Russia’s war could reshape the global arms market in favor of China

On the same subject

• 

  December 4, 2024 | International, C4ISR, Security

  Veeam Issues Patch for Critical RCE Vulnerability in Service Provider Console

  Veeam fixes critical Service Provider Console flaws, including CVE-2024-42448 (RCE), urging immediate updates.

• 

  August 9, 2019 | International, Aerospace, Naval, Land

  Final hypersonic missile contract awards imminent as US Army preps to shoot one in FY21

  HUNTSVILLE, Ala. — The U.S. Army is just weeks away from awarding the final contracts related to the development of its mobile, ground-launched hypersonic missile. The Army will award a contract within the next three weeks to a company to develop a launching system for the hypersonic missile in co-development across the services, Lt. Gen. L. Neil Thurgood, the service's Rapid Capabilities and Critical Technologies Office director, said Aug. 7 at the Space and Missile Defense Symposium. RCCTO's job is to serve as a bridge between the science and technology community and the program executive offices, helping bring technology out of development and into soldiers' hands, first on a small scale and then a larger scale when passed off to program offices. The office is primarily focused on hypersonics and directed energy. While the missile is under joint development, the Army needs a special launcher to make the missile road-mobile. The contract will encompass the design and integration of a vertical launcher onto a trailer, Thurgood said. Additionally, the RCCTO is preparing to award a contract, also in the next three weeks, to a vendor to produce the glide body for the hypersonic missile, Thurgood said. The Navy will own the design of the glide body, but the Army will own its production, he said. “We have a company that we are in the final process of negotiating an [other transaction authority contract],” Thurgood said. An OTA is a contract that allows for rapid prototyping by bypassing the usual red tape associated with acquisition. “What is interesting about the glide body technology is we also have to create an industrial base to do this. There is no industrial base in the United States for glide bodies,” Thurgood said. The technology is owned by the government labs, he noted, “so we are transitioning that out of the labs into the commercial marketplace. That is a really hard thing to do, but there's a lot of energy and a lot of momentum behind that outcome.” Unlike other programs, Thurgood said, there is not a single company that can produce a hypersonic missile and its equipment alone. “It actually takes a collaborative effort amongst the industry partners,” he added. The first contract will be awarded to one company, but there will be follow-on contracts for other vendors to learn how to make the glide body at the federally funded lab where it was developed. The methodology energizes the supply chain from the prime contractors all the way to sub-contractors should the service decide to make a large number of the weapons, Thurgood told Defense News in an interview at the symposium. Thurgood noted that in order to bring industry closer to the RCCTO's endeavors, the office established an industry board in addition to its board of directors to promote “horizontal communication.” The Army plans to field a hypersonic missile and launcher to a unit in the fourth quarter of fiscal 2021. The unit will train for an entire year without live rounds, Thurgood said, adding that the canisters the unit will use will be cement-filled to match the weight. The first live-round test will take place in FY22 and will be conducted by a battery led by a captain. Thurgood was tasked Feb. 14 to come up with a plan for hypersonic development, and given 30 days to do so. Now, almost six months later, the RCCTO is about to award all associated contracts to move forward in building prototypes that will be in soldiers' hands in just a couple of years, Thurgood said. https://www.defensenews.com/digital-show-dailies/smd/2019/08/07/final-hypersonic-missile-contract-awards-imminent-as-army-preps-to-shoot-one-in-fy21/

• 

  December 10, 2018 | International, Aerospace

  Airbus crée un dispositif de surveillance du trafic aérien pour les... drones

  Par Alexandre Boero La division Airbus Defence and Space a collaboré pour mettre au point Drone-it!, un dispositif de surveillance des drones, de plus en plus présents dans l'espace aérien. Aviation, sécurité, cinéma, télévision, maintenance, surveillance : les domaines dans lesquels on les utilise à tout-va ne manquent pas. Voilà pourquoi Airbus a décidé de se concentrer sur le développement d'un appareil, via sa branche Airbus Defence and Space, qui viendra diminuer le risque de collision de drones dans le ciel. Une technologie qui rend les drones visibles sur un radar Souvent délicats à détecter sur radar dans un espace aérien toujours plus massif, les drones peuvent causer des situations de danger, pour les autres et pour eux-mêmes. La technologie Drone-it! vise à résoudre ce problème et permet un suivi en temps réel des drones. Pour cela, l'appareil Drone-it! est équipé d'un récepteur et d'un émetteur GNSS (Global Navigation Satellite System ou Système mondial mondial de navigation par satellite), ainsi que d'un chipset, un jeu de puces qui rend les drones bien visibles sur un radar spécifiquement développé. Le jeu de puces possède la capacité de communiquer directement avec les réseaux au sol ou alors être relayé par satellite à orbite géostationnaire. Des essais menés avec succès Avec 40 vols et six scénarios différents, la technologie a été testée avec succès lors de démonstrations menées au Royaume-Uni en octobre 2018. Sous le nom de code « Class », ce projet a été mené par Airbus Defence and Space en étroite collaboration avec l'École nationale de l'Aviation civile (ENAC), l'Université norvégienne des sciences et technologies (NTU) et Unify, une filiale du géant français Atos, spécialisée dans les communications unifiées. https://www.clubic.com/drone/actualite-848333-airbus-cree-dispositif-surveillance-trafic-aerien-drones.html