September 7, 2018 | International, Aerospace, Naval, Land, C4ISR
Par Michel Cabirol
La France a lancé un plan pour réduire les dépendances de l'industrie d'armement aux composants américains qui entrent dans la fabrication de certains programmes français.
La France veut réduire sa dépendance aux composants américains dans la Défense afin de ne pas gêner l'exportation de ses programmes, a déclaré jeudi la ministre des Armées Florence Parly. La France doit actuellement demander aux Etats-Unis la levée d'interdictions sur certains composants. "Nous avons besoin progressivement de nous désensibiliser par rapport à un certain nombre de composants américains, ce qui ne veut pas dire nécessairement pouvoir se désensibiliser complètement", a-t-elle expliqué lors d'une rencontre avec l'Association des journalistes professionnels de l'aéronautique et de l'espace (AJPAE). La France a d'ailleurs lancé un plan pour réduire les dépendances par rapport à ces composants américains.
"Je ne donnerai pas d'exemple précis mais nous avons été confrontés, dans des échanges liés à des prospects exportations, à des difficultés. Et nous savons bien que ces difficultés sont liées en apparence à des questionnements stratégiques et en réalité souvent à des problèmes de concurrence commerciale. Il ne faut pas en être dupes", a-t-elle expliqué.
Si un système d'armes contient au moins un composant américain sous le régime de la réglementation américaine ITAR, les Etats-Unis ont le pouvoir d'en interdire la vente à l'export à un pays tiers. Ainsi, ils ont récemment bloqué la vente de missile de croisière Scalp, qui devait armer le Rafale, à l'Egypte et au Qatar. En 2013, Washington avait déjà refusé une demande de réexportation de la France aux Emirats Arabes Unis de composants "made in USA" nécessaires à la fabrication de deux satellites espions français (Airbus et Thales). La visite de François Hollande aux États-Unis en février 2014 avait permis de régler positivement ce dossier. Lors de son audition en juillet dernier à l'Assemblée nationale, Florence Parly avait reconnu que "nous sommes à la merci des Américains quand nos matériels sont concernés".
"Avons-nous les moyens d'être totalement indépendants des composants américains ? Je ne le crois pas. Cherchons-nous à améliorer la situation ? La réponse est oui", avait-elle déjà assuré en juillet.
La France travaille notamment à désensibiliser les futurs programmes d'armement. Ainsi Florence Parly a affirmé que cette moindre dépendance serait cruciale pour la viabilité du futur programme d'avion de combat (SCAF). Cela passe pour Paris et Berlin d'avoir la capacité d'exporter ce futur système d'armes. Elle a estimé que les industriels devaient prendre en compte ce dossier en lançant des investissements en matière de recherche et de technologie pour être en mesure de fabriquer un composant analogue qui échapperait au dispositif ITAR. "Certains industriels l'ont compris", a-t-elle précisé. C'est le cas du missilier MBDA dans le cadre du développement du futur missile air-air MICA-NG. Ce programme, qui sera opérationnel en 2025, est développé en prenant en compte la contrainte ITAR. Ils seront ITAR Free, assure-t-on à La Tribune.
Florence Parly a également rappelé la dépendance de la France pour les drone MALE Reaper. "Pour armer les Reaper, il faut une autorisation du Congrès américain. Est-ce satisfaisant ? Non. Mais aujourd'hui on n'a pas le choix", a-t-elle expliqué, faisant référence aux drones achetés aux Etats-Unis depuis 2013. Pour autant, l'armement des Reaper ne signifie pas que la France armera le futur drone MALE de reconnaissance et de surveillance en préparation pour 2025. "Dans les spécifications, il sera possible de l'armer, ce qui ne signifie pas qu'aujourd'hui la décision est prise sur la question de savoir s'il sera en définitive armé", a-t-elle souligné.
February 19, 2021 | International, Aerospace
Aeralis has been awarded a three-year contract by the UK Ministry of Defence (MoD) to continue development of its modular jet aircraft. Aeralis will continue development of its modular jet aircraft with support from the RAF Rapid Capabilitie...
June 23, 2020 | International, Aerospace
Tony Osborne June 22, 2020 Germany is set to become the first of the Eurofighter Typhoon partner nations to retrofit an active, electronically scanned array (AESA) radar, a move that should bolster the fighter's export potential. The German Parliament has given a green light for Berlin to spend €2.8 billion ($3.1 billion) to install the Euroradar consortium's Captor-E radar in all—around 106—of the German Air Force's Tranche 2 and 3 aircraft from around 2023. Contracts should be signed in the coming weeks. Hensoldt will be the design authority for the retrofit program Germany is receiving the Mk. 1 version of the Captor-E AESA Export customers will receive Captor-E first. Kuwait has ordered 28 aircraft, and Qatar 24, and a batch of Kuwaiti aircraft will be delivered this year. But program officials believe that with the AESA finally receiving partner nation backing, the Typhoon's chances in competitions closer to home may have moved up a notch. AESA-equipped Typhoons are proposed for both Finland and Switzerland. But the radar's capabilities could not be evaluated when the fighter took part in trials in those countries, as the participating aircraft were not fitted with it; its competitors were. All four Eurofighter partner nations, Germany, Italy, Spain and the UK, supported development of the radar, done by a consortium of Leonardo, Hensoldt and Indra, but have been reluctant to make the retrofit investment. That is due in part to budgets, but also reflects their satisfaction with the currently installed mechanically scanned Captor. The AESA, however, boosts radar performance and range, giving the aircraft a sensor that can match the performance of the MBDA Meteor beyond-visual-range air-to-air missile. A mechanical repositioner helps widen the radar's field of view to around 200 deg., from 120 deg. with the existing mechanically scanned radar. For the German retrofit program, Hensoldt will take a leading role in the production and delivery of the radars and act as the design authority, while Airbus will act as the test and integration lead. “With this decision, Germany is taking on a pioneering role in the field of key technology for the Eurofighter for the first time,” says Hensoldt CEO Thomas Muller. “It is a signal for Europe that Germany is investing in a technology that is of crucial importance for European defense cooperation.” Airbus Defense and Space CEO Dirk Hoke says the addition of the radar will increase the mission effectiveness of the aircraft and help integrate it with the Franco-German Spanish Future Combat Air System. Leonardo, which led Captor-E development, will provide support to Hensoldt in its role as design authority. Leonardo will also supply the radar's processor. Three different versions of the Captor-E have been developed or are under development. The German retrofit program calls for the installation of the Mk. 1 radar, which has been developed from the Mk. 0 radar that will be delivered to Kuwait and Qatar. The Mk. 1 adds new modes and a multichannel receiver. Along with being retrofitted to the German Tranche 2 and 3 aircraft, it also likely will be fitted to the 38 new-build aircraft planned under Berlin's Quadriga buy to replace its existing Tranche 1 Eurofighters, which lack the computing and electrical power for an AESA installation. Work has also begun on the Radar 2 being developed for the UK, which will feature an electronic attack capability. It is expected to enter service in the mid-2020s, and the UK plans to install it on its Tranche 3 model aircraft. Spain too is planning a retrofit program with the Mk. 1 radar, but also limited to its Tranche 3 fleet. Airbus revealed last November, however, that the novel coronavirus pandemic appears to have delayed Madrid's plans. An AESA has been part of the Eurofighter's development road map for around 15 years. The consortium had originally hoped that it could form part of the Tranche 3 fleet. The capability was also part of the consortium's ultimately unsuccessful offer for India. But it was not until 2014 that the first Captor-E development radar began flying in the aircraft, making an appearance at the 2014 Farnborough Airshow. The AESA radar capability is added through the Eurofighter's Phase 3B Enhancement (P3E(b)) package that will be delivered to Kuwait. Leonardo completed flight trials in support of the Mk. 0 radar development and P3E(b) in late May. Along with the Quadriga purchase, known in Germany notionally as Tranche 4, the country is also planning to use the Eurofighter, as well as the Boeing F/A-18 Super Hornet, to replace the Panavia Tornado fleet, although these plans are subject to parliamentary approvals that could come as late as 2022-23 (AW&ST May 4-17, p. 50). Egypt is also reportedly interested in purchasing up to 24 Eurofighters, possibly as part of a multibillion euro procurement from Italy that also includes jet trainers, helicopters and warships. https://aviationweek.com/defense-space/sensors-electronic-warfare/germany-first-modernize-eurofighters-aesa-radar
August 20, 2024 | International, C4ISR, Security
CISA adds critical Jenkins flaw to KEV catalog amid ransomware attacks. Vulnerability allows code execution. US agencies given September deadline to p