INS Anvesh vs Italian frigate Carabiniere (F 593)

FORCETALLY

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AWarships

INS Anvesh

Missile range instrumentation vessel and Floating Test Range (FTR)

BWarships

Italian frigate Carabiniere (F 593)

Credit

Bahnfrend · CC BY-SA 4.0 · Resized · CC BY-SA 4.0 · Source ↗ · Modified

First system

Second system

At a glance

Side by side

Length comparisonOne shared metre scale

INS AnveshLength

118.4 m

Length source ↗

Italian frigate Carabiniere (F 593)Length

144.6 m

Length source ↗

Lengths retain their source configuration and measurement scope.

INS Anveshlarger figure on 1 of 4

Beam+2%

Italian frigate Carabiniere (F 593)larger figure on 3 of 4

Length+22%
Draught+23%
Complement+22%

Counts only measures both sources give with the same scope. A larger figure is not a better system.

Measured figures

Head to head

15 of 31 rows sourced on both sides

118m

145m

Length+22%

All recorded figures & sources

118.4 m

Length

Single source

118.4 m

length of

Single source

Configuration

Details

INS Anvesh and Italian frigate Carabiniere (F 593) configuration
Specification	INS Anvesh	Italian frigate Carabiniere (F 593)
Mass	weight of approximately 3,900 tons^[source]INS Anvesh · Design · It has a length of 118.4 m, 20 m width and 7.1 m draft and having a steel weight of approximately 3,900 tons.	—
Power	3 x 4320 ekW (Main Gen Set) 1 x 1350 ekW (Aux Gen Set)^[source] Integrated Electric Propulsion 2 × 5,000 kW (6,705 hp) prop motor 2 x 4,200 mm (165 in) CPP-Contra-Rotaing Pod Propeller 1 × 1,000 kW (1,341 hp) Forward Tunnel Thruster^[source]	CODLAG 1 × 32 MW gas turbine General Electric/Avio LM2500+G4 2 × 2.5 MW electric motors Jeumont Electric 4 × diesel generators VL 1716 (T2ME series by 2,15 MW everyone, on first two frigate; HPCR series by 2,8 MW everyone, since the third frigate) 2 × shafts , driving controllable pitch propellers 1 × 1 MW bow thruster^[source]
Name	Anvesh^[source]	Carabiniere

Operator	Indian Navy Defence Research and Development Organisation^[source]	—

Builder	Cochin Shipyard Limited^[source]	Fincantieri , Riva Trigoso and Muggiano^[source]

Cost	₹425 crore^[source]	—

Laid down	27 January 2016^[source]	6 April 2011^[source]

Commissioned	11 March 2022^[source]	28 April 2015^[source]

Identification	Pennant number : A41^[source]	MMSI number : 247321700 Callsign : Pennant number : F 593^[source]

Status	Active^[source]	Active^[source]

Type	Missile range instrumentation vessel and Floating Test Range (FTR)^[source]	—

Depth	10.40 m (34 ft 1 in)^[source]	—

Endurance	45 days^[source]	—

Sensors & processing systems	LRDE Long-Range Multi Function Radar^[source]	Leonardo Kronos Grand Naval (MFRA) Active electronically scanned array radar CAPTAS-4 towed-array sonar UMS 4110 CL hull-mounted sonar^[source]

Armament	4 x Ship Launch Systems for BMD test missiles^[source]	16-cell MBDA SYLVER A50 VLS for 16 MBDA Aster 15 and 30 missiles 2 × Leonardo OTO Melara 76/62 mm Davide/Strales CIWS guns 2 × Leonardo Oto Melara / Oerlikon KBA 25/80 mm remote weapon systems 4 × MBDA Teseo Mk-2/A anti-ship and land attack missiles 4 × MBDA MILAS anti-submarine missiles 2 x triple Leonardo (WASS) B-515/3 launcher for MU 90 torpedoes 2 x SITEP MASS CS-424 acoustic guns^[source]

Source measurement	The ship was conceived to serve as a sea-based platform for India's ballistic missile defence program and consists of 4 Ship Launch System (SLS) VLS for the same purpose. The Phase II of the BMD envisages intercepting and destroying enemy missile up to range of 5,000 kilometers by kinetic force with the FTR allowing live testing of the interdictor missiles and not computer simulations.^[source]INS Anvesh · Lead; only the objects and conditions stated in this passage INS Anvesh was designed by Vik-Sandvik Design India Pvt Ltd ("VSDI"). It has a length of 118.4 m, 20 m width and 7.1 m draft and having a steel weight of approximately 3,900 tons.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage The ship incorporates LRDE Long-Range Multi Function Radar (LRMFR) which will be used by Indian naval ships in future as Fire control radars for Ballistic Missile Defence. The 6 metre Active Antenna Array Unit (AAAU) for the radar was built by Astra Microwave Products Ltd. the first of which would be delivered in latter half of 2023. The LRMFR is an S-band radar system which is intended to replace the EL/M-2248 MF-STAR radar used by the Indian Navy as the primary naval radar of the next generation of naval ships. The functions of LRMFR includes acting as Fire Control Radar (FCR) for surface-to-air missile systems onboard ships and to track ballistic missiles .^[source]INS Anvesh · Design; only the objects and conditions stated in this passage The vessel equipped with electro-optical missile tracking, S-band radar tracking, telemetry devices apart from a launch pad, control and mission control center, for testing its Phase II of Ballistic Missile Defence (BMD) interceptor missiles. The Phase II of the BMD envisages intercepting and destroying enemy missile up to range of 5,000 kilometers by kinetic force with the FTR allowing live testing of the interdictor missiles and not computer simulations.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage The missile launch system consists of 4 Ship Launching Systems (SLS) in the aft section which rests at 0° when not in used but the alignment is changed to 90° during test launches. The SLS was developed by Electropneumatics & Hydraulics Pvt Ltd. The ship has other specialised systems like damping tanks, missile integration and checkout bay, data processing room and mission control center. It is also equipped with a 15 ton crane and A-frame for cargo handling in the aft section.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage It is also designed to test radars, sonars, telemetry equipment and propulsion. The configuration of the installed power generation is Integrated Full Electric Propulsion (IFEP). The output is 14 MW which is produced by diesel generators powering steerable contra-rotating propulsion thrusters.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage	—

Source measurement

The ship was conceived to serve as a sea-based platform for India's ballistic missile defence program and consists of 4 Ship Launch System (SLS) VLS for the same purpose. The Phase II of the BMD envisages intercepting and destroying enemy missile up to range of 5,000 kilometers by kinetic force with the FTR allowing live testing of the interdictor missiles and not computer simulations.^[source]INS Anvesh · Lead; only the objects and conditions stated in this passage

INS Anvesh was designed by Vik-Sandvik Design India Pvt Ltd ("VSDI"). It has a length of 118.4 m, 20 m width and 7.1 m draft and having a steel weight of approximately 3,900 tons.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage

The ship incorporates LRDE Long-Range Multi Function Radar (LRMFR) which will be used by Indian naval ships in future as Fire control radars for Ballistic Missile Defence. The 6 metre Active Antenna Array Unit (AAAU) for the radar was built by Astra Microwave Products Ltd. the first of which would be delivered in latter half of 2023. The LRMFR is an S-band radar system which is intended to replace the EL/M-2248 MF-STAR radar used by the Indian Navy as the primary naval radar of the next generation of naval ships. The functions of LRMFR includes acting as Fire Control Radar (FCR) for surface-to-air missile systems onboard ships and to track ballistic missiles .^[source]INS Anvesh · Design; only the objects and conditions stated in this passage

The vessel equipped with electro-optical missile tracking, S-band radar tracking, telemetry devices apart from a launch pad, control and mission control center, for testing its Phase II of Ballistic Missile Defence (BMD) interceptor missiles. The Phase II of the BMD envisages intercepting and destroying enemy missile up to range of 5,000 kilometers by kinetic force with the FTR allowing live testing of the interdictor missiles and not computer simulations.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage

The missile launch system consists of 4 Ship Launching Systems (SLS) in the aft section which rests at 0° when not in used but the alignment is changed to 90° during test launches. The SLS was developed by Electropneumatics & Hydraulics Pvt Ltd. The ship has other specialised systems like damping tanks, missile integration and checkout bay, data processing room and mission control center. It is also equipped with a 15 ton crane and A-frame for cargo handling in the aft section.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage

It is also designed to test radars, sonars, telemetry equipment and propulsion. The configuration of the installed power generation is Integrated Full Electric Propulsion (IFEP). The output is 14 MW which is produced by diesel generators powering steerable contra-rotating propulsion thrusters.^[source]INS Anvesh · Design; only the objects and conditions stated in this passage

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