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18 juin 2014 3 18 /06 /juin /2014 08:58
Photo Nexter

Photo Nexter

 

Villepinte, EUROSATORY, le 18 juin 2014 - Nexter Group

 

Les groupes NEXTER et AVIBRAS ont annoncé lors du salon EUROSATORY la signature d'un accord de coopération pour le développement d'une artillerie de 155 CAESAR® pour l'Armée Brésilienne, basée sur une solution de mobilité, un soutien logistique et un système de commandement partagés avec l'ASTROS brésilien.

 

C'est pour NEXTER l'opportunité de consolider sa position en Amérique du Sud et pour AVIBRAS de présenter au Brésil un nouveau produit dans le domaine de l'Artillerie.

 

L'accord a été signé en présence de Son Excellence l'Ambassadeur du Brésil en France, le Secrétaire d'Etat brésilien à la Défense, ainsi que de hautes autorités de l'armée de Terre brésilienne.

 

 

A propos de Nexter Systems

Nexter, grâce à sa maîtrise des systèmes blindés de combat terrestre, a pour vocation de répondre aux besoins des armées de Terre française et étrangères. Son domaine d'activité s'étend à la fourniture de systèmes et de munitions pour les armées de l'Air et de Terre, et la Marine. Le chiffre d'affaires de Nexter s'est établi pour 2013 à 787 M€ et l'entreprise alloue 18% de son chiffre d'affaires aux activités de Recherche & Développement. La gamme de produits proposés par Nexter est notamment composée de véhicules multi-missions ARAVIS®, véhicules de combat VBCI, systèmes d'artillerie CAESAR®, TRAJAN® et 105 LG, munitions intelligentes BONUS, services clients, soutien et revalorisation.

Pour plus d'informations: www.nexter-group.fr

 

 

A propos d'AVIBRAS

Avibras Indústria Aeroespacial S.A. (AVIBRAS) mondialement reconnue pour l'excellence et la qualité de ses produits et systèmes, a été fondée en 1961 et est une société privée brésilienne. S'appuyant sur d'importantes infrastructures industrielles installées au cœur du parc technologique brésilien, AVIBRAS est un véritable systémier. La société comprend un réseau de centres de développement, d'infrastructures industrielles et de compétences en électronique, télécommunication, transport, recherche spatiale, et systèmes de défense. Son produit le plus connu est l'artillerie de saturation à roquettes ASTROS, un système éprouvé au combat.

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16 mai 2014 5 16 /05 /mai /2014 11:55
FFDj : Les lieutenants de l’artillerie à l’ « école du désert »

 

15/05/2014 Sources : EMA

 

Du 15 avril au 3 mai 2014, les forces françaises stationnées à Djibouti (FFDj) ont accueilli les élèves-officiers de l’école d’Artillerie de Draguignan, dans le cadre de la formation « école du désert ».

 

L’objectif de cette formation était de mettre en situation de commandement les 40 lieutenants insérés dans des sections armées par le 5e régiment interarmes d’outre-mer (5e RIAOM), et de les plonger au cœur d’un dispositif interarmes, interarmées et interalliés, dans un environnement aux conditions climatiques extrêmes, proches des théâtres maliens ou encore tchadien.

 

Après une première phase de « mise en conditions », au centre d’entraînement au combat et d’aguerrissement au désert (CECAD), les lieutenants se sont essayés aux pistes d’audace et nautiques, ainsi qu’aux instructions à la survie en milieu désertique. La formation s’est poursuivie par un parcours de tirs interarmes. Les élèves ont réalisé de nombreux tirs d’artillerie en réel (canon de 155 TRF1, mortiers de 120 mm, pièces de mistral et milan), aux côtés des sections d’infanterie, des pelotons blindés AMX10 RC et du TC2.

 

Avec la contribution des hélicoptères des FFDj, les sections ont exécuté des « RAID ART » (Raid Artillerie). Les « RAID ART » sont des opérations aéromobiles visant à mettre en place des mortiers et des munitions pour effectuer, en zone d’insécurité, des tirs hors de portée de l’artillerie classique. Les stagiaires se sont également entraînés au guidage aérien, grâce à la participation des avions de chasse français et américains. La formation s’est achevée par un exercice de synthèse de quatre jours dans la région d’Ali Sabieh, à environ 10 km de la frontière éthiopienne.

 

Aux côtés des lieutenants, près de 400 militaires, dont 220 marines de la 22e marine expeditionary unit (MEU) américaine ont contribué jour et nuit à ces exercices, avec près de 120 véhicules mobilisés, plusieurs dizaines d’actions de tirs réel, et une trentaine d’actions 3D.

La formation de trois semaines s’est clôturée par une prise d’armes, présidée par le général de brigade aérienne Joël Rode, commandant les FFDj, avec la remise des brevets « école du désert » à ceux qui avaient réussi toutes les épreuves.

 

Les forces françaises stationnées à Djibouti (FFDj) constituent depuis 2011 la base opérationnelle avancée française sur la côte Est de l’Afrique. Les FFDj participent au dispositif militaire français prépositionné, permettant de disposer d’un réservoir de forces pouvant être projetées rapidement en cas de crise. Dans le cadre des accords de partenariat de défense entre la République de Djibouti et la France, les FFDj constituent l’un des cinq pôles de coopération de la France en Afrique. Les FFDj bénéficient enfin d'une capacité d’entraînement permanente, avec le centre d’entraînement au combat et d’aguerrissement de Djibouti (CECAD). Régulièrement, le CECAD accueille des unités permanentes ou en mission de courte durée des FFDj, les unités ou écoles de métropole, ainsi que les forces armées djiboutiennes et étrangères.

 

Reportage photos

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7 mai 2014 3 07 /05 /mai /2014 07:45
A hundred and 10 not out for the Transvaal Horse Artillery

 

29 April 2014 defenceWeb

 

This year marks the 110th anniversary of the Transvaal Horse Artillery, one of the stalwart units of the SA Army Reserve.

 

“The long and hard fought war in South Africa, which culminated in the Treaty of Vereeniging, signed on 31 May 1902 and the withdrawal of the bulk of British forces from the country led eventually to the establishment of volunteer corps in the new Crown Colony of the Transvaal.

 

“One of these units was the battery of artillery known as the Lys Volunteer Corps, named after its founder, Major G Lys. Established in March 1904, the first volunteers were enrolled on 30 March1904. Six months later the name of the battery was changed and became The Transvaal Horse Artillery Volunteers. In January 1907 it was renamed The Transvaal Horse Artillery (THA),” according to Defence Reserves.

 

“A second battery was raised in 1905 and a section was later formed in Pretoria but only one battery was accepted into the then active Citizen Force when it was established in July 1913.

 

“At the outbreak of war in August 1914, the THA volunteered to serve and were enlisted for active duty as the THA Battery (SAMR) and in this guise one section of the battery fought its first war-time action at Sandfontein, in German South West Africa (GSWA), in September 1914. Unfortunately the small force which included two guns had been led into a trap and was forced to surrender.

 

“Reformed as a four-gun battery, the THA returned to GSWA by way of Walvis Bay in late February 1915 and joined Colonel Coen Brits’ mobile column. The gunners distinguished themselves at Riet, completely outshooting the six German guns in the foothills of the Langer Heinrich.

 

“Alongside the 1st Mounted Brigade, THA took part in the remarkable desert march of 376 miles in 21 days from Usakos to Namutoni which outflanked the German defences and brought about their eventual surrender. The last 200 miles were covered in ten days and from Lemputz the battery had moved 52 miles in 52 hours, without water.

 

“There was little training in the years after the war due to the economic situation but the battery was mobilised when martial law was declared in March 1922 as a result of an armed strike by miners. The 1930s saw an increase in the establishment of THA to a brigade of three batteries. Mobilised for war in 1939 the THA Brigade moved to Potchefstroom at the end of October where, on 1 February 1940, it became 3rd Field Brigade (THA).

 

“The brigade left Potchefstroom for East Africa in September 1940 with 18-pdr MK II and MKIV guns but in January 1941 Ninth Field Battery was ordered to exchange their guns for the 4.5 inch howitzers of 11th Field Battery. The brigade fought with other South African artillery units through the rigours of the East African campaign in support, of the First SA Division and the 12th African Division together with Fourth and Seventh Field Brigades and 1st Field Battery (CFA).

 

“Once the campaign was nearing its end, the South African artillery units moved to Egypt in August 1941. THA handed in their old guns and were issued with 25 pounders, at the same time undergoing conversion training, to become 3 Field Regiment (V) South African Artillery (THA).

 

“The regiment moved to Mersa Matruh and with the commencement of the Crusader offensive it went forward with First SA Division to become involved in what a brigadier later described as ‘…the bloodiest and most heroic encounter of the war’, the Battle of Sidi Rezegh. It took place on 23 November 1942, Tottensondag to the Germans; the Sunday of the Dead was to live up to its name.

 

“Attacked by the Afrika Korps, the gunners fought over open sights in rising smoke and dust. Casualties were heavy on both sides. The war diary of 22nd Armoured Brigade recorded that the South African gunners ‘had been magnificent’ and a simple soldier said ‘… they gave it stick, they never faltered.’

 

“Remnants of the unit escaped the tide of German armour but by 1 December 1942 only 375 officers and men answered roll call at Mersa Matruh. A few more trickled in over the coming days. The regiment had managed to extract five of its 24 guns from the scene of battle and later recovered ten guns from the battlefield, seven of which were those of THA.

 

“Reinforced and re-equipped but lacking adequate transport, 8th Field Battery moved to Gazala at the end of January 1942, followed by 7th Field Battery a month later. RHQ and 9th Field Battery remained at Matruh to calibrate guns and provide live shell shoots for courses, before moving to Tobruk at the end of April. They were joined by 8th Field Battery and most personnel were taken prisoner when Tobruk fell to the Afrika Korps on 21 June 1942. A party of 8th Field Battery managed to escape with the Reserve Company of the Coldstream Guards.

 

“7th Field Battery attached to the 7th Field Regiment, was badly hurt in the withdrawal from Gazala, the entire regiment reaching Alamein in a parlous state. Reinforced by officers and men from 5 Field Regiment, 7th Field Regiment (with the THA battery) fought at Alamein from July to the final battle in October.

 

“The Transvaal Horse Artillery (V) was depleted at Tobruk and was removed from the Order of Battle, together with 2 Field Regiment (NFA).

 

“Transvaal Horse Artillery was represented during the Italian Campaign of 1944/45 by 7/64 Field Artillery (V), South African Artillery (TH.) One of the three batteries combined with those of 22 Field Regiment to form 4/22 Field Regiment, equipped first with 105mm Priests and later 25-pdr Sextons.

 

“The pre-war brigade was resuscitated on 1 January 1946 as 3rd Field Regiment (THA) and commenced annual peace-time training camps. Its next call to action was in January 1976 in support of 72 Motorised Brigade in Operation Budgie, following Operation Savannah. Recalling its war-time activities the batteries of  the regiment were, as in 1946, numbered 7, 8 and 9 and 8th battery was the first, during the Operation to be equipped with the 140mm gun (GV2) whilst the other three batteries were equipped with 25pdrs (GV1s). The fourth battery was (incorrectly) numbered 10th Battery.

 

“Several tours of duty on the SWA/Namibian border were subsequently undertaken including Operation Protea where the THA was equipped with the GV4 155mm gun. On two occasions THA was employed as infantry in Northern South West Africa and Angola. The regiment also served in COIN roles during the periods of unrest which preceded the change of government in 1994.

 

“The Freedom of Johannesburg was awarded to the regiment in 1964 and in 1986 THA took part in a mechanised parade to celebrate the Centenary of the City of Johannesburg. Four years later Johannesburg Artillery Regiment (previously 2 Locating Regiment) and 7 Medium Regiment were amalgamated with THA, the latter retaining its traditional name.

 

“The regiment celebrated its centenary in March 2004 with a well attended dinner at the Rand Club and by exercising its freedom of entry into the City of Johannesburg with both a mechanised and a marching column.

 

“In 2006 THA was tasked with providing ceremonial gun salutes within the Gauteng province.

 

“The regiment was affiliated with the Honourable Artillery Company on 13 August 1937. On the 11 June 2007 THA shared a Royal Salute alongside the HAC at the traditional saluting base, the Tower of London, in honour of the Official Birthday of the Duke of Edinburgh, Consort to Queen Elizabeth II. It was the first time that any non-Commonwealth Troops participated in such an event in the United Kingdom.

 

“In recent years the Regiment has been active in Continuation Training activities with members reporting once a month to the School of Artillery in Klipdrift outside Potchefstroom for training on the Prime Mission Equipment in groups and teams. This culminated in October 2013 when the THA provided core personnel for a Medium Self Propelled Battery during Exercise Rhino at Sheldon’s Rest Military Base and on Dirkie Uys Range in Potchefstroom. The THA exercise alongside their regular counterparts from 4 Artillery Regiment and also with members of Natal Field Artillery.

 

“On 16 December 2013 the THA had the honour of firing a 21 gun National Salute for the President at the Official Parade to Commemorate the Day of Reconciliation and also in honour of the late President Nelson Rohilala Mandela at the occasion of the unveiling of this statue at the Union Buildings.

“Later this year the Regiment will commemorate the Centenary of the Battle of Sandfontein which took place in Southern Namibia on the 26th September 1914.

 

“The THA is under command of the SA Army Artillery Formation and the Regimental Headquarters is currently located at Mount Collins, Kelvin, Sandton.

 

“The current ordnance of the THA is the GV6 155mm Self-Propelled Gun/Howitzer.”

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14 avril 2014 1 14 /04 /avril /2014 10:30
Sagem : nouveau succès à l’international de la centrale de pointage SIGMA 30 sur les systèmes d’artillerie PzH 2000

 

Paris, le 14 avril 2014 Sagem (Safran)

 

Sagem (Safran) a signé avec l’industriel allemand KMW (Krauss Maffei Wegmann) un contrat portant sur l’intégration de centrales de navigation et de pointage SIGMA 30 pour l’ensemble des systèmes d’artillerie chenillés PzH 2000 destinés à l’Emirat du Qatar (*).

La centrale de pointage SIGMA 30 a été conçue par Sagem pour conférer aux systèmes d’artillerie à longue portée une capacité de tirs d’emblée très précise en l’absence de GPS. Par ses performances, elle autorise des déploiements en pièces réparties, contribuant ainsi à la mobilité et à la protection d’un dispositif d’appui. Totalement autonome sur la pièce, la SIGMA 30 opère à l’abri des actions adverses de brouillage et de leurrage.

 

Sagem Sigma 30 on Caesar - Photo Ph Wodka-Gallien - Sagem

Sagem Sigma 30 on Caesar - Photo Ph Wodka-Gallien - Sagem

Faisant appel à une technologie gyrolaser numérique de grand périmètre optique, SIGMA 30 tire profit du haut niveau de maîtrise industrielle de Sagem dans les systèmes de navigation et les senseurs inertiels. Les centrales SIGMA 30 sont produites en France dans l’établissement de Sagem à Montluçon.

Avec ce contrat, Sagem consolide son offre de systèmes de navigation et de pointage auprès des forces terrestres. La famille SIGMA 30 est sélectionnée sur plus de 40 systèmes d’artillerie dans vingt pays, dont le système Archer (BAE), le Caesar de Nexter Systems destiné à la France et à l’international, le système sur roues Nora (SDPR), le lance-roquettes unitaires M270 Mars 2 de l’Otan (Airbus Defense Systems), et le mortier mobile 2R2M (Thales).

La SIGMA 30 a prouvé son efficacité au combat. Intégrée au canon Caesar de l’armée de Terre, SIGMA 30 a contribué à l’efficacité de l’artillerie française dans les environnements les plus sévères, en Afghanistan, et au Mali pour l’opération Serval.

Sagem maîtrise l’ensemble des technologies inertielles (mécanique, laser, fibre optique, vibrant) et affiche plus de 60 ans de savoir-faire dans les systèmes de navigation civils et militaires opérant dans tous les milieux.

(*) Le PzH 2000 est un canon automoteur chenillé de 155 mm et de 52 calibres apte à frapper jusqu’à une distance maximale de 56 km à une cadence de tir de 9 à 10 coups par minutes.

****

Sagem, société de haute technologie de Safran, est un leader mondial de solutions et de services en optronique, avionique, électronique et logiciels critiques, pour les marchés civils et de défense. N°1 européen et n°3 mondial des systèmes de navigation inertielle pour les applications aéronautiques, marines et terrestres, Sagem est également n°1 mondial des commandes de vol pour hélicoptères et n°1 européen des systèmes optroniques et des systèmes de drones tactiques. Présents sur tous les continents via le réseau international de Safran, Sagem et ses filiales emploient 7 500 personnes en Europe, en Asie du Sud-est et Amérique du Nord. Sagem est le nom commercial de la société Sagem Défense Sécurité.
Pour plus d’informations : www.sagem.com

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8 avril 2014 2 08 /04 /avril /2014 16:20
US Army leads development of improved coating for howitzer breech spindles

An M776 howitzer's corroded chrome-plated standard obturator spindle sits next to a newly plated production at the US Army Aberdeen test center in Maryland, US. Photo Conrad Johnson, RDECOM.

 

8 April 2014 army-technology.com

 

The US Army Research, Development and Engineering Command's (RDECOM) Armament Research, Development and Engineering Center (ARDEC) is working on a project to identify, evaluate and implement an improved coating process for howitzer breech spindles.

 

Working in collaboration with the Product Manager Towed Artillery Systems (PM TAS), the ARDEC has shortlisted three new coating and application processes for further testing based on performance and cost. It had been evaluating 12 material formulations in small samples.

 

The selected processes include high power impulse magnetron sputtering from Sheffield Hallam University, accelerated plasma arc from Phygen Coatings, and electroless nickel plating.

 

The team had developed a list of ten primary metrics necessary for a new coating and application process, which included resistance to corrosion, mechanical wear and high temperatures.

 

In an effort to ensure that the coatings withstand the rigours of soldier use, the team has joined forces with the Aberdeen test center for live-fire testing on a howitzer range.

 

After the first round of firing, the spindle undergoes 30 days of weathering in a caustic and acidic propellant byproduct, called a swab water. This is to replicate potential combat conditions, and is followed by another round of firing and then a final weathering cycle.

 

ARDEC project technical lead and materials engineer Dr Christopher Mulligan said the new processes are vastly outperforming the legacy chrome electroplating in terms of corrosion and wear.

"The new technique will boost the howitzer performance, reduce the logistical burden on the soldier, and reduce environmental hazards."

 

The team has also identified and funded a newly developed chemical vapour deposition type coating known as Carbonyl from Canada, and is planning to start testing over the next few months.

 

A final decision is expected to be made within 90 days of the completion of testing of all processes, with an aim for a production-ready coating within six months to a year.

 

The new technique will boost the howitzer performance, reduce the logistical burden on the soldier, and reduce environmental hazards. According to Mulligan, it will save the government more than $2m each year.

 

The evaluation of foreign processes and materials is being funded through the foreign comparative testing (FCT) programme.

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7 avril 2014 1 07 /04 /avril /2014 11:50
BAE Systems Wins £16.8 Million Illuminating Shell Contract

 

7 April 2014 BAE Systems

 

BAE Systems has been awarded a £16.8 million contract to produce 105mm illuminating artillery shells, L43A5, for the U.K. Ministry of Defence (MoD).

 

 “This award builds on more than 45 years of 105mm Illuminating Shell development,” said Lena Gillström, managing director of Weapon Systems, Sweden at BAE Systems. “Variants of the 105mm Illuminating Shell have been used by multiple armed forces around the world and continues to be one of the best solutions to meet a 105mm illuminating artillery shell capability.”

 

Upon completion of this contract, BAE Systems will have delivered more than 60,000 rounds of 105mm white and infrared illuminating artillery shells to the U.K. MoD.

 

Series production starts immediately and the rounds will be delivered from 2014 through 2016. Final assembly will occur at BAE Systems facility in Karlskoga, Sweden. The L43A5 can be fired from the 105mm Light Gun, currently in service with the United Kingdom and many other armed forces around the world.

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2 avril 2014 3 02 /04 /avril /2014 11:35
Israeli Firm Bags P368-M Deal to Supply Artillery to Army

Elbit Systems Athos 155mm howitzer (photo : behance)

 

29.03.2014 Defense Studies

MANILA, Philippines -- Elbit Systems Land and C41, a defense material manufacturer based in Israel, won the bid to supply the Army more than P368 million worth of artillery, a source privy to the bidding said.

“Elbit offers P368,837,332 for 12 pieces of 155 Howitzer canons with accessories and ammunition,” beating Bosnian firm BNT, the source said.

The second conference that concluded with the choosing of the winning bid was held in Camp Aguinaldo.

The defense department’s Bids and Awards Committee for the project is led by Assistant Secretary Efren Fernandez.

Elbit offered its Athos howitzer system.

Bids for the contract were opened on December 5 last year, following a pre-bid conference on November 22.

(Interaksyon)

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30 mars 2014 7 30 /03 /mars /2014 11:20
U.S. Army’s Artillery Branch Preparing For Future Wars By Returning To Cold War-Era Tactics


March 26, 2014. David Pugliese - Defence Watch

 

The Stars and Stripes is reporting that the U.S. Army’s field artillery is preparing for future wars by returning to Cold War-era tactics supplemented by modern, mobile technology.

 

More from Stars and Stripes:

Though counterinsurgency has been at the center of the wars in Afghanistan and Iraq, the recent past might not be the best guide to new threats, participants at the Future Artillery conference in London, hosted by Defense iQ, said earlier this week.

Maj. Gen. Mark McDonald, commander of the Fires Center of Excellence at Ft. Sill, Okla., told Stars and Stripes on the margins of the conference that U.S. artillery has to regain the capability to fight in more traditional, force-on-force style conflicts.

His vision of artillery training re-emphasizes 20th-century-style tactics but with 21st-century equipment. Soldiers would focus less on training to fire guns manually, by doing calculations themselves, and would instead rely more on the digital tools.

“We’ve got most of the pieces in place to be able to train the digital system. What we have to do is get everybody really comfortable with it, train with it more often, so that’s their go-to system,” McDonald said.

 

Full story here

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21 mars 2014 5 21 /03 /mars /2014 12:30
Minimization, Improved Accuracy & C3

 

18/3/2014 Avigdor Klein - israeldefense.com

 

Brig. Gen. (Res.) Avigdor Klein, formerly the IDF Chief Armored Corps Officer, wishes to point out a few facts before the IDF proceed along the path leading to the purchase of a new self-propelled gun system
 

Almost no military organization intends to purchase a new self-propelled gun system. That is a fact. There are many reasons for it – from the costly maintenance of the arsenal (compared to the rocket launching systems adapted to providing accurate combat fire support) to the fire support needs that have changed. Accuracy and collateral damage restrict the use of tube artillery offering statistical performance, and a warhead adapted to the target and improved accuracy are required.

Modern armed forces are switching to tactical combat fire support within closer ranges, based on accurate mortars and rockets, and gradually minimize their self-propelled gun arsenals while upgrading the remaining ones. The trend is to provide more support to urban warfare operations.

Another fact – almost no military organization has purchased a new tracked self-propelled gun system. In recent years, the need for maneuvering in difficult traffic ability terrain has decreased (range will compensates for such needs, if they arise). The vehicle is problematic as far as civil infrastructure (roads, bridges and water conduits) is concerned. Its spare parts and maintenance are costly; it is restricted with regard to long journeys (e.g. between fronts) owing to the increased wear sustained by the track and suspension system in such journeys; it is costly owing to the high fuel consumption of the platform (owing to weight). Additionally, this vehicle requires specialized training for operation, servicing and driving (it is not similar to civilian vehicles), thereby necessitating a large crew per platform (for overcoming emergency malfunctions). Moreover, self-propelled guns do not enable rapid mobilization between fronts and theaters and necessitate a supporting arsenal of dedicated transporters.

A third fact – no military organization has purchased or upgraded an existing self-propelled gun system into a fully automatic system, as reducing the number of crewmen can be achieved through other improvements. Additionally, the required operational rate of fire can also be achieved through other improvements. For example, the modular propellant arsenal is not yet sufficiently mature to support, with the required degree of reliability, a responsible operational layout. Experience has shown that frequent cleaning of the breechblock, as well as clearing of malfunctions during actual firing are required, which necessitate that the turret remain manned. Primarily, however, a fully-automatic system will be costly relative to the expected operational benefit, and military authorities prefer to invest the budgets required for such upgrading in more suitable fire layouts.

So, what do the armed forces of friendly countries do? First of all, they reduce their arsenals. The armed forces of NATO have reduced their self-propelled gun arsenals to a minimum, and now rely on other fire layouts. At the same time, they have been addressing the aspects of range and accuracy. These armed forces are making serious efforts to improve the combat fire performance by making it more accurate (the M982 Excalibur extended range artillery shell already exists, other systems are still under development) and increasing its range (45, 47 and 52 caliber barrels).

At the same time, ammunition manufacturers are hard at work developing reliable modular propellants and shells offering extended range and improved accuracy. Gun manufacturers are improving the ability of their guns’ breechblocks/chambers to fire shells using more “aggressive” propellants.

In the context of this upgrading trend, manufacturers are also hard at work developing longer barrels. The efforts of developing, manufacturing and purchasing modern artillery systems by most armed forces focus on wheeled systems with long-barreled guns – 47 or 52 caliber barrels.

Most armed forces also place the emphasis on incorporating the combat support elements into a fast, reliable combat network, and then basing their fire processes on maximum automation, all the way to the actual trigger pull. Additionally, they address the entire fire cycle chain – from the Ammunition Supply Point (ASP) to the individual gun. Most armed forces also invest – having reduced their self-propelled gun arsenals – in extending the service life of the remaining arsenals, while introducing ammunition management systems that handle the ammunition from the logistic echelons to the chamber. When purchasing does take place, however scantily, it usually involves wheeled guns (Czech Republic, Sweden and Slovakia). The towed gun market is still attractive and still used by the “Western Club”, notably the USA.

But above all – nobody is purchasing any new tracked self-propelled gun system of any kind!

The fire support needs of armed forces generally and ground combat teams in particular in recent times have indicated drastic changes with regard to everything we knew in the past. There is a growing demand for immediate availability, for accuracy rates that are often uncompromising (selective and accurate engagement of pinpoint targets with minimum collateral damage), for extended ranges (in order to minimize relocating maneuvers and movement through threatened areas) and for diversified structure destruction and kill capabilities. These needs stem from the blurred nature of the enemy, the short exposure intervals of the enemy targets and mainly from the fact that the enemy often chooses to operate in a civilian environment.

Budget constraints alone necessitate that the remaining funds be invested in the most vital needs. Additionally, we should also address such considerations as the incomplete maturity and technological reliability of the aforementioned fully-automatic self-propelled gun system with no crewmen in the turret. We should ask ourselves whether we alone think differently when we opt for a new tracked and fully-automatic self-propelled gun system.

It is this writer’s opinion that the IDF units need organic close fire support, so the self-propelled gun system has a right to exist, not “at sufferance” but owing to an actual need. I urge the reader to bear in mind that in most western armed forces, the self-propelled gun system is associated, almost organically, with the brigade level – and this fact determines the system’s tactical designation. I expect that in the IDF, too, the designation and role of the brigade will intensify and change as it gradually evolves into an autonomous formation that may be mobilized between theaters, more intensively than today. Anyone who shares my view will agree that the examination of the type of self-propelled gun system and the type of chassis assigned to carry it should be based on a forward-looking, system analysis and the needs of the brigade: mobility between theaters and fronts and flexibility in particular.

I would recommend to the IDF Artillery Corps and the builders of the IDF ground force to invest in a new and modern weapon system from the category of the divisional, theater/regional fire layouts (including accurate rocket systems). I would mark the most essential things that need to be done in order to keep the existing or new self-propelled gun arsenal, so that in determining its contents and quality, the elements I have outlined are taken into consideration, including the integration of the self-propelled gun system with the introduction of mortars on the one hand and rockets on the other hand, so as to provide the much-desired operational flexibility.

In any case, a relevant and effective system should be selected, based on the criteria of range, accuracy, ammunition, auxiliary systems for ammunition management and operation and autonomy – “network self-propelled gun”.

A fully-automatic, tracked self-propelled gun system without crewmen in the turret? Absolutely not!

***
The
Third International Fire Conference on the topic "Network-Based Employment of Fire in a Dynamic Environment", which will take place on May 19th-22th. The conference is produced by IsraelDefense and the Israel Artillery Association in cooperation with the IDF Land Army HQ and IDF Artillery Corps.
For the conference website and registration Click Here

Brig
. Gen. (res.) Avigdor Klein is the owner of Avigdor K. Engineering Systems Ltd. Among the many positions he served in during his military career was that of the IDF Chief Armored Corps Officer.

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19 mars 2014 3 19 /03 /mars /2014 08:30
Israeli Armor, Artillery Corps Shifting Emphasis

 

Mar. 9, 2014 - By BARBARA OPALL-ROME – Defense News

 

Revamp Agendas in Common Bid To Boost Firepower, Maneuver

 

TEL AVIV — Tighter budgets and changing threats are forcing specialized Israeli Army corps to temper parochial ambitions to bolster a smaller, fire-fortified, combined arms maneuvering force.

Just a year ago, Israel’s Artillery Corps was crafting a new mission statement and doctrine to transition from its traditional role of fire support to the leading ground force provider of standoff attack. Its Fire2025 master plan aspired to one-shot, one-target accuracy at increasingly long ranges, with saturation fire relegated to second-tier status.

At the same time, the Armored Corps was championing its own agenda to sustain outyear production of main battle tanks, mitigate downsizing and preserve its capacity for conventional war.

But reassessments in recent months are accenting a more interdisciplinary strategy for training, organizing and equipping Israel’s future ground force, seeking benefits beyond corps-specific parochial agendas, officers here said.

“In the end, we determined that as an integral and central component of the ground forces, we needed to view ourselves first and foremost as a supporting organization to enable the Army to achieve its objectives,” said Brig. Gen. Roy Riftin, commander of the Israel Defense Forces (IDF) Artillery Corps. “In parallel, we will build capabilities to enable accurate means of standoff attack.”

In a late February interview, he acknowledged that the return to traditional support priorities “was not easy to swallow” by members of Israel’s gunner community.

For years, artillery proponents, including Riftin, had envisioned network-enabled ground-based systems as an option to airpower for a spectrum of scenarios demanding precision standoff attack.

“We’re still pursuing the vision,” Riftin said of revamped plans. “But in the end, I understood that the Corps will be much more significant if we continued to accent the element of support.”

Brig. Gen. Shmuel Olansky, IDF chief armored officer, conceded similar resistance among the close-knit armored community to downsizing armored reserve forces by several brigades. He also acknowledged that plans to infuse all armored battalions with organic infantry capabilities optimized for urban war has sparked accusations that the Corps was sacrificing its capacity for conventional war.

“It’s emotion and a matter of pride. ... I meet often with critics — many of them are my former commanders — and I admit there are no guarantees that what we’re doing now is correct,” Olansky said. “But I’m confident that the direction we’re going in today is most appropriate for reasonable scenarios.”

Nevertheless, Olansky noted, “If, in 10 years, we face concerted, mass attack from a combination of armies...” He intentionally declined to complete the thought.

 

Accent on Combined Arms

By the end of 2016, each active-duty armored battalion will have its own organic specialty company composed of reconnaissance, observation and mortar platoons. An identical plan will be implemented later for the reserve force, Olansky said.

New combat support specialty companies will replace older-model tank companies slated for retirement. They’ll be trained to operate “shoulder-to-shoulder” with main battle tanks as an integral part of armored forces optimized for maneuvering in urban and heavily forested arenas.

“We don’t need to build a force only for mass maneuvering war, but for what we call war between wars where the enemy is less visible, less likely to engage us directly, yet lethally equipped with advanced anti-tank missiles,” Olansky said. “This means our future force must be flexible to transition rapidly to different warfare scenarios. It means we need more precise tank rounds and the ability to respond in real time to targeting data coming from various sources.”

Col. Nadav Lotan, commander of the IDF’s 7th Armored Brigade, said new capabilities provided by specialty mortar platoons extend the battalion’s operational envelope.

“Mortars will be able to reach ranges that the tank doesn’t have. It’s a significant boost in operational effectiveness,” Lotan said during a recent interview in the Golan Heights.

Plans call for equipping the Armored Corps’ organic mortar forces with infantry-operated Keshet, an M113-based 120mm recoil mortar system by Elbit Systems.

Riftin is evaluating upgraded infantry maneuvers with Humvee-mounted ELM-2106 Windshield tactical radars, the IDF’s choice over the US AN/TPQ-48. Radar producer Elta Systems, a subsidiary of state-owned Israel Aerospace Industries, is expected to deliver demonstration radars by summer, and Riftin’s Artillery Corps is forming teams to operate the system alongside Keshet against rocket and mortar threats.

 

Good-Enough Precision Rockets

The Artillery Corps has designated a new precision rocket by state-owned Israel Military Industries (IMI) as its weapon of choice for bridging immediate needs with future plans for standoff strike.

Known here as Romach, the rockets are designed to strike within 5 meters of targets some 35 kilometers away. Once fully deployed, Romach will offer an accurate alternative to unguided rockets and artillery shells whose use — while legal under international law — is increasingly ill-suited for urban war.

Launched from a standard multiple launch rocket system (MLRS), Riftin hailed Romach as “an excellent, pragmatic solution” to shift from so-called statistic weaponry, which constitutes 95 percent of his force and is much more prone to inflicting collateral damage.

“Our need to operate in built-up areas demands across-the-board shift from statistic weaponry toward a new inventory based on precision,” Riftin said. “But since the best precision weaponry is very expensive, we need to go with cost-effective capabilities that may not be the best, but are good enough.”

Multiyear plans call for mass procure-ment of the IMI-developed system. The firm is working on supplying some 1,000 rockets to support deployment of the IDF’s first Romach battery in November.

Riftin said his organization is crafting the operational concept for Romach operations following its successful conclusion of rigorous field tests.

“It’s proven itself in terms of precision,” he said. “The range is a little shorter than we would have liked, but it still fires more or less to the boundaries of a division. And since it uses a common MLRS launcher, we don’t need to change platforms or people. The only thing we’re changing is the certification process.”

He said Romach meets parallel requirements to provide fire support for maneuvering forces and for accurate targeting of two-story structures in urban, anti-terror operations. “It’s the ideal ‘good enough’ option that allows us to straddle both worlds at a reasonable cost.

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10 mars 2014 1 10 /03 /mars /2014 19:30
Israel is looking to replace its M109 howitzer

Israel is looking to replace its M109 howitzer

 

 

Mar. 10, 2014 - By BARBARA OPALL-ROME – Defense News

 

 

Israel’s Elbit Systems and a consortium of Israeli, German and US firms are facing off in a high-stakes bid to modernize Israel’s Artillery Corps with new self-propelled guns.

The two candidates for more than $1 billion in multiyear procurement awards were downselected by Israel’s Ground Forces Command from a pool of four prospective bidders, officers here said.

Designated as a priority program by the Israel Defense Forces’ (IDF) General Staff with approved multiyear funding for a first brigade, the future gun will replace 50-year-old M109 howitzers.

The competition pits a new development by Elbit Systems against the Artillery Gun Module by Munich-based Krauss-Maffei Wegmann (KMW) optimized for the IDF by state-owned Israel Aerospace Industries.

Both options must be integrated on the Lockheed Martin-built M270 multiple launch rocket system chassis to maximize commonality of existing inventory and Israel’s recent acquisition of 150 chassis from excess US Army stocks.

“We are going with the 270 chassis in any case due to new excess supplies from the Americans and the savings to accrue through commonality,” said Brig. Gen. Roy Riftin, IDF chief artillery officer.

He added that US-based integration by either Lockheed or Elbit’s Dallas-based US subsidiary will allow the IDF to fund a significant portion of the program with annual US military aid.

Operational requirements call for a fully autonomous 52-caliber cannon capable of firing 155mm projectiles at a rate of at least five rounds per minute, with all shells impacting designated targets at the same time.

In a recent interview, Riftin flagged multiple round simultaneous impact as a key requirement for targeting terrorists, rocket-launching squads and other so-called disappearing targets.

“When the enemy sees the first round, he responds accordingly. But with this simultaneous targeting capability, he can’t disappear. It’s something we need as we adapt to new threats,” he said.

Demonstration of the KMW-based option is planned for this year while Elbit’s tailor-developed alternative should be ready for demonstrations by the end of 2015. Plans call for a deployment of Israel’s first future gun-equipped Artillery Brigade by 2019

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5 mars 2014 3 05 /03 /mars /2014 17:35
DND Rebidding 155mm Howitzers

DND will acquire 12 units 155mm howitzer (photo : Rowielip)

 

Mar. 5, 2014 Defense Studies

Philippine gov't to purchase 12 howitzers

MANILA (Xinhua) -- The Philippine government said Wednesday that it would acquire 12 units of 155-millimeter howitzers in its bid to upgrade the army's capability to fight leftist rebel group New People's Army (NPA) and the terrorist group Abu Sayyaf.

The Department of National Defense (DND) said the government is spending 438.6 million pesos (9.78 million U.S. dollars) to purchase the weapons.

The DND said it will conduct a bidding, which will be open to local and foreign contractors on March 11.

The government said the additional howitzers will be used by the Philippine Army which is at the forefront in the fight against the NPA and the Abu Sayyaf.

(Xinhua)

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5 mars 2014 3 05 /03 /mars /2014 13:57
Sagem reçoit de Nexter Systems une commande de 37 centrales de pointage SIGMA 30 pour les canons CAESAR (màj)

 

Paris, le 05 Mars 2014 Sagem

 

Sagem (Safran) vient de signer avec Nexter Systems une nouvelle commande de 37 centrales SIGMA 30 de navigation et de pointage destinées à un client asiatique du système d’artillerie CAESAR.

 

La centrale de pointage SIGMA 30 de Sagem confère aux systèmes d’artillerie à longue portée une capacité de tirs d’emblée très précis en s’affranchissant du GPS.

 

La SIGMA 30 s’appuie sur la maîtrise industrielle de Sagem en matière de systèmes de navigation et de senseurs inertiels et intègre une technologie gyrolaser numérique à grand périmètre optique. Ses performances en font un équipement parfaitement adapté aux besoins actuels de l’artillerie. Elle autorise des déploiements en pièces réparties, et concourt ainsi à la mobilité et à la protection d’un dispositif d’appui. Fixée sur le tube, totalement autonome, elle opère à l’abri des actions de brouillage et de leurrage adverses.

 

La centrale SIGMA 30 contribue aux résultats opérationnels des CAESAR de l’armée de Terre, en navigation comme en pointage, sur les théâtres les plus sévères, en Afghanistan et, récemment au Mali pour l’opération Serval.

 

Ce nouveau contrat consolide le partenariat entre Sagem et Nexter Systems pour le CAESAR en associant les dernières générations d’équipements inertiels à l’ensemble de sa gamme de véhicules de combat (cavalerie, infanterie) en production ou en développement. Sur le segment artillerie, la totalité des systèmes CAESAR en service, soit plus de 250 unités, est équipée de la centrale SIGMA 30. Elles sont produites dans l’établissement de Sagem à Montluçon.

 

Outre le canon CAESAR, la centrale SIGMA 30 de Sagem équipe 40 systèmes d’artillerie, tels que : PzH2000 (Krauss Maffei Wegmann), MLRS M270 (Airbus Defense), Nora (SDPR), Archer (BAE), ou encore le mortier mobile 2R2M (Thales).

 

Sagem maîtrise l’ensemble des technologies inertielles (mécanique, laser, fibre optique, vibrant) et affiche plus de 60 ans de savoir-faire dans les systèmes de navigation civils et militaires opérant en tout milieu, en France et à l’international.

****

 

Sagem, société de haute technologie de Safran, est un leader mondial de solutions et de services en optronique, avionique, électronique et logiciels critiques, pour les marchés civils et de défense. N°1 européen et n°3 mondial des systèmes de navigation inertielle pour les applications aéronautiques, marines et terrestres, Sagem est également n°1 mondial des commandes de vol pour hélicoptères et n°1 européen des systèmes optroniques et des systèmes de drones tactiques. Présents sur tous les continents via le réseau international du groupe Safran, Sagem et ses filiales emploient 7 500 personnes en Europe, en Asie du Sud-est et Amérique du Nord. Sagem est le nom commercial de la société Sagem Défense Sécurité.

 

Pour plus d’informations : www.sagem-ds.com

Sagem reçoit de Nexter Systems une commande de 37 centrales de pointage SIGMA 30 pour les canons CAESAR (màj)
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5 mars 2014 3 05 /03 /mars /2014 13:35
Sagem wins order from Nexter Systems to supply 37 SIGMA 30 pointing systems for CAESAR gun export contract

 

Paris, March 05th, 2014 Sagem

 

Sagem (Safran) has won a new order from Nexter Systems to supply 37 SIGMA 30 navigation and pointing systems for CAESAR guns, to be delivered to an Asian customer.

 

Sagem’s SIGMA 30 system gives long-range artillery system immediate, high-precision firing capability, since they do not need GPS.

 

Drawing on Sagem’s proven expertise in navigation systems and inertial sensors, the SIGMA 30 features large digital ring laser gyro technology. Its performance characteristics make it a perfect solution for today’s artillery. Enabling deployment in distributed configurations, the Sigma 30 system enhances the mobility and protection of support forces. It is mounted on the cannon, and offers totally independent operation, protected from enemy countermeasures.

 

 

Sagem wins order from Nexter Systems to supply 37 SIGMA 30 pointing systems for CAESAR gun export contract

The SIGMA 30 system contributes to the excellent operational results of CAESAR guns deployed by the French army in today’s most demanding theaters, including Afghanistan and, most recently, Mali, for Operation Serval.

 

The contract announced today consolidates Sagem’s partnership with Nexter Systems for the CAESAR gun, by bringing the advantages of latest-generation inertial systems to the company’s entire range of combat vehicles, whether in production or under development. All CAESAR artillery systems now in service, more than 250 units, are equipped with the SIGMA 30 navigation and pointing system. They are produced at Sagem’s Montluçon plant.

 

In addition to CAESAR guns, Sagem’s SIGMA 30 system outfits 40 other artillery systems, including: PzH2000 (Krauss Maffei Wegmann), MLRS M270 (Airbus Defense), Nora (SDPR), Archer (BAE), and the 2R2M mobile mortar (Thales).

 

Sagem has developed proven expertise in all inertial technologies (mechanical, laser, fiber-optic, vibrating), with more than 60 years of experience on both civil and military navigation systems operating in all environments around the world.

 

* * * *

 

Sagem , a high-tech company of Safran, holds world or European leadership positions in optronics, avionics, electronics and safety-critical software for both civil and military markets. Sagem is the No. 1 company in Europe and No. 3 worldwide for inertial navigation systems (INS) used in air, land and naval applications. It is also the world leader in helicopter flight controls and the European leader in optronics and tactical UAV systems. Operating across the globe through the Safran group, Sagem and its subsidiaries employ 7,500 people in Europe, Southeast Asia and North America. Sagem is the commercial name of the company Sagem Défense Sécurité.

For more information: www.sagem.com

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3 mars 2014 1 03 /03 /mars /2014 12:35
Nexter, Ashok Leyland offer the Caesar truck artillery at DefExpo

 

February 22, 2014 stratpost.com

 

Check out the Ceasar artillery system mounted on an Ashok Leyland platform as Evelyne Montet shows it off at DefExpo.

 

Produced by Shruti Pushkarna

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13 février 2014 4 13 /02 /février /2014 22:55
Photos Armée de Terre

Photos Armée de Terre

 

13/02/2014 CNE ROSSI - Armée de Terre

 

Les feux indirects impliquent que la personne qui désigne la cible soit différente de celle qui tire. C’est un appui interarmées dont l’emploi est soumis à la décision du chef tactique.

 

Dans l’armée de Terre, c’est l’artillerie sol-sol qui incarne la fonction appui feu. Pour produire un effet sur le terrain, celle-ci dispose d’un panel de moyens, employés selon l’effet à obtenir : éclairement, aveuglement, neutralisation, destruction, etc.

 

« Les moyens sont répartis en fonction des besoins », précise le lieutenant-colonel Jean-Marie Delion, officier traitant feux 3D du CDEF. Ces trois types de moyens sont : le mortier de 120 mm avec une portée de 8 km, les canons de 155 mm du TRF1et de l’AUF1 d’une portée de 28 km ou encore celui du Caesar d’une portée de 38 km, et enfin, le lance-roquettes unitaire (LRU).

 

Ce nouvel équipement, avec une portée de 80 km et une précision métrique, sera livré courant 2014.

 

La coordination est indispensable pour la gestion des feux et des intervenants 3D dans la zone d’action. L’organisation de l’espace aérien répond à la double obligation de conserver la liberté d’emploi de tous les moyens feux tout en assurant la sécurité des vecteurs évoluant dans la 3D. « Si un hélicoptère de manœuvre intervient pour une évacuation sanitaire et l’extraction d’un blessé, le spécialiste artillerie interdit temporairement tout tir indirect, souligne le LCL Delion. Il y a un responsable de la gestion de la 3D à chaque niveau. »

 

Pour neutraliser les aéronefs ennemis, la défense surface air prend le relais pour la défense aérienne. Sous l’autorité du commandant de la force, l’Air Defence Commander suit les mouvements aériens dans la zone des combats et centralise l’engagement des feux antiaériens. Située au niveau interarmées, cette autorité coordonne le tir des frégates de défense aérienne de la marine, des aéronefs et unités sol-air de l’armée de l’air, et des Mistral de l’armée de Terre.

Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
Appui au contact : Les feux indirects
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7 février 2014 5 07 /02 /février /2014 17:35
Nexter dévoile son Caesar pour l’Inde

Le canon Caesar monté sur un châssis indien d’Ashok Leyland (crédits: Nexter)

 

7 février, 2014 Guillaume Belan (FOB)

 

Durant le salon indien de Defexpo, Nexter a dévoilé son imposant canon Caesar pour la première fois sur un châssis indien. Suite à l’accord de partenariat signé durant la précédente édition du salon Defexpo (relire l’article de FOB ici) entre Nexter et Larsen & Toubro, Nexter présente pour la première fois son canon de 155 mm Caesar monté sur un châssis de camion militaire indien d’Ashok Leyland. Outre le fait que Nexter en impliquant fortement l’industrie indienne remplit son quota de Transfert de Technologie (ToT), le Caesar sur châssis Super Stallion est aussi mieux adapté aux besoins indiens.

 

Nul besoin d’être aérotransportable, comme le Caesar français, le châssis est donc plus lourd (25 tonnes contre 18 pour le châssis RTD) et permet une capacité d’emport supérieure (notamment pour embarquer d’avantage de munitions) ainsi que des améliorations ultérieures. A noter également que la cabine n’est pas sur-blindée mais pourrait l’être. Le système d’artillerie (« la partie haute ») est exactement le même que le système français, offrant la même précision, allonge (portée de 42 km pour des obus conventionnels) et rapidité d’action (6 tirs/ minute). Le châssis, avec une bonne mobilité, offre une vitesse maximale supérieure à 80 km/h sur route, plus de 30 km/h en tout-terrain, une autonomie de 600 km ainsi qu’un rayon de braquage de 20 mètres.

 

Pour l’appel d’offre indien, Larsen & Toubro est le chef de file. Rappelons que le besoin indien pour le Mounted Gun System (MGS) est de 800 pièces d’artillerie sur camion. Le Request for Information (RfI) a été émis en juin. La procédure en cours est donc encore « papier » et les essais pourraient débuter prochainement. Larsen & Toubro est donc le prime contractor avec Nexter pour la partie artillerie et Ashok Leyland pour le châssis, L&T réalisant certains équipements de la partie haute. Le Caesar indien est prévu pour être assemblé localement.

 

Le TGS (Tracted Gun System)

 

Nexter est également en compétition pour fournir à l’armée indienne son canon tracté Trajan de 155 mm/52 cal (relire l’article de FOB ici). Toujours avec son partenaire indien L&T, qui réalise la partie basse. Les essais « temps été » ont été réalisé dans le Rajasthan en juillet et aout dernier tandis que ceux « hiver » ont été terminé en décembre dans l’Himalaya. Cette campagne d’essais devraient s’achever cet été. L’appel d’offre indien concerne 1580 pièces d’artillerie. Nexter propose que les 400 premiers soient réalisés en France et le reste en Inde, sous licence à l’arsenal d’Etat OFB (Ordnance Factory Booard).

 

Rénovation des M-46

 

Nexter est aussi en lice pour proposer la modernisation des 300 pièces d’artillerie indiens de 130 mm M-46., L’objectif est de les porter au calibre 155 mm/46 cal. Le RfP (Request for Proposal) vient d’être émis. Là aussi, le français s’appuit sur son partenaire L&T.

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31 janvier 2014 5 31 /01 /janvier /2014 12:55
L’armée de Terre dote l’artillerie du LRU

 

30/01/2014 ASP M. FOUQUET - Armée de Terre Economie et technologie

 

Le lance-roquette unitaire (LRU) est la première pièce d’artillerie de précision longue portée avec une capacité de frappe très réactive, permanente et par tous les temps. 3 pièces ont été livrées au 6e régiment du matériel/détachement Gresswiller qui assure le soutien direct du 1er régiment d’artillerie, seul régiment opérationnel possédant encore les lance-roquettes multiples (LRM).

 

Chaque roquette emporte une charge unique de 90 kg pour une portée maximale de 70 km, et une précision de moins de 10 m. De plus, les conditions météo et la géographie du terrain n’interfèrent pas sur la trajectoire de la munition, cette dernière étant guidée par centrale inertielle assistée par GPS. C’est une arme très précise, multifonctionnelle, capable de traiter des cibles sur une surface étendue ou très restreinte, en particulier en milieu urbain. Le LRU est le successeur du lance-roquettes multiples (LRM).

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29 janvier 2014 3 29 /01 /janvier /2014 12:35
India to conduct new trials of indigenous 155mm Bofors howitzer

Bofors 155mm howitzer of the Indian Army. Photo Hemantphoto79

 

29 January 2014 army-technology.com

 

The Indian Ordnance Factory Board (OFB) is planning to conduct new trials of the domestically manufactured 155mm Bofors howitzer in February or March 2014.

 

The electronically upgraded indigenous variant of the Swedish 155mm Bofors howitzer had burst during trials at the Pokhran range in Rajasthan, in August 2013, The Times of India reports.

 

An undisclosed source was quoted by the news agency as saying that the faults have been rectified following the barrel burst.

 

''The fourth and the fifth prototypes have undergone `internal firing tests' in Balasore over the last couple of months. Now, the guns are being readied for the trials,'' the source said.

"The faults have been rectified following the barrel burst."

 

Around 114 Bofors howitzers are being manufactured by Jabalpur-based OFB as part of a INR12.6bn ($200m) contract using the designs obtained under transfer of technology (ToT) provisions in the controversial INR14.7bn ($227m) contract awarded to Bofors in March 1986 for supply of 410 howitzers.

 

The OFB has electronically upgraded the guns to 45 calibre from the original 39 calibre, giving the new howitzer a 38km range compared to the 30km of the original Bofors 155mm Howitzer field gun, according to the news agency.

 

The Indian Army, which has a requirement for 414 howitzers, has not inducted a single 155mm gun in the past three decades since the infamous Bofors scandal.

 

Also called as Haubits 77, the Field Howitzer 77 (FH77) is a Swedish 155 mm howitzer, and is available in two versions, namely Haubits 77 A with a sliding block mechanism and the FH77 B export version with an interrupted screw breech.

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28 janvier 2014 2 28 /01 /janvier /2014 22:55
photo R.BND

photo R.BND

 

Un LRU à l'usine THALES de Cholet (49). Dans 2 mois à Belfort.

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11 décembre 2013 3 11 /12 /décembre /2013 17:55
[Innovation] Le lance-roquette unitaire

11/12/2013 Armée de Terre

 

Créé et commandé par Louis XIV, le 1er régiment d’artillerie, le plus ancien régiment de l’arme du même nom, va devenir le plus moderne. Au cours de l’année 2014, il percevra un nouveau système d’arme, le lance-roquette unitaire (LRU). Rien de tel pour illustrer la devise du régiment «  Royal d’abord, premier toujours » !

 

Fin novembre 2013, sur la pointe du Titan, au nord-est de l’île du Levant, le LRU a été testé, pour la première fois, en tir de munitions de guerre. Une étape majeure (et brillamment franchie) dans son processus de qualification. Ce système d’arme se révèle performant et ultra-moderne, avec une frappe à longue portée et une précision impressionnante. Pour se faire une idée, il pourrait, depuis  l’esplanade des Invalides à Paris, atteindre des cibles à Beauvais, par exemple, avec une précision de l’ordre de 5 mètres !

 

[Innovation] Le lance-roquette unitaire

Sa munition est indifférente aux conditions climatiques et à la géographie du terrain. Idéal pour l’appui au contact des unités de mêlée sur un terrain ouvert et en zone urbanisée ! Le LRU s’inscrit au cœur même du dispositif d’appui des forces en complément de l’appui aérien et des autres catégories de frappe. Une réussite technologique pour une innovation tactique sur le terrain, en 2014.

En attendant, découvrez-le au cours de cette phase de validation avec ces images inédites et surprenantes. Le compte à rebours a commencé. 3, 2, unité.

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8 décembre 2013 7 08 /12 /décembre /2013 17:55
Fête de la Sainte Barbe au Musée de l'Armée

08.12.2013 par RP Defense

 

Fêté le 4 décembre, sainte Barbe est la patronne des artilleurs. Chaque année le musée de l'Armée organise, en collaboration avec l'Ecole d'Artillerie de Draguignan et sa fanfare, un week-end festif mèlant performances, reconstitution et présentation de matériels militaires.

 

La Sainte-Barbe - Musée de l'Armée

Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
Fête de la Sainte Barbe au Musée de l'Armée
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20 novembre 2013 3 20 /11 /novembre /2013 18:45
New gallery: Denel Land Systems

20 November 2013 by Guy Martin - defenceWeb


Denel Land Systems on November 19, 2013, hosted an open day to present the Badger infantry combat vehicle to the media. Present was a wide variety of Denel land products, including the G5, G6 and 105 mm artillery systems, Casspir 2000 armoured personnel carriers, mortars, cannons, machineguns, assault rifles and armoured trucks. Mechem sniffer dogs put on a demonstration detecting drugs, explosives and landmines. Click here to view the gallery.

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20 novembre 2013 3 20 /11 /novembre /2013 18:35
Artillery: For Those Who Insist On The Best

 

November 20, 2013: Strategy Page

 

Singapore recently ordered another 528  American GMLRS GPS guided 227mm rockets (packaged six each in 88 pods). That comes to about $182,000 per rocket. In 2007 Singapore ordered 18 U.S. truck mounted MLRS (HIMARS) rocket launchers. This system carries only one six rocket container pod (instead of two in the original MLRS), but the 12 ton truck can fit into a C-130 transport (unlike the 22 ton tracked MLRS vehicle).  The first of the 900 HIMARS vehicles were issued to American combat units in 2004. The U.S. Army is using most of the HIMARS, with the marines getting the rest. Singapore is one of several export customers. Singapore is also bought 192 GMRS rockers (32 pods) with that HIMARS purchase.

 

The 309 kg (680 pound) GMLRS (guided multiple launch rocket system) is a 227mm GPS guided rocket. It was first used in 2004. It has a range of 70 kilometers and the ability to land within meters of its intended target at any range. This is because of the GPS, plus a less accurate back up inertial guidance system, to find its target. Singapore is getting the rockets equipped with an 82 kg (180 pound) high explosive warhead. The U.S. Army has bought over 100,000 GMLRS rockets and this weapons has been used with great success in Iraq and Afghanistan. The guided rocket is much more effective than the older, unguided, version, and has replaced it.

 

Singapore apparently needs its GMLRS battalion in case there is war with Malaysia, with whom there are several disputes still unresolved. Singapore is one of the smallest nations in the world, occupying only 633 square kilometers of land. It spends $8 billion a year on defense. The island nation has a population of 5 million, and armed forces of 72,000 active duty troops. On a per-capita basis, Singapore spends more on the military, and has more people in uniform, than the United States. The Singapore military is one of the best equipped, trained and led in the region. Singapore also sits astride the most important shipping channel (the Malacca Straits) in the world. Singapore has the best educated and most affluent population in the region. With so much worth defending, Singapore is ready to take on any hostile neighbors (mainly Malaysia, which Singapore used to be part of.)

 

But there's more to the story. Singapore’s population is 75 percent Chinese, the descendants of ambitious emigrants who left China over the past two centuries looking to make a better life as "overseas Chinese." None have done better than the Chinese who ended up in Singapore. The city of Singapore was founded by the British in 1819, on an island at the southern tip of the Malay Peninsula. The British considered the local Malays rather too laid back and brought in thousands of Chinese and Indians to work the booming port city. Within six years, the population exploded from a few hundred, to over 10,000. Two years later Chinese became the most numerous ethnic group. They eventually came to dominate the rich port of Singapore, providing administrators, as well as traders and laborers. The British kept the key jobs, but otherwise ran a meritocracy. When Malaysia, which Singapore was a part of, became independent in 1963, many Chinese in Singapore protested being ruled by the Malay majority. The Malays also resented the more entrepreneurial and economically successful Chinese. Although most Singapore residents wanted to be part of Malaysia, it didn't work out. In 1965, Malaysia basically expelled Singapore, which become a separate, mainly Chinese, country. Over the next three decades, the Singaporean economy grew an average of nine percent a year, and Singapore became the wealthiest, on a per-capita basis, nation in the region.

 

With so much to defend, the Singaporeans developed, early on, a strong military. This was prompted by Britain withdrawing its garrison in 1971 and, in effect, telling the Singaporeans they had to defend themselves. Singapore asked Israel to help it develop a force similar to the IDF (Israeli Defense Forces). That is, a large reserve force, with a small active force to handle training and any immediate military needs. The two countries have been close allies ever since.

 

Thus Singapore has an active duty force of 60,000, most of them reservists undergoing training. There are only about 20,000 full time, professional troops. In wartime, there are 320,000 trained reserves who can be mobilized, plus nearly has many who have had military training, but are no longer in reserve units. Like Israel, Singapore can mobilize a force, armed with the most modern weapons and capable of defeating any of its neighbors.

 

The main criticisms of Singapore’s armed forces have to do with training, promotion and retirement policies. Singapore’s troops are the best trained in the region. All personnel train regularly, much like American troops do. But Singapore is also very safety conscious, and this limits many of the things troops can do. The reason for this caution is the low birth rate in Singapore (a universal side effect of prosperity), and the popular outrage every time a soldier is killed or seriously injured during training. The promotion policies are criticized because they emphasize test taking over practical experience. The retirement policies force every soldier to leave active service by age 45. This is done to keep the military leadership young, and provide a supply of experienced military commanders for management jobs in government and the civilian economy. Other criticisms knocked ethnic Chinese dominating the military and sundry administrative policies. Singaporeans accept all these criticisms as true, but not worth addressing. The end result has been a military force that is the best in the region. Troops from other nations, who train with the Singaporeans, come away impressed. The attitude seems to be, if it ain't broke, why fix it.

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4 novembre 2013 1 04 /11 /novembre /2013 06:20
BAE Awarded Contract to Begin Production of PIM

 

Oct 31, 2013 ASDNews Source : BAE Systems PLC

 

BAE Systems received a contract worth up to $688 million from the U.S. Army to begin Low-Rate Initial Production (LRIP) of the Paladin Integrated Management (PIM) program.

 

The PIM is a significant upgrade of the M109A6 Paladin Self-Propelled Howitzer, restoring space, weight, and power-cooling, while providing growth potential for emerging technologies.

 

Read more

 

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