta system could also be on board.

 

[ahsanjehangir]

BNS Khalid Bin Walid is more of a missile corvette with some secondary ASW/AA role.

 

[khaled_m_ali]

BNS Khalid Bin Walid is more of a missile corvette with some secondary ASW/AA role.

Do not make any false statements like that.

Do you even have any idea regarding the classification of naval vessels? Apparently you do not.

BNS Khalid bin Walid is an advanced guided missile frigate. It is an Ulsan/DW2000H Class vessels manufactured by South Korea.

BNS KBW was commissioned in 2001, for the years to come it remained as the most advanced and capable guided missile frigate top are operated by Western nations. Even now it is superior to many rust-buckets of the Indian Navy it calls destroyers as it is simply more advanced and has superior armaments.

Even the Chinese built Jianghu-III Class frigate of BN is superior to some so-called destroyers of IN.

1. BNS KBW is equipped with the latest Western components, which are far superior to anything developed by the Chinese and Russians.

2. BNS KBW is equipped with European built “Eurotorp” torpedoes which are the best torpedoes in service in the world.

3. BNS KBW is equipped with the Otomat Mk.II Block IV Amti-Ship SSM, which is the latest and most advanced of the Otomat series and is one of the most advanced anti-ship missiles in service. It has a range of 180+km; the vessel does not need to be repositioned to fire at enemy vessels and the missile can be commanded to change targets even after it has been fired.

 

[Raquib]

Another cool picture of BNS Khalid Bin Walid:

 

[khaled_m_ali]

Mods please move this thread.

 

[TOPGUN]

Very nice ship!!

 

[gromell]

wiki says,

Named for Khalid ibn al-Walid, she is capable of serving in a combat role, as well as performing peacetime policing duties. She was laid down on March 11, 1998 at Daewoo Shipbuilding & Marine Engineering, Republic of Korea, and commissioned on June 20, 2001 as BNS Bangabandhu.

Later, the ship was decommissioned for various warranty repair works and placed in reserve class-III as DW 2000-H frigate on February 13, 2002.

The primary role of this ship will be the surveillance of the country’s exclusive economic zone. She will also carry out various constabulary tasks in Bangladesh’s sea area against maritime terrorism, environmental pollution and smuggling, and can also be deployed for search and rescue operations.

This frigate type is said to the most modern frigate of its class in the region according to the Bangladesh Navy. It is equipped with some of the most advanced systems available; the Otomat Mk.II Block.IV AShMs on board the vessel are an advanced and highly capable missile system with a range of 180+km; these AShMs change course mid destination and the warship does not need to be repositioned to fire at the target (unlike other anti-ship missiles). There are reports that the vessel will be upgraded with the addition of another quad Otomat AShM launcher. Additionally the vessel is armed with sophisticated air-defence systems in the form of 8 FM-90N SAMs and 4 x Otobreda 40 mm/70 (2 twin) compact CIWS. The vessel is also armed with 6 x 324 mm B-515 (2 triple) tubes which fire the EuroTorp Whirehead A244/S Mod.3 torpedoes (which is the latest version of that particular torpedo). All of these weapons systmes together with the 1 x Otobreda 76 mm/62 Super Rapid Gun give the vessel extensive combat capability.[1]

The Z-9C/D naval helicopter on board is compatible to fire the C-701 AShMs among other weapons including torpedoes.

Bangladesh Navy plans to further upgrade the vessel's combat capability with the installation of more AShM and SAM launchers on board

 

[iioal malik]

it's good to see bn bulid up like this let's gang up on india togather deal?? i m just playing m sorry it looks kind of mean nice pics

 

[Rajkumar]

well you can say "One of the most advanced Frigate " not the most advanced .

IN Talwar Class Frigates are way ahead on this .

Indian Navy Talwar (Krivak III) Class

Displacement: 3620 tons - standard.
....................4035 tons - full load.

Dimensions: Length - 124.8 metres.
.................Beam - 15.2 metres.
.................Draught - 4.5 metres.

Maximum Speed: 30 knots.

Maximum Range: 4850 miles at 14 knots.
.......................1600 miles at 30 knots.

Maximum Sea Endurance: 30 days.

Complement: 180 (incl. 18 officers)

Radar:
Surface Search; One 3Ts-25E Garpun-B radar at I-band frequency, using both active and passive channels, provides long-range surface target designation. One MR-212/201-1 radar at I-band frequency is used for navigation and a separate Kelvin Hughes Nucleus-2 6000A radar set is used for short-range navigation and surface surveillance. Also fitted with a Ladoga-ME-11356 inertial navigation and stabilisation suite supplied by Elektropribor.

Air/Surface Search; One Fregat M2EM (NATO: Top Plate) 3D circular scan radar at E-band frequency, provides target indication to the Shtil-1 missile system. Featuring continuous electronically scanned arrays, the radar rotates at 12 or 6 rpm and has an instrumented range to 300 km.

Fire Control; Features a Ratep JSC 5P-10E Puma fire control system, comprising of a phased array and target tracking radar along with laser and TV devices. The system - fitted above the bridge deck - features in-flight course correction updates via data links, has a maximum detection range of 60 km, operates autonomously and is capable of automatically locking on to four targets and tracking them.

Weapons: In the main strike role, an eight-cell KBSM 3S14E vertical missile launcher is fitted, which accommodates the Klub-N ASCM. The Agat Research and Production Enterprise has supplied the 3R14N-11356 shipborne fire-control system associated with Klub-N. Jane's Defence Weekly reported in April 2004, that IN sources indicated that INS Tabar would be the first vessel in the Talwar series to be armed with the supersonic BrahMos (PJ-10) ASCM, which DRDO of India and NPO Mashinostroyeniya of Russia, have co-developed. The other two vessels (Talwar and Trishul) will also subsequently be equipped with the BrahMos ASCM.

In the air defence role, a single 3S-90 missile launcher is fitted forward of the bridge and is armed with the Shtil-1 SAM system. The system comprises of the 9M317 (SA-N-11, navalised SA-17) missile and 24 such missiles are carried in a below-decks magazine. Guidance and target illumination for these missiles is provided by four MR-90 Orekh (NATO: Front Dome) radars, which are connected to a command and control post.

Manufactured by the Dolgoprudny Research and Production Enterprise, the 9M317 missile uses a combination of inertial guidance and semi-active radar homing (the 70 kg blast fragmentation warhead is triggered by a radar proximity fuze) to its maximum range of 45 km. The missile can engage the following targets irrespective of the intensive jamming and minimal altitude; tactical ballistic missiles; aircraft manoeuvring at acceleration up to 12 g; cruise and antiradar missiles; helicopter gun ships; remotely piloted aircraft; anti-ship missiles; and radar-contrast water-borne and ground targets. The missile's control system and warhead can be adjusted to a specific target (ballistic, aerodynamic, small-size, water-borne, ground, helicopter) following target recognition, which increases hit probability. Eight Igla-1E (SA-16) portable air defence missiles are also carried.

One 100mm A-190(E) gun, for use against ship and shore based targets, is fitted forward. The A-190(E) uses a lightweight gun mount with an automatic gun and fuze setter. The mounting is fed from separate port and starboard magazines and uses three different rounds: a high-explosive shell with an impact fuze; an anti-aircraft shell using an electronic fuze; and an inert practice round. An automatic control and monitoring system prepares the gun for firing, selects the appropriate ammunition, conducts continuous diagnostics and computes firing corrections. Fire control is provided by the 5P-10E Puma FCS. The gun can fire 60 rounds a minute out to a range of 8.2n miles; 15 km. Weight of each shell is at 16 kg.

The A-190(E) gun is based on innovative technological and layout solutions, which features relatively low weight-size characteristics. The gun leads to a more than three-fold increase in the combat effectiveness of surface combatants, as compared to those fitted with the AK-176M (fitted in the Khukri Class), owing to: increase in the range of fire (roughly twofold); 1.8 times growth in the lethality of projectiles at a target; doubled accuracy of fire; and reduced reaction time as a result of automated operations, such as preparation of the gun for firing, selection of ammunition, monitoring of mechanisms' operation during firing, and display of data on the operator's monitor.

The A-190(E) gun is also superior to the AK-100 gun (fitted in the Delhi Class) in terms of basic performance characteristics: the rate of fire (approximately 1.5 times); accuracy (about three times); weight; dimensions; and operating characteristics. The gun also features higher automation of fire preparation and control and employs advanced guided and rocket-assisted long-range and enhanced-lethality projectiles fitted with dual-mode impact / proximity fuses set to operate over the target area. Together with the use of the muzzle velocity meter, it is designed to produce ever increased combat capability of the system in fire against sea- and shore-based point and area targets. In addition, the gun hull features stealth technology to minimize the radar signature of a ship.

For the CIWS (Close In Weapon System) role, two Kashtan Air Defence Gun/Missile Systems are used.

Features the RPK-8 system, which uses a 12 barrelled RBU-6000 ASW launcher to fire the 212mm 90R anti-submarine missile or RGB-60 depth charges. The firing range is from 600 to 4300 metres, and the depth of engagement is up to 1000 metres. Two twin 533mm DTA-53-11356 fixed torpedo tube launchers are fitted amidships and fire the SET-65E/53-65KE torpedoes. The Purga anti-submarine fire-control system - a product of the Granit Central Scientific Institute - provides control for both the RBU-6000 and DTA-53 launchers.

Combat Data System: The Trebovaniye-M combat information and control platform is a is a fully distributed combat management system produced by the Meridian Research and Production Enterprise JSC. The system is an advanced up-to-date information acquisition/processing and target designation data transmission facility. It controls all platforms of attack and defence weapons, independently generates combat missions based on situation analysis, determines optimal number of missile firings, displays information on the state of ship-borne weaponry and transmits data to protection systems. It is capable of processing information coming simultaneously from 250 sources.

Interconnected via an Ethernet LAN, Trebovaniye-M features eight T-171 full-colour operator workstations (with 18-inch colour flat panel displays) and three central T-162 servers. Individual items of combat system equipment interface to Trebovaniye-M via T-119- and T-190-series bus interface units. Raw radar data is received through a T-181 data reception unit. According to the Meridian Research and Production Enterprise, the hardware is based on ruggedised industry-standard processing boards supplied by Octagon Systems. Applications are coded in C++, running under the QNX real-time operating system.

Helicopter Capacity: One Ka-28 Helix-A ASW helicopter or one Ka-31 Helix-B AEW helicopter. The vessel can also embark the navalised variant of the indigenous HAL Dhruv.

Countermeasures: The Type 1135.6 frigate features the Russian-made TK-25E-5 integrated electronic warfare suite, which comprises of a wideband electronic support measures system that has antenna arrays mounted in the superstructure and a multimode jammer. Four KT-216 decoy launchers, forming part of the PK-10 system, are fitted for soft-kill defence. A total of 120 120mm chaff and infrared decoy rounds are carried on board. A local ESM system featuring the BEL Ajanta system could also be on board.

har baat main kida karna jaruri hai ?
let them enjoy

 

[Major Shaheb]

http://www.defence.pk/forums/bangla...lass-guided-missile-frigates.html#post3001091

 

[Nishan_101]

Instead of getting these they should have placed an order for 3 F-22P class from China/Pakistan. Which will add capability as well as power.

 

[Alphacharlie]

Do not make any false statements like that.

Do you even have any idea regarding the classification of naval vessels? Apparently you do not.

BNS Khalid bin Walid is an advanced guided missile frigate. It is an Ulsan/DW2000H Class vessels manufactured by South Korea.

BNS KBW was commissioned in 2001, for the years to come it remained as the most advanced and capable guided missile frigate top are operated by Western nations. Even now it is superior to many rust-buckets of the Indian Navy it calls destroyers as it is simply more advanced and has superior armaments.

Even the Chinese built Jianghu-III Class frigate of BN is superior to some so-called destroyers of IN.

1. BNS KBW is equipped with the latest Western components, which are far superior to anything developed by the Chinese and Russians.

2. BNS KBW is equipped with European built “Eurotorp” torpedoes which are the best torpedoes in service in the world.

3. BNS KBW is equipped with the Otomat Mk.II Block IV Amti-Ship SSM, which is the latest and most advanced of the Otomat series and is one of the most advanced anti-ship missiles in service. It has a range of 180+km; the vessel does not need to be repositioned to fire at enemy vessels and the missile can be commanded to change targets even after it has been fired.

Too much of Euphoria. Only 3 % fact!!! RIDICULOS POST from a over Zealous Amature....

 

[Zarvan]

BNS Khalid Bin Walid frigate

Built by Daewoo of South Korea, the DW 2000 H is a multi-purpose anti-air, anti-surface, anti-submarine frigate derived from an existing fleet of Ulsan class ships that are in service with the Republic of Korea Navy. The frigate was ordered in 1999 years earlier and completed on schedule at a cost of $100 million. The DW 2000 displaces 2,370 tons and is fitted with a Thales command and control suite comprising a TACTICOS combat system, DA-08 surveillance radar, a Variant surface surveillance radar, a Mirador electro-optical tracking and fire control system and a LIROD Mk2 fire control radar.

Status

In 1994-95, the then government, in principal, decided to purchase a naval frigate for Bangladesh Navy, but it did not mature due to indecision. In the following year (1995-96), a decision was taken. According to schedule, the frigate was to be received on June 18, 2001.

The frigate was first commissioned on June 20 in 2001 as BNS Bangabandhu in Bangladesh Navy.

Later, the ship was decommissioned for various warranty repair works and placed in reserved class-III as DW 2000-H frigate on February 13, 2002.

The ship is being re-commissioned on July 13, 2007 for the active service in Bangladesh Navy as BNS Khalid Bin Walid.

This frigate type is said to the most modern frigate of its class in the region according to the Bangladesh Navy.

IN SERVICE

Name Pennant No Builders Laid Out
Launched
Commissioned

Khalid Bin Walid
F 25
Daewoo Heavy Industries
12/05/1999
29/08/2000
12/07/2007


TECHNICAL SPECIFICATIONS



Origin
South Korea

Type
Guided Missile Frigate

Displacement (Standard)
2,170 tons

Displacement (Fully Loaded)
2,370 tons

Length 103.7 m

Beam 12.5 m

Draught 3.8 m

Main Machinery
CODAD: 4 SEMT-Pielstick 12V PA6V280 STC diesels; 22,501 hp (16.78 MW) sustained; 2 x shafts
Speed 25 kt

Range 4,000 n miles at 18 kt
Complement
186 (16 officers)

Missiles 4 x Otomat Mk. II Block IV

Guns 1 x Otobreda 76 mm/62 Super Rapid; 4 x Otobreda 40 mm/70 (2 twin) compact
Torpedoes
6 x 324 mm B-515 (2 triple) tubes; Whitehead A244S

Depth Charges
2 x BMB 2 projectors, 2 x Racks

Decoys 2 x Super Barricade launchers

ESM Racal Cutlass 242; intercept
ECM Racal Scorpion; jammer
Combat Data Systems
Thales TACTICOS
Weapons Control
Signaal Mirador optronic director

Radar System (Air Search)
Signaal DA08; F-band
Surface Search
Thales Variant; G-band
Fire Control
Signaal Lirod Mk 2; K-band
Navigation 2 KH-1007; I-band
Sonar Systems
STN Atlas ASO 90; hull-mounted; active search; medium frequency

Aircraft 1 x Hanger, 1 x Z-9C/D ASW helicopter

Bangladesh should have 14 to 16 Frigates 20 Missile Boats and 8 Submarines to reply to any sort of aggression and also 400 Fighter Planes