January 10, 2022 | International, Aerospace
Airbus Helicopters va certainement signer en février un nouveau méga contrat de plus de 4 Md€ auprès de l'OCCAr (Organisme conjoint de coopération en matière d'armement) pour le compte de la France (environ 2,8 Md€) et de l'Espagne (1,1 Md€) pour la modernisation de l'hélicoptère d'attaque Tigre. Ce contrat sera vraisemblablement découpé en plusieurs tranches. Le développement du Tigre Mark 3 « est acquis au plan politique avec l'Espagne », a annoncé jeudi dernier le porte-parole du ministère des Armées, Hervé Grandjean. En France, le ministère des Armées a programmé des engagements financiers de plus de 3 Md€ pour le programme Tigre Mark 3. Le calendrier de commandes et de livraisons du programme Tigre Mark 3 a été défini au lancement de la phase de réalisation. Selon les documents budgétaires, la commande de 14 appareils (sur les 67) en tranche ferme était prévue en 2021 mais a été décalée de plusieurs mois en raison de l'attente de la décision de l'Espagne et de l'Allemagne de s'engager sur ce programme. La décision de l'Allemagne n'est pas encore connue : à ce sujet, « le plus tôt sera le mieux » avait déclaré en novembre le PDG d'Airbus Helicopters, Bruno Even. Les Allemands, qui ont une flotte de 53 Tigre opérationnels, ont jusqu'à mi-2022 pour monter à bord d'un hélicoptère de combat, qui « n'aura pas d'équivalent, y compris l'Apache, sur le champ de bataille en 2030 et 2040 » avait estimé Bruno Even en avril 2021.
La Tribune du 10 janvier
May 2, 2024 | International, Security
Popular apps like Xiaomi File Manager and WPS Office are vulnerable to a path traversal flaw that could let hackers overwrite files and execute malici
September 18, 2019 | International, Aerospace
During Exercise Talisman Sabre 2019, the Australian Defence Force (ADF) in conjunction with Defence Science and Technology (DST) and the Defence Aviation Safety Authority (DASA) successfully validated ChipCHECK, a state of the art instrument that provides equipment maintenance crews with immediate, automated chip analyses onsite (either at base or deployed). ChipCHECK, designed and manufactured by Gastops, provides a capability not previously available to the ADF — the ability for operators and maintenance staff to accurately assess the health of an aircraft's propulsion system via wear debris analysis while the aircraft is operating. Exercise Talisman Sabre is a biennial combined Australian and United States training activity that in 2019 involved more than 34,000 personnel from 18 countries, including Australia, the United States, Canada, Japan, and New Zealand. Designed to practise the respective military services and associated agencies in planning and conducting combined and joint task force operations, Exercise Talisman Sabre improves combat readiness and interoperability between Australian and U.S. Forces, and is a platform to improve upon capabilities by introducing state of the art technologies such as ChipCHECK. “ChipCHECK is one of our newest product offerings and is a great example of how Gastops continues to provide the market with new and cutting-edge technologies that solve real market pains,” said Shaun Horning, president and CEO of Gastops. The trial and deployment of ChipCHECK into Talisman Sabre proved the capability of the instrument and the significant value it provides. “We are very excited that ChipCHECK is being trialed by the Australian Defence Force. Already deployed globally for both fixed wing and rotor wing aircraft, ChipCHECK continues to maximize equipment readiness, improve on maintenance efficiency and reduce cost and time,” added Ryan Millar, ChipCHECK product manager. Exercise Talisman Sabre successfully trialed ChipCHECK in a deployed ship-based application. The ADF plans to continue using ChipCHECK in additional applications and environments; the next of which being at an operational land base. https://www.skiesmag.com/press-releases/chipcheck-successfully-validated-at-talisman-sabre-2019/
February 24, 2024 | International, Aerospace
Opinion: By focusing on interoperability, new capabilities can be quickly adopted and rolled out without significant system redesign.