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Naval Group launches first digital frigate for French Navy

Vergennes

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The cutting of the first sheet of the defense and intervention frigate (FDI) took place on the Naval Group site in Lorient. The ceremony was attended by the Minister of the Armed Forces, Florence Parly, the General Delegate for Armament, Joel Barre, the Chief of Staff of the Navy, Admiral Prazuck, his Greek counterpart, Vice Admiral Nikolaos Tsounis, numerous foreign delegations, and Naval Group Chairman and CEO Hervé Guillou.

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The new FDI digital frigate of Naval Group (Picture source: Naval Group)

FDI (Frégate de defense et d’intervention/ Defence and intervention frigate, the first digital native frigate, will benefit from an unparalleled level of digitalization thanks to a new IT architecture including two data centers, allowing for a very large capacity for data storage and analysis. She will also offer a new generation of equipment in terms of combat system, with increased capabilities such as Thales Sea Fire, the new generation four-panel fixed radar, MBDA's Aster missiles for air defense, a complete sonar suite with hull sonar and towed sonar from Thales for anti-submarine warfare.

The FDI frigate has a displacement of 4500 tons, a length of 121 meters and a width of 17.7 meters. Its maximum speed is 27 knots and it has an autonomy of 45 days with operational availability of 3500 hours per year. The frigate can accommodate 125 men and women + 28 passengers and will be able to carry at the same time a helicopter (capacity of 10 t, the actual helicopter will weigh 5t) and an Unmanned aerial vehicle (UAV), developed as part of the SDAM program with Airbus Helicopters.

New generation warships are embedding more and more computer and software-based components, not only in the Combat Systems but also in Platform Systems and equipment (Navigation System, Ship Management System). This may constitute vulnerability towards cyber-attacks, all the more so as the development of networks and computerized communication devices have provided new possibilities of intrusions from the outside.

A new bridge will allow the crew to detect any object in the close vicinity around the ship and to safely drive the ship in all situations, whether they are common (navigational, maneuvering) or threatening (asymmetric threats), by night and day. This reinforced combat system against asymmetric threats is placed in a room dedicated to threat assessment, enabling a 360° watch of the environment close to the ship and centralization of necessary actions.

FDI digital systems are natively protected. Indeed, cybersecurity on FDI is "By Design". They provide protection and defense adapted to any cyber threat the ship may be exposed to. The Cybersecurity Management System (CyMS) supervisory console has particularly intuitive man-machine interfaces. This user-friendly system offers to the operator a centralized real-time view of information on the cyber state of the platform, by gathering information from the equipment and analyzing it in detail with regard to the ship's operating modes, enabling the detection of an attack on the vessel. The software provides feedback to the operator in case of an incident. Once the corrective decision has been taken by the operator, the system makes it possible to automate and monitor the commanded actions.

The design and production of the FDI are an extension of the FREMM program and benefits from operational feedback from the French Navy, one of the most active navies on all theatres of operations around the world. FREMM and FDI have are protected against all conventional surface and underwater threats. They can join an international force, deploy a command center in theatres of operation, and project Special Forces. Finally, these two families of frigates operate the Setis combat management system.

Belharra is the first combat ship to meet the challenges of digital technologies. A combat vessel is equipped with various systems that make extensive use of digital technologies, such as CMS, IPMS, IBNS, PMS or Communication system.

This first ship of a series of five will be delivered in 2023.

https://www.navyrecognition.com/ind...es-first-digital-frigate-for-french-navy.html
 
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Belharra is the first combat ship to meet the challenges of digital technologies. A combat vessel is equipped with various systems that make extensive use of digital technologies, such as CMS, IPMS, IBNS, PMS or Communication system.

This first ship of a series of five will be delivered in 2023.
look like the most modern ship ....
 
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look like the most modern ship ....
Similar to British Type-26 Global combat ship sir
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The Global Combat Ship started development under the original Future Surface Combatant (FSC) program intended to replace the Royal Navy's Type 22 and Type 23 frigates, with the first set to enter service in the 2020s and the last remaining in service beyond the middle of the century.

The Global Combat Ship will be a highly capable and versatile multi-mission warship designed to support anti-submarine warfare, air defense and general-purpose operations anywhere on the world’s oceans.

With the design and development underpinned by a battle-proven pedigree of Royal Navy warships, the Global Combat Ship will be capable of undertaking a wide range of roles from high-intensity conflict to humanitarian assistance. It will be capable of operating independently or as a key asset within a task group.

On 2 July 2017, BAE Systems announced that the UK Ministry of Defence (MoD) had signed off on a £3.7b contract for the build of the first three Type 26 Global Combat Ships. The contract was a long time coming. What had initially begun in the late 1990s as the Future Surface Combatant program to replace the Royal Navy’s aging Type 23 vessels had been through various iterations before the design contract was placed with BAE Systems in 2010.

The first steel for the first three of eight Royal Navy ships was cut on 20 July 2017. BAE Systems announced the award of Type 26's first seven equipment manufacturing contracts in July 2015, these worth in excess of £170 million. Contracts were awarded to Babcock International for the ship’s air weapons handling system; David Brown Gear Systems Ltd for the propulsion gearbox and the test facility; GE Power Conversion for the electric propulsion motor and drive system and testing facility; Raytheon Anschütz for the integrated navigation and bridge system including customer-specific design and development, a land-based integration facility, and a wide range of services; Rolls Royce Power Engineering for the gas turbine; Rohde & Schwarz UK Ltd for the communications systems; WR Davis of Canada for the uptakes and downtakes of the ship's funnel and exhaust system.

The Type 26 will have a very powerful armament including BAE’s 5″/54 caliber Mark 45 main gun, two Phalanx CIWS (close-in weapons system), two 30mm DS30M Mark 2’s and the standard complement of miniguns and general-purpose machine guns. The Type 26 will have Sea Ceptor silo’s on the bow and at the funnel of the vessel. Additionally, it will carry MK 41 Vertical Launch System positioned behind the Sea Ceptor silo’s which are capable of firing missiles such as the Tomahawk land-attack cruise missile, anti-submarine rockets, a future anti-ship missile, or quad packed Sea Ceptor missiles.

According to the latest technical information published on Internet, the Type 26 will have a length of 149 m, reach a maximùum speed of 26 knots. It is expected to have 60 days endurance and have a range of 7,000 miles at 15 knots. It will have a crew of 118 sailors with room for a total of 208.
 
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The 5 ships of the class will be named after French navy Admirals ;

Amiral Ronarc'h
Amiral Louzeau
Amiral Castex
Amiral Nomy
Amiral Cabanier

It's final armament is yet to be decided but there could be three Sylver A50 for 24 Aster 15/30 missiles and a Sylver A70 VLS for 8 cruise missiles.
 
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The 5 ships of the class will be named after French navy Admirals ;

Amiral Ronarc'h
Amiral Louzeau
Amiral Castex
Amiral Nomy
Amiral Cabanier

It's final armament is yet to be decided but there could be three Sylver A50 for 24 Aster 15/30 missiles and a Sylver A70 VLS for 8 cruise missiles.
Any ideea why France doesn't adopt the CAMM missile instead of the Aster 15 so it can increase the payload aboard its ships ? You can have 24 CAMM and 18 Aster30 instead of 12Aster 15+12Aster30...just as an example
 
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Any ideea why France doesn't adopt the CAMM missile instead of the Aster 15 so it can increase the payload aboard its ships ? You can have 24 CAMM and 18 Aster30 instead of 12Aster 15+12Aster30...just as an example

Interesting question I sadly don't have the answer.

If I am not wrong,the Italian navy was thinking (nothing concrete) about replacing its Aster 15 missiles with the CAMM,maybe there could be chances the French navy would also consider it.
 
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Interesting question I sadly don't have the answer.

If I am not wrong,the Italian navy was thinking (nothing concrete) about replacing its Aster 15 missiles with the CAMM,maybe there could be chances the French navy would also consider it.
Yes, I think the Italians are considering the CAMM ER,which has a longer range than the CAMM but a sylver vls can only take 2 missiles of the ER variant not 4 like the CAMM.I think the Italians ran into financing difficulties regarding the project....
 
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