Ukraine interested in firearms collected through government buyback program, says Blair

On the same subject

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  May 22, 2019 | Local, Other Defence

  C2MI ET VARITRON INAUGURENT LE PREMIER CENTRE DE FABRICATION DE POINTE AU CANADA CONSACRÉ À L’ASSEMBLAGE DE CARTES ÉLECTRONIQUES ET À L’ÉLECTRONIQUE IMPRIMÉE

  C2MI et Varitron inaugurent le premier centre de fabrication de pointe au Canada consacré à l'assemblage de cartes électroniques et à l'électronique imprimée Bromont et Saint-Hubert (Québec), 17 mai 2019 – C2MI etVaritron sont fières d'annoncer officiellement l'ouverture du premier centre de fabrication de pointe au Canada consacré entièrement à l'assemblage de cartes électroniques et à l'électronique imprimée. Établi dans le centre de recherche de C2MI à Bromont, le centre de fabrication de pointe sera doté des équipements à la fine pointe utilisés dans les domaines de l'électronique imprimée, de l'assemblage de circuits, de la nanoprotection et des techniques de refroidissement avancées ainsi que d'une chaîne d'approvisionnement intégrée qui permettra une fabrication à grande échelle. Cette annonce a été faite dans le cadre du CPES2019, le plus important congrès canadien sur l'électronique imprimable, flexible et hybride, organisé par intelliFLEX à Bromont les 16 et 17 mai derniers. Des installations uniques pour accélérer le développement des technologies émergentes L'objectif de ces nouvelles installations est de veiller à ce que des entreprises de tous les segments de marché demeurent des fournisseurs de premier plan par leurs capacités à offrir de nouveaux produits, de nouvelles possibilités et de nouvelles applications, restant ainsi à l'avant-garde du processus de l'offre et de la demande. Des équipes hautement qualifiées composées d'experts et de scientifiques chevronnés provenant de l'industrie et du milieu universitaire aideront les entreprises dans leur développement de produits et leur processus de conception, tout en continuant de se concentrer sur des cibles de production à grande échelle pour les diverses solutions qu'elles proposent. Les entreprises pourront avoir accès à des services à la carte ou proposer des technologies qui n'ont pas encore été testées ou développées en utilisant un éventail de services allant de la conception à la commercialisation. La Politique des retombées industrielles et technologiques (RIT) est un incitatif significatif pour les entreprises étrangères qui choisiront d'utiliser les services du centre de fabrication de pointe puisque cette politique exige que les entreprises à qui l'on octroie des contrats dans le domaine de la défense exercent leurs activités au Canada. Le projet du centre de fabrication de pointe, qui représente un investissement total de 6,5 M$, a pu être réalisé gr'ce à la collaboration scientifique de l'Université de Sherbrooke et de Varitron, ainsi qu'au financement du Ministère de l'Économie et de l'Innovation du Québec de l'ordre de 3 M$, du C2MI pour 2,1 M$ ainsi qu'aux fournisseurs d'équipement qui ont contribué jusqu'à 1,4 M$ en capacités à valeur ajoutée. « Le centre de fabrication de pointe jouera un rôle déterminant pour que les entreprises canadiennes demeurent en tête de peloton de la concurrence en accélérant le développement de solutions et de produits novateurs afin que ces derniers soient commercialisés plus rapidement. En tant que centre de recherche et de développement, l'un de nos objectifs principaux est de veiller à ce que nos installations soient dotées d'équipements qui assureront la compétitivité de nos clients et de nos membres, peu importe le secteur industriel dans lequel ils évoluent », a indiqué Normand Bourbonnais, chef de la direction de C2MI. « Ce centre de fabrication de pointe est une étape importance pour s'assurer que l'écosystème d'innovations a accès à des installations et des équipements de pointe et à la plus récente expertise scientifique pour accélérer son développement technologique », a dit Michel Farley, président et chef de la direction de Varitron. « Après plus de quatre ans de planification et de peaufinage, Varitron est fière de voir ce projet se concrétiser. » http://www.c2mi.ca/communique-de-presse/c2mi-et-varitron-inaugurent-le-premier-centre-de-fabrication-de-pointe-au-canada-consacre-a-lassemblage-de-cartes-electroniques-et-a-lelectronique-imprimee/

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  December 17, 2020 | Local, Aerospace

  Saab offers two aerospace centres in Gripen E proposal for Canada’s Future Fighter

  By Garrett Reim14 December 2020 Saab is offering to open two new aerospace centres as part of its Gripen E proposal for Canada's Future Fighter Capability Project. The aerospace facilities, the Gripen Centre and the Aerospace Research & Development Centre, would be based in the greater Montreal region, the company announced at Aero Montreal's International Aerospace Innovation Forum 2020 on 14 December. Mission system software and hardware development, as well as integration, for the proposed Royal Canadian Air Force (RCAF) Gripen E would be done at the Gripen Centre. The Aerospace Research & Development Centre would focus on a variety of aerospace technologies, including automation, artificial intelligence and “greening” technologies. That work may or may not be directly related to the Gripen E. Rather, the research and development would focus on next-generation aerospace technologies more generally. Saab is also in talks with undisclosed local universities about partnerships related to the aerospace centres, it says. Saab has only about 50 people working in Canada currently, across various businesses such as maritime traffic management and army training and simulation work. However, between the two aerospace centres, the company anticipates at least 3,000 people being directly employed. The RCAF is looking to buy 88 advanced fighters to replace its fleet of Boeing CF-18 Hornets. Canada's Department of National Defence estimates acquisition of the aircraft, related equipment and entry into service will cost C$15-19 billion ($11.8-14.9 billion). A contract is scheduled to be awarded in 2022 after evaluation by the RCAF. The air force wants the first jets received as soon as 2025. The new fleet is expected to fly beyond 2060. In addition to Saab, the RCAF received bids in July from Boeing, which is offering its F/A-18E/F Super Hornet, and Lockheed Martin, which is offering F-35 Lightning II stealth fighters. Canada is also part of the F-35 Joint Strike Fighter programme, spending more than $500 million on the effort since 1997, an investment that has allowed Canadian companies to secure C$1.8 billion in contracts from the project. However, Ottawa has not yet committed to buying F-35s, hence the acquisition competition. Politicians objected to F-35s in part due to the high cost of early examples of the stealth fighter. The cost of the F-35A has fallen to $77.9 million per unit, though operating costs remains high, at $35,000 hourly. Lockheed has promised to lower that figure to $25,000 hourly by 2025. For its part, Saab has proposed that Canada's IMP Aerospace & Defence would handle in-country production of the Gripen E, and provide support over the lifetime of the fleet. The company says initial aircraft would be produced in Sweden to meet Ottawa's goal of first fighter delivery in 2025. It is still evaluating how many aircraft could be made in Canada, but says it aims to “maximise” the number. The rest of the Saab Gripen for Canada team would include CAE, which is to provide training and mission systems; Peraton Canada, which is to supply avionic and test equipment, as well as component maintenance, repair and overhaul, and material management; and GE Aviation, which is set to provide and sustain the fighters' turbine engines. https://www.flightglobal.com/fixed-wing/saab-offers-two-aerospace-centres-in-gripen-e-proposal-for-canadas-future-fighter/141602.article

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  February 12, 2018 | Local, Security

  Military to spend $170,000 so leaders can see what it's like to be stoned on marijuana

  The Canadian Forces is buying kits that will let its leaders experience what it's like to be stoned on marijuana. The “marijuana simulation kits” will include “marijuana impairment goggles,” among other items. The Canadian Forces wants to acquire 26 of the kits by April 30 or sooner if possible. “The purpose of the Marijuana Simulation Kits is to raise awareness of marijuana impairment, reduce risk of marijuana impairment, and promote healthy lifestyles within the Canadian Armed Forces,” companies who want to bid on the contract were told. “The marijuana impairment goggles, which is one of the several items included in the Marijuana Simulation Kit, allows users to experience first-hand, the deficits marijuana creates on the body.” Department of National Defence spokesman Dan Le Bouthillier said Friday that the kits will be used in the Military Personnel Command's supervisor training course. “This will help ensure that CAF members in leadership positions will be able to identify signs of, assist in detecting and provide guidance regarding, prohibited drug use,” he said. The value of the contract will only be known once bids are received, evaluated and a contract is awarded, but it is estimated at up to $170,000 over five years. The Liberal government intends to make the use of recreational marijuana legal by the summer. CBC reported this week that a Statistics Canada survey found Canadians pay an average of less than $7 a gram for pot. The kits may also be used at National Defence health fairs, community events, kiosks or other events to educate other military members, families and the public about the impact of marijuana on cognitive functioning, Le Bouthillier said. A number of firms make such devices. In 2015, Innocorp Ltd. in the U.S. unveiled green-tinted goggles that simulate “the distorted processing of visual information, loss of motor co-ordination, and slowed decision-making and reaction time resulting from recreational marijuana use.” Some police departments in the U.S. already use marijuana impairment kits for training. Participants wearing the goggles will experience the simulated effects resulting from recreational marijuana use, such as distorted processing of visual information, slower decision-making and loss of motor coordination, Le Bouthillier said. The training could include exercises such as ball tossing, simulated driving and other means of demonstrating the effect on reaction time. Le Bouthiller said the military currently uses alcohol impairment goggles in similar courses for military leaders. http://nationalpost.com/news/canada/military-to-spend-170000-so-leaders-can-see-what-its-like-to-be-stoned-on-marijuana