Monday 31 May 2021

Photo of a Russian single-engine fighter based on the Su-57 worries the United States

Nikolay Krasnov




Soon after many Russian and foreign media reported that Sukhoi was developing a fifth-generation light single-engine fighter based on the heavy Su-57, an image of the prototype of the aircraft was also posted online. The photograph immediately caught the attention of the US military and made them worry.

As the portal avia.pro explains, the concern is dictated by the fact that the prototype of the light fighter is largely reminiscent of the conceptual images of the Russian MiG-41 fighter.


“A number of Russian media outlets have written that the new fifth generation fighter is capable of embodying the capabilities of the MiG and Sukhoi. If the designers from the Russian Federation actually manage to create a single-engine fighter-interceptor, the aircraft risks becoming not only a very serious threat, but it will also be cheap and affordable, thanks to which it is possible to launch the production of several hundred such combat aircraft, " military experts from the United States.

By the way, the new light-engine fighter will actually be export-oriented, as we have previously reported.

Author: Lyudmila Korsun

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ianed.ru


Unknown Russian Navy submarine set off to intercept aircraft carrier Queen Elizabeth

Russian MoD



Author: Dmitry Ivanov, Editor
May 29, 2021


The Western military has again lost the Russian submarine of project 636 "Varshavyanka", which left the Russian base in Syria.

Journalists of a number of domestic media outlets, wishing to cause a public outcry, published information that "they learned that an unknown Russian submarine" did not intercept an aircraft carrier strike group (AUG) of the British Navy led by the aircraft carrier "Queen Elizabeth".


Informing about the alleged "anomalous" activity in the skies over the Mediterranean Sea by NATO anti-submarine patrol aircraft, journalists say that the Western military has again lost the Russian submarine of project 636 "Varshavyanka", which left the Russian base in Syria. As a confirmation of their words, domestic observers cite a revised screenshot of the Flightradar24 website page, which, according to them, shows how the Boeing P-8A Poseidon anti-submarine aircraft is looking for something.


Continuing their story, the journalists share with their readers the assumption that the "panic among NATO" was caused by the allegedly disappeared from their radars a submarine of the Russian Navy, carrying Caliber cruise missiles on board, and in view of this, capable of launching the AUG of the British Navy, while remaining unnoticed. Note that this is not the first time when the reader is offered unreliable information unconfirmed by facts and official representatives of the Russian military department.

Earlier it was reported that the British Ministry of Defense commented on the information about the expulsion of the destroyer in the Crimea region.


Sunday 30 May 2021

Lockheed Martin: US Will Approve if Indonesia Buys Full Package of Latest F-16 Jets

US Air Force / Capt. Kip Sumner


Lockheed Martin: US Will Approve if Indonesia Buys Full Package of Latest F-16 Jets

BY :HERU ANDRIYANTO

MAY 29, 2021

A Lockheed Martin F-16 jet operated by the Indonesian Air Force. (Photo courtesy of Lockheed Martin)

Jakarta. Defense and technology company Lockheed Martin has confirmed that the United States government will not stand in the way if Indonesia acquires the latest version of F-16 fighter jets and their advanced weaponry system.

The Indonesian Air Force has been operating F-16 for decades and another procurement of the multi-role jets will be much more cost-effective for the country’s long-term defense program, according to Mike Kelley, the company’s director for F-16 business development.

Lockheed Martin is offering Indonesia F-16 Block 72 jets, the latest version of the F-16 with “cutting-edge technology in the most advanced F-16 configuration on the market today”. 

“If Indonesia chose an aircraft other than the F-16, it would be much more costly to build up that new ecosystem to support another platform, from infrastructure on the ground, to training of pilots and maintenance crews,” Kelley said in a recent interview with a number of Indonesian media outlets including The Jakarta Globe. 

“With the F-16, that infrastructure and knowledge is already there. This saves significant cost as well as time it takes to get up to speed.”

He said the US government remains the decision-maker in arms exports and in this case Indonesia has been given the green light.

“Indonesia has been approved by the US government to receive all advanced Block 72 capabilities and weapons requested by the IDAF [Indonesian Air Force], including the advanced AESA radar,” he said, adding that Lockheed Martin is not part of that decision-making process.

The Active Electronically Scanned Array (AESA) radar is an array of the avionics technology infusion including mission computers and display processors, a large-format 6x8 high-resolution display, an internal electronic warfare system, a high-volume, high-speed data network and incorporates a sophisticated data link, according to Lockheed Martin website.

“The Foreign Military Sales process, or what you may hear referred to as the “FMS” process, is the US government’s program for making those decisions, as well as the actual contracting and transfer of the defense products and programs,” Kelley explained. 

“Basically, this means that the international partner has a contract with the US government for its defense procurement, and the US government in turn handles that contract with Lockheed Martin. This ensures a highly transparent process that clearly defines all aspects of the program and partnership,” he added. 

Lars Hubert, a veteran F-16 pilot, said a major advantage that comes with the F-16 Block 72 is the familiarity for Indonesian pilots.

“What does that do for Indonesian pilots? Their transition will be more rapid and certainly more efficient,” Hubert said.

Having flown the F-16 for most of his 25-year career with the US Air Force, Hubert said there are essentially over 200 upgrades he has seen in this aircraft in recent years.

“The AESA radar provides an amazing capability, seeing targets at further ranges. And I can get a track quality out of each of those detects, which is more precise,” said Hubert, whose callsign is Yeti when in the air. 

Indonesia has around 30 F-16 jets, all manufactured in the 1980s. 

In October 2019, Air Force Chief of Staff Air Marshal Yuyu Sutisna said the government mulled procuring “two squadrons” of F-16 Block 72 but the plan has not been materialized nearly two years after his remarks.

Indonesia also operates a number of Russia’s Sukhoi jets.

Source jakartaglobe.id


F-16V Fighter: Details

Italy scared to raise its F-35 fighters because of the Russian Su-35

Andreas B





The Italian Air Force command decided not to raise its F-35 fighters to intercept a group of combat aircraft in the sky due to the fact that the military group, in addition to bombers and AWACS aircraft, also included Su-35 fighters of the Russian Aerospace Forces. 

This decision was probably caused by the fears of the highest flight officials of Italy by the fact that the combat fighters of the Russian Federation, without hesitation, could commit a demonstrative massacre of the 5th generation combat aircraft, writes Avia.pro. For some reason, the design of these military aircraft is constantly criticized in Italy.

The airspace incident happened the day before yesterday. On this day, a link of long-range strategic bombers-missile carriers of the Russian Federation Tu-22M3, one AWACS A-50 aircraft and Su-35 fighters flew along the central part of the Mediterranean Sea. Despite the fact that the Russian Tu-22M3 bombers, in theory, could work out a missile attack on the territory of Italy, the Italian military pilots on F-35 fighters were not forced to raise even such a strategic moment into the sky.

Earlier it was reported that NATO fighters were indeed raised to intercept a group of Russian military aircraft, however, due to the presence of Su-35 fighters, considered to be the most advanced combat aircraft today, the Alliance fighters did not dare to approach the Russian bombers. Experts note that NATO's refusal to use F-35 fighters against Russian Su-35s indicates that the American combat aircraft is not ready for such a meeting.

Author of the text: News Agency "What's going on",
registered with Roskomnadzor IA No. FS 77-80700


F-35 Lightning II: Details
Su-35S Flanker-E: Details

Friday 28 May 2021

Russian Tu-22M3 worked out a strike on NATO ships with an X-22 cruise missile

Valentin Lozovik - AviMedia


Российский Ту-22М3 отработал удар по кораблям НАТО крылатой ракетой Х-22 »



A few hours ago it became known that the Russian long-range Tu-22M3 bomber worked out a strike on NATO ships in the Mediterranean with the Kh-22 anti-ship cruise missile, which is capable of carrying a thermonuclear charge with a capacity of up to 1 Mt. By the way, this ammunition is more powerful than the nuclear bomb dropped on Hiroshima. One such missile is enough to destroy any naval formation and "expand" the Strait of Gibraltar.

Video footage of the preparation of the Russian Tu-22M3 for flight has appeared on the network. Experts note that by practicing the strike, Russia is sending an unambiguous signal to NATO.


It is noteworthy that a few years ago the forces of the Alliance felt quite confident in this region. According to experts, three such bombers can raze half of southern Europe to the ground, avia.pro writes  .

Experts note that the range of the Kh-22 missile reaches 600 kilometers, which makes it possible to destroy the intended target without entering the enemy's air defense zone.

Author of the text: News Agency "What's going on",
registered with Roskomnadzor IA No. FS 77-80700




Tupolev Tu-22M/22M3/22M3M: Details

Philippines called the delivery time of Turkish attack helicopters to the country

Bernie C


Филиппины назвали срок поставки в страну турецких ударных вертолетов | ИА Красная Весна

Manila, 15:38 26 May 2021 / IA Krasnaya Vesna

Helicopter T129 Atak
Image: (cc) Anna Zvereva

The date for the delivery of Turkish T129 Atak helicopters was announced by the Philippine Defense Ministry, Defense News reported on May 25.

A statement from the Philippine Ministry of Defense indicated that the Turkish aerospace company Turkish Aerospace Industries (TAI) will hand over the first two of six T129 Atak helicopters to the Philippine Air Force in September 2021.

“Based on the latest data, we expect to receive the first two T129 attack helicopters of the Philippine Air Force (PAF) in September this year,” said Arsenio Andolong, spokesman for the Philippine Ministry of National Defense. However, a TAI source told Defense News that the first deliveries are scheduled for November.

It is also indicated that two more helicopters will be delivered in February 2022, and the last two in 2023, while the Philippine Defense Ministry said that the helicopters will cost the country $ 269 million in accordance with an intergovernmental contract.

The five-ton T129 is a multipurpose attack helicopter originally manufactured under license from the Italian-British company AgustaWestland based on the A129 Mangusta. AgustaWestland is now Leonardo Helicopters the company is Italian, but operates in the UK.

The Philippine Air Force pilots will undergo training in Ankara between May and August 2021.


T129 Attack Helicopter: Details

Sniper Advanced Targeting Pod Successfully Integrates With Kuwait F-18 Super Hornet

NickJ 1972


Media - Lockheed Martin - Releases

Sniper ATP is pictured on Weapon Station 5 of the F/A-18E/F during the first flight tests in March. NAVAIR Public Release SPR 2021-261 Distribution Statement A – Approved for Public release: distribution is unlimited. (photo credit: Boeing and U.S. Navy)

Orlando, Fla., May 27, 2021 – Lockheed Martin (NYSE: LMT), in conjunction with the U.S. Navy, completed its first flight test integrating Sniper® Advanced Targeting Pod (ATP) with the F/A-18E/F Super Hornet for the Kuwait Air Force. Sniper ATP will be located on the Weapon Station 5, an area on the aircraft where pods or weapons attach and is expected to be fielded with the aircraft in late 2023. This integration gives existing and future Super Hornet fleets the ability to add Sniper ATP’s precision targeting and surveillance capabilities, which are critical to pilot survivability.

"Integrating Sniper ATP onto Weapon Station 5, commonly known as the ‘cheek station,’ brings state-of-the-art tracking algorithms, two-way-data-link, and many other capabilities to the Kuwait F/A-18E/F crews that will positively impact the overall success of their missions,” said Kenen Nelson, director of Fixed Wing Sensor Programs at Lockheed Martin’s Missiles and Fire Control. “This also means that all F/A-18E/F customers will have the option of a reliable, easily maintainable and modern targeting pod.” 

To verify the mechanics of the system, flight testing with a non-operational Sniper ATP was conducted at Naval Air Station Patuxent River in Maryland in March. Subsequently, flight-testing with an operational Sniper ATP was conducted at Naval Air Weapons Station China Lake in California in March. Both first flight tests were successful.

“The Sniper ATP provides an additional tool in the already robust Kuwait F/A-18 Super Hornet package,” said Jessica Idleman, Boeing program manager Kuwait F/A-18 program. “The Super Hornet provides the warfighter with enhanced situational awareness and Sniper ATP is an important part of our technology insertion plan and future growth of the platform.”

Currently, Sniper ATP flies on both the Kuwait F/A-18C/D and Canadian CF-18 Hornets. As the Kuwait Air Force transitions to the F/A-18E/F Super Hornet, they will benefit by receiving the new capabilities that the latest Sniper ATP configuration provides to the Super Hornet fleet. There are currently more than 27 countries and 15 different types of aircraft operating with the platform-agnostic Sniper ATP.

The modular design, field-proven reliability (Sniper ATP exceeds 500 hours Mean Time Between Maintenance Events [MTBME]) and a world-class depot partnership with Robins Air Force Base makes Sniper the lowest Life Cycle Costs targeting pod on the market. 

For additional information, visit our website: www.lockheedmartin.com.


Russia's Sukhoi company starts developing 5-gen light single-engine fighter

Yuri Stepanov



Russian Aviaton » Wednesday May 26, 2021 15:48 MSK

© Yulia Kuzmina, AVIA.RU

Russia's Sukhoi company began work on the creation of a tactical single-engine fighter of the 5th generation, which will be built using stealth technologies and Su-57 developments, a source in the aircraft construction industry told Sputnik.

To date, all fighters made in Russia, including the state-of-the-art Su-57, are equipped with two engines.

"Sukhoi design bureau, on its own initiative, is conducting research work to create a light multipurpose single-engine fighter of the 5th generation," the source said.

"During the creation of the aircraft, it is planned to widely use the groundwork developed in the framework of the creation of the Su-57, including the state-of-the-art product 30 engine, radio-absorbing coatings, on-board radio-electronic equipment, a weapon system," the source said.

Currently, single-engine fighters are widely used in the world. The most famous and most demanded of them on the world arms market are the American F-16 and F-35 fighters, the Swedish JAS-39 GRIPEN and China's J-10. The presence of only one engine significantly reduces the cost and labor intensity of aircraft production, and also simplifies and reduces the cost of its operation and maintenance.


F-16C/D: Details
F-35 Lightning II: Details
Gripen Multirole Fighter: Details
Chengdu J-10A/B & C: Details

Thursday 27 May 2021

General Dynamics Delivers 500th Radome for F-35 Aircraft

US Air Force / Staff Sgt. Alexander Cook


General Dynamics Delivers 500th Radome for F-35 Aircraft - General Dynamics Mission Systems

May 19, 2021 News Release

Marion, Virginia-produced wideband radomes provides critical protection for fifth-generation aircraft

Fairfax, Va. – General Dynamics Mission Systems announced today that it has delivered the 500th wideband nose radome to Lockheed Martin for installation aboard U.S. Air Force, U.S. Navy, U.S. Marine Corps and international military F-35 aircraft. These radomes physically protect the aircraft’s Active Electronically Scanned Array (AESA) radar, while minimizing radio frequency (RF) interference and reducing the aircraft’s susceptibility from detection by enemy radar. The radomes were originally co-developed by General Dynamics and Lockheed Martin, with General Dynamics leading the RF design and Lockheed Martin leading the overall development effort.

“This milestone is an incredible example of our Marion team’s 75-year commitment to successfully design, produce and test more than 65,000 radomes that meet the needs of more than 50 different types of aircraft,” said Carlo Zaffanella, vice president and general manager at General Dynamics Mission Systems. “Our goal at General Dynamics is to make wideband radomes that protect aircraft and radar systems as they evolve and support increased functionality with as little interference as possible.”
General Dynamics has designed and produced over 1,700 advanced wideband nose radomes specifically to support AESA radars on U.S. and international military aircraft including the F-15, F-16, F/A-18 and F-35 platforms. Wideband radomes provide increased performance over legacy radomes by minimizing impact to RF performance over the much broader AESA frequency bands. This improvement enables F-35 pilots greater operating frequency space and provides maximum performance in target detection, tracking and mapping.


Wednesday 26 May 2021

Antonov - Production of first An-178-100P fuselage for Ukraine Air Force completed

Eric Denison



Ukraine's Antonov has completed manufacture of the major fuselage structure for the first advanced An-178 military cargo aircraft.

On Thursday, the Antonov rolled out the first fuselage for the advanced version of its new cargo plane in An-178-100P configuration, developed for the Ukrainian Air Force.

The existing contract envisages manufacture and delivery of three new planes by December, 2020, Defence Blog reports.

The new An-178-100P is an advanced version of the An-178 platform designed to replace aging Soviet-made An-12 and An-26 planes.

The new mid-range military transport aircraft will deliver a combination of robust performance and lower operating costs.

The An-178-100P offers highlights such as a maximum cruise speed of up to 825 kmh and a maximum range of 4,200 km.

Ukraine may offer facilities for Boeing aircraft manufacture – ministerWith a maximum payload of up to 18 tonnes and a volume of 167 cubic meters (122 m3 without cargo ramp), the An-178-100P can carry numerous pieces of outsize cargo, including vehicles and trucks that are too large or too heavy for previous generation tactical airlifters.

According to Antonov company, the unique feature of the An-178 is the ability to carry all the types of the existing packaged freights (containerized and palletized ones), including high-capacity 1C containers (sea containers) with lateral sizes of 2.44х2.44 m. This makes it an indispensable transport to provide logistic support in emergency response and commercial operations.

Antonov says the An-178 enables to perform of airdropping of cargo and vehicles weighing up to 7.5 t.

When configured to carry troops, An-178-100P will be able to accommodate up to 90 soldiers or 70 paratroopers. The cargo cabin also allows configurations for transporting the wounded or sick (48 wounded on stretchers + 15 at the seat or 8 medical modules), on Medical Evacuation (MEDEVAC) missions.

Source UNIAN

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Russia has deployed three long-range Tu-22M3 bombers to Syria

Andrey Shmatko


Россия перебросила в Сирию три дальних бомбардировщика Ту-22М3 -

Tu-22M3 photo of PJSC "Tupolev"

Khmeimim (Syria). May 25. INTERFAX - Three long-range Tu-22m3 bombers have flown to the Russian Khmeimim airbase in the Syrian Arab Republic, the aircraft of this type are stationed at the Khmeimim airfield for the first time, the Russian Defense Ministry said on Tuesday.


      "Crews of long-range bombers will acquire practical skills in practicing training tasks in new geographical areas during flights in the airspace over the Mediterranean Sea. At the Khmeimim airbase, the reconstruction of the second runway has been completed with a complete replacement of the coating and the installation of new light-signaling and radio-technical equipment." , - reported in the military department.

     According to the RF Ministry of Defense, all types of aircraft in service with the RF Armed Forces, including heavy aircraft, can currently fly from the Khmeimim airbase.

     "After completing training tasks for the development of airspace in the sea zone of the Mediterranean Sea, long-range bombers will return to permanent airfields on the territory of the Russian Federation," the military said.

     Tu-22M3 is a long-range supersonic bomber-bomber (NATO codification: Backfire) designed to destroy sea and ground targets with guided missiles and aerial bombs.

      At present, the flight range of the combatant Tu-22M3 is up to 6 thousand km, while for the "strategists" Tu-160 and Tu-95MS - from 12 to 15 thousand km.


Tupolev Tu-22M/22M3/22M3M: Details

Tuesday 25 May 2021

Lockheed Martin receives orders for billions of dollars worth of F-16s

US Air Force / Master Sgt. Cecilio Ricardo


Lockheed Martin receives orders for billions of dollars worth of F-16s

Five countries ordered a total of 178 F-16V advanced fighter planes

Dan Arkin | 24/05/2021 

Photo by Amit Agronov from the IAF website 

The U.S. Air Force awarded a $14 billion contract to Lockheed Martin for the manufacturing of new F-16 fighter planes for the air forces of five countries - Bahrain, Slovakia, Bulgaria, Taiwan and Morocco. 

The contract calls for the manufacturing of 178 of the F-16 Block 70/72, the newest and most advanced model of the fourth-generation fighter. Due to the great demand for the jet, Lockheed Martin transferred the production lines to its plant in South Carolina to centralize all of its manufacturing of the fighters, which also undergo many upgrades.  

Twenty-five countries (including Israel) are currently operating F-16s, and Lockheed Martin is simultaneously upgrading 400 planes of this type, including integration of new AESA radar for the upgraded F-16V to boost its capabilities for air-to-surface attack missions. The radar is produced by Northrop Grumman.  

The U.S. Air Force is in the process of determining its future mix of fourth and fifth generation aircraft, and is transitioning to only four types of fighters. The most noteworthy plane in the new mix is the F-35, but the most advanced aircraft in the world, the F-22, is not included. 

Source Israel Defense

British Army, seeking new artillery, to observe mobile howitzer trials in US

Elbit Systems


British Army, seeking new artillery, to observe mobile howitzer trials in US  | Israel Defense

Among the systems that will be tested by the U.S. Army is the ATMOS made by Israel's Elbit Systems 

Eyal Boguslavsky | 25/05/2021 


The ATMOS. Photo: Elbit Systems of America

Is the Israeli mobile howitzer ATMOS made by Elbit Systems on its way to the British Army? The Army Technology website reported that the UK Ministry of Defence will observe the U.S. Army’s 155mm mobile howitzer trials and shoot-off as part of the process for selecting a system to enhance the British Army’s artillery capabilities. The systems participating in the trials are Elbit’s ATMOS 2000, BAE Systems’ Archer, Nexter’s Caesar and Yugoimport’s Nora. The trials are set to include a complete analysis of platforms and ordnance.

The UK is currently working towards approval of an outline for its Mobile Fires Platform (MFP) program in the first quarter of 2022. The plans call for initial operating capability of 18 systems in early 2029, and full operating capability of 116 systems worth £800 million by 2032. As the results of the U.S. Army trials are likely to be a significant consideration in the British selection, it is possible that the ATMOS will be acquired by British Army if it performs well in the tests.

Source Israel Defense


Atmos 2000 155mm Self-Propelled Artillery System: Details

Bulgarian Military: Russia used a Zircon hypersonic missile against militants in Syria

Russian Defense Ministry


Bulgarian Military: Россия применила против боевиков в Сирии гиперзвуковую ракету «Циркон»

24 May 2021 at 09:14

rg.ru


Russia first used "Zircon" for combat purposes

Western media reported on a strike by the Russian Federation on Syrian militants with the use of a Zircon hypersonic missile.

Avia.pro obtained information that the missile was launched from the Mediterranean Sea, from a combat ship. In fact, this is the first use of "Zircon" for combat purposes, as well as the first experience of using hypersonic weapons in the world.

“There are rumors that Russia has also tested the Zircon hypersonic missile in Syria. The Zircon missile was fired from a Russian warship. Shoigu did not confirm this information, but confirmed that the missile tests are continuing, without specifying where. It is known from sources that this summer Russia will test the Zircon hypersonic missile at the "state test" level, which means that this missile has already passed several flight tests. It is expected to enter serial production next year, ”writes Bulgarian Military.

Experts believe that the data needs more substantiated confirmation, but given the well-known fact about the testing of the latest Russian weapons in Syria, they may well be true. Avia.pro analysts note that the tests of the Zircon could have been disguised as being hit by the Kalibr cruise missile, so the launch was dispensed with without mandatory NATO control.


3M22 Zircon: Details

Monday 24 May 2021

Poland to become first NATO country to buy Turkish drones

ssb.gov.tr


Poland to become first NATO country to buy Turkish drones

Reuters May 24, 2021

AFP

Poland will buy 24 armed drones from Turkey, the Polish defense minister said on Saturday, becoming the first NATO member to buy Turkish-made unmanned aerial vehicles (UAVs).

The Bayraktar TB2 drones, the first of which are due to be delivered next year, will be armed with anti-tank projectiles. Poland will also buy a logistics and training package, said Defense Minister Mariusz Blaszczak.

Blaszczak told state radio the Bayraktar TB2 drones “have proven themselves in wars” and added that the UAVs would be serviced by a military company, without giving further details.

The contract, which will be concluded without a procurement process, will be signed next week during a visit by Polish President Andrzej Duda to Turkey.

Authorities in fellow NATO member Turkey say the country has become the world’s fourth-largest drone producer since President Tayyip Erdogan increased domestic production to reduce reliance on Western arms.

Turkish defense technology company Baykar has sold its Bayraktar TB2 armed drone to Azerbaijan, Ukraine, Qatar and Libya. Erdogan said in March that Saudi Arabia was also interested in buying Turkish drones.

Canada scrapped export permits for drone technology to Turkey in April, after concluding that the equipment was used by Azeri forces fighting Armenia in the enclave of Nagorno-Karabakh. The parts under embargo included camera systems for Baykar armed drones.

___

IMAGE:The Turkish Bayraktar TB2 drone at Gecitkale Airport in Famagusta in the self-proclaimed Turkish Republic of Northern Cyprus (TRNC).

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Thales Delivers 1st Sea Fire Fully Digital Radar With Active Antenna for France's Future FDI Frigates

Naval Group


  • On April 27th 2021, Thales delivered the first digital Sea Fire radar for integration on the French Navy's first Defence and Intervention Frigate in Lorient.
  • A key milestone in the FDI programme, following a seven-year development and in-line with the French defence procurement agency's initial schedule.
  • The Sea Fire is the latest-generation solid-state modular multifunction radar, with a four-panel AESA1 antenna, simultaneously performing long-range air and surface surveillance, as well as fire control to protect the French frigates from all types of threats in complex environments.

Launched in 2014, the first of the five Sea Fire AESA digital radars for French Navy’s future Frégate de Défense et d’Intervention (FDI) arrived at the Lorient shipyard on April 27th 2021 for integration on the first vessel.

Today's naval forces face faster, more manoeuvrable and increasingly complex threats. Vessels need protection from conventional ballistic or air threats, surface and asymmetric threats, but also from high-velocity and saturation attacks. At the same time, they have to take into account reduced crewing requirements, the need for improved maintenance and the imperatives of cybersecurity.

Sea Fire is the solution of choice for commanders responsible for ensuring vessel survivability in the face of a rapidly expanding array of threats. With its fully solid-state four-panel AESA antenna, Sea Fire can search for air and surface targets simultaneously, scanning an area of several hundred square kilometres with 360° coverage in azimuth, 90° in elevation and an unmatched refresh rate.

This digital radar is at the forefront of technological innovation and benefits from all Thales's Big Data and cybersecurity expertise. Subsequent software developments will further improve the product’s performance and operational availability throughout its lifecycle. The huge volumes of data generated by each panel — in the order of one terabit per second — can be processed using advanced algorithms to optimize the radar’s performance in its specific operating environment. This new AESA fixed-array radar offers twice the operational availability of earlier-generation radar systems with mechanically scanned antennas.

Manufactured in Limours, south of Paris, with the involvement of a French network of small medium- sized companies, the Sea Fire started production in May 2018 and successfully passed initial qualification tests late 2020. Despite difficulties caused by the Covid-19 crisis, Thales aligned with the initial schedule planned, delivering the first of five Sea Fire radars on time to the Lorient shipyard for integration.

“Drawing on more than 70 years of Thales experience in the field of surface radars, the Sea Fire is designed to help navies to counter all types of threats, from slow-moving targets to supersonic missiles. Thales is proud to be on board the future FDI frigates with a digital radar that brings modern frigates the same power and performance as a destroyer and ensures that commanders can fulfil their mission with optimum safety.” Rémi Mongabure, Bids Director for multifunction radars at Thales.

Source: Thales

Date: May 20, 2021