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  • Canada seeking qualified bidders for Polaris replacement

    17 février 2021 | Local, Aérospatial

    Canada seeking qualified bidders for Polaris replacement

    BY CHRIS THATCHER | FEBRUARY 16, 2021 Estimated reading time 7 minutes, 45 seconds. The Canadian government is inviting aerospace and other interested companies to qualify for the Strategic Tanker Transport Capability (STTC) project. Public Services and Procurement Canada (PSPC) posted the notice on the government Buy and Sell website Feb. 12 as a first step in a three-phase procurement process to replace the Royal Canadian Air Force (RCAF) CC-150 Polaris strategic airlift fleet. The invitation to qualify (ITQ), which closes on Feb. 26, is intended to identify respondents able to meet the project's security and other core requirements before moving to the tender phase. Once a qualified suppliers list is established, Procurement Canada and the Air Force will then review and refine the project requirements with companies before developing a draft request for proposal (RFP), to be issued by fall 2021. The review phase “is intended to be a collaborative process and may involve interactions such as workshops, one-on-one sessions (commercially confidential meetings), and written questions and answers,” according to the ITQ documents. “Canada will consider the feedback provided by qualified suppliers.” A formal RFP, the third phase, is expected by late 2021 or early 2022. While the process means only qualified suppliers will be invited to submit bids, the government “reserves the right . . . to re-evaluate any aspect of the qualification of any Qualified Supplier at any time during the aircraft procurement process and change their status to ‘unqualified' if they no longer meet the requirements provided in this ITQ,” according to the document. In addition, “Canada may, at its sole discretion, re-open Phase 1 – ITQ.” The RCAF is seeking a multi-role platform that can be configured for air-to-air refueling, personnel airlift, strategic government transport, aeromedical evacuations and freight movement, among other roles. The aircraft may also be used to support disaster relief, search-and-rescue and contributions to peace operations; it must also include the capacity to detect, avoid and defeat air-to-air and air-to-ground threats. In its tanker role, the aircraft must be able to refuel allied fighter jets on NATO and NORAD operations. Though the ITQ does not specify a quantity, the fleet must be large enough to concurrently provide support to three lines of tasking of “unrestricted global air mobility movements” over a 24-hour period. The STTC project was outlined in the Liberal government's June 2017 defense policy as initiative 47 to recapitalize strategic tanking and airlift with a next generation platform to replace the CC-150. The Polaris is a modified variant of the Airbus A310-300 built in the late 1980s, and operated by 437 Transport Squadron at 8 Wing Trenton, Ontario. A fleet of five was acquired in 1992 from Canadian Airlines, and two were converted to tankers in 2008. While the two CC-150Ts have been providing air-to-air refueling globally (their crucial role alongside other coalition tankers in the fight against ISIS in Iraq and Syria was highlighted in a recent RAND research brief), they only recently received full operational capability to conduct mid-air refueling on NORAD operations — a role that had previously only been done by the CC-130H Hercules tankers operated by 435 Transport and Rescue Squadron from 17 Wing Winnipeg, Manitoba, and U.S. Air Force aircraft. Boeing and Airbus have indicated interest in the program. Boeing is offering the KC-46 Pegasus, a militarized variant of the 767 widebody, while Airbus is promoting the A330 multirole tanker transport (MRTT), a variant of the A330-200 airframe. CBC has reported the government may also be assessing “whether any deal can be found among commercial airlines that are currently looking for financial relief from Ottawa,” including Air Canada. “We look forward to working with the government of Canada and engaging in [the] Strategic Tanker Transport Capability project,” Boeing Defense, Space & Security said in a statement. “Boeing's KC-46A is a wide-body, multi-role tanker, and is already certified to refuel Canadian, allied and coalition military aircraft. In addition to serving as an aerial refueling tanker, the KC-46 can be configured to accommodate cargo, passengers, or to serve as an aero-medical evacuation aircraft or any combination of all three. . . . The KC-46 offers superior interoperability, supportability and affordability benefits – coupled with a robust industry plan that will bring real, guaranteed jobs to companies all across Canada. With 183 aircraft on order and growing international interest, we expect the fleet to surpass 200 aircraft by 2029.” “We welcome Canada's invitation to qualify for the Strategic Tanker Transport Capability project,” said Simon Jacques, president of Airbus Defence and Space Canada, in a statement. “We believe that our A330 MRTT multirole-tanker is the best option in the market, and are confident that our offer will fulfill all current and future requirements for this key capability for the RCAF.” Prospective bidders will be expected to provide aircrew and maintenance training programs, and establish initial sustainment and long-term in-service support “that assures operational readiness and maintains mission effectiveness of the capability throughout its service life,” according to the ITQ. As part of the STTC project, the Air Force will improve infrastructure for 437 Squadron. In December, the government released an advanced procurement notice for a new or renovated hangar at the main operating base in Trenton, as well as upgrades to the apron and taxiways. A request for proposals is expected by summer 2021. Contenders will also have to comply with Canada's Industrial and Technological Benefits policy, which requires the successful bidder to make investments in Canadian industry and academic research equal to the value of the contract. With STTC, the government will be seeking investments that align with key industrial capabilities, including aerospace systems, systems integration, in-service support and training and simulation. https://skiesmag.com/news/canada-seeking-qualified-bidders-polaris-replacement/

  • Réunion de la dernière chance pour le futur avion de chasse européen

    17 février 2021 | International, Aérospatial

    Réunion de la dernière chance pour le futur avion de chasse européen

    Une réunion à huis clos s'ouvre en région parisienne avec les patrons des grands groupes de défense dans l'espoir de déminer les nombreux points de désaccords qui pèsent encore sur le projet de système de combat aérien du futur (SCAF). Répartition du travail, leadership, droits de propriété intellectuelle, la France, l'Allemagne et l'Espagne rebattent les cartes. Par Anne Bauer Publié le 17 févr. 2021 à 13:47Mis à jour le 17 févr. 2021 à 16:39 La réunion a démarré mercredi matin à huis clos, en banlieue parisienne. Ses participants ? Les patrons des principaux groupes de défense européens (Dassault, Airbus Defense and Space, Safran, MTU) et le délégué général pour l'armement, Joël Barre, accompagné de ses homologues allemand et espagnol. Personne ne sait quand la réunion finira. Après des semaines de vaines discussions sur le partage des t'ches sur le s ystème de combat aérien du futur (SCAF) , qui doit prendre la relève des Rafale et des Eurofighters dans les années 2040, il s'agit d'une dernière tentative de conciliation. Avec fumée blanche ou non à la sortie. Lors du dernier conseil de défense franco-allemand qui s'est tenu le 5 février dernier, le président français, Emmanuel Macron, et la chancelière allemande, Angela Merkel, ont répété leur volonté de faire aboutir les deux grands projets industriels lancés en 2017, le SCAF et le MGCS (char du futur), le premier sous leadership français, le second sous leadership allemand. La chancelière a néanmoins reconnu que « le projet d'avion du futur, dont le leadership a été confié à Dassault, se heurte à des questions de leadership, de partage des t'ches et de droits de propriété intellectuelle ». Bref, en clair, qu'il était dans l'impasse. https://www.lesechos.fr/industrie-services/air-defense/exclusif-reunion-de-la-derniere-chance-pour-le-futur-avion-de-chasse-europeen-1291157

  • Nouveau volet classifié d'IDEeS!

    16 février 2021 | Local, C4ISR, Sécurité

    Nouveau volet classifié d'IDEeS!

    Nouveau volet classifé d'IDEeS Bonjour, Le ministère de la Défense nationale (MDN) et les Forces armées canadiennes (FAC) reconnaissent que certaines des questions de défense et de sécurité les plus importantes et les plus difficiles sont de nature classifiée, et que les technologies de défense seront de plus en plus nécessaires dans les secteurs de l'information et de la communication, de la cybernétique et d'autres technologies et logiciels sensoriels et informatiques émergents. Le MDN et les FAC recherchent des solutions scientifiques et technologiques (S & T) novatrices pour relever les défis classifiés du Canada en matière de défense et de sécurité par le biais d'un processus d'appel de propositions classifié. Les défis classifiés auront une désignation de sécurité secrète. Le MDN/FAC appuiera les défis du volet classifié afin d'augmenter la base de fournisseurs ayant des capacités classifiées pour le MDN, et de traiter des sujets spécifiquement liés à la mission du MDN/FAC. Le volet classifié permettra de partager des informations sécurisées sur les défis classifiés afin de proposer des solutions adaptées. Les sept domaines actuellement à l'étude sont les suivants: Guerre sous-marine Fusion et automatisation des données dans le nuage Charges utiles des capteurs spatiaux Lutte contre la menace des explosifs (LME) Vaincre les dispositifs explosifs improvisés radiocommandés (DEI-RC) Systèmes anti-drones (C-UAS) Intégration des systèmes du soldat Travaux publics et Services gouvernementaux Canada (TPSGC) lance la présente demande de renseignements (DDR) au nom du programme IDÉeS du MDN et des FAC, afin d'obtenir les commentaires de l'industrie sur l'élaboration éventuelle d'un appel de propositions (AP) pour le volet classifié. Pour consulter la demande de renseignements, veuillez cliquer sur le lien suivant : https://achatsetventes.gc.ca/donnees-sur-l-approvisionnement/appels-d-offres/PW-21-00945859 Nous vous invitons à nous faire part de vos commentaires et attendons avec impatience le lancement prochain du nouveau volet classifié d'IDEeS ! Merci, Eric Fournier Directeur général Innovation Innovation pour la défense, l'excellence et la sécurité (IDEeS)

  • Bordeaux : la chaire « Défense et Aérospatial » renouvelée

    16 février 2021 | International, Aérospatial, Naval, Terrestre, C4ISR, Sécurité

    Bordeaux : la chaire « Défense et Aérospatial » renouvelée

    Les partenaires de la chaire Défense et Aérospatial (Sciences Po Bordeaux et l'université de Bordeaux) ont souhaité poursuivre leur engagement au sein de la chaire pour trois années supplémentaires, à compter du 1er janvier 2021. La chaire est le fruit d'une coopération entre deux établissements de l'enseignement supérieur et de la recherche, Sciences Po Bordeaux et l'université de Bordeaux, et cinq acteurs majeurs de la base industrielle et technologique de défense : ArianeGroup, le CEA et sa Direction des Applications militaires, Dassault Aviation, Safran et Thales. Initiée fin 2013 par le général Jean-Marc Laurent, la chaire est devenue opérationnelle le 1er janvier 2015, pour trois années initiales. Ses partenaires industriels se sont déjà réengagés pour une deuxième période de trois ans (2018-2020). Sur le plan opérationnel, la chaire développe des actions innovantes de formation (création de formations initiales, continues, spécifiques), de recherche (travaux sur la conflictualité entre puissances et le spatial de défense) et de diffusion des savoirs. Aerobuzz du 16 février

  • Photonis est racheté par HLD

    16 février 2021 | International, C4ISR

    Photonis est racheté par HLD

    Le holding d'investissement HLD a signé le rachat de Photonis, après le rejet de l'américain Teledyne par le ministère des Armées. La transaction s'élèverait à 370 millions d'euros environ. « Avec HLD, holding animé par Cédric Chateau qui détient également le spécialiste aéronautique Rafaut et qui n'a pas d'échéance de détention, Photonis trouve un actionnaire de long terme et sous capitaux familiaux européens », soulignent Les Echos. « La reprise de Photonis par HLD constitue une très bonne nouvelle, pour laquelle Florence Parly s'est impliquée personnellement », fait savoir le cabinet du ministère des Armées, cité par Le Figaro. Les Echos, Le Figaro et La Tribune du 16 février

  • Can UAM, Advanced Air Mobility Escape From The Hype Phase?

    16 février 2021 | International, Aérospatial

    Can UAM, Advanced Air Mobility Escape From The Hype Phase?

    Michael Bruno Stop me if you have heard this before: A whole new class of aircraft will democratize and revolutionize seemingly everything, starting with air travel. Will it be advanced air mobility or maybe very light jets? Aviation consultant Brian Foley recalls the latter while thinking of the former, since both are in the news recently. Disruptive paradigms are not a new threat to aviation, even this century, he notes. The Eclipse very light jet (VLJ) was intended to make airborne commuting more of a reality before it became a $1.5 billion “smoking crater in the ground.” In November, the U.S. Bankruptcy Court for the District of Delaware authorized the sale of Eclipse Aerospace and the Eclipse Aircraft project to AML Global Eclipse, backed by British businessman Christopher Harborne, for $5.25 million. Now some observers wonder whether urban air mobility (UAM) and advanced air mobility (AAM) will experience something similar. “There are two sides of the fence, and you're either on one side or another,” Foley pointed out in a recent edition of the Aerospace Executive Podcast with talent finder Craig Picken. “One side of the fence is that this is disruptive technology, and this will just change the whole landscape of how people travel in cities and between regional points. Some investors believe that, too, and they are putting some chips down on the different potential winners if this thing does come out on the other end and is successful. “There are others that are a little bit curious to see how this thing works,” Foley continued. “We've had helicopter service for years, which isn't all that much different. There are some concerns over noise—these things are overgrown drones.” Yes, billions of dollars are pouring into UAM/AAM, but is it actually significant yet? Silicon Valley is behind this, as are multiple other investors. But UAM/AAM represents a fraction of their investments, which are otherwise cast far and wide and could include UAM/AAM only as a one-off gamble. “Even though it seems like a big number to us, it's just pocket change to them,” Foley said. “They hope there is a return. Right now, there are as many arguments why it's going to succeed and won't succeed.” Such context is easy to forget amid the flurry of recent headlines, such as Joby Aviation's takeover of Uber Elevate and a reported public trading debut on the horizon. What is more, consultants continue to publish eye-catching reports about the market's value in coming decades. The latest from Deloitte consultancy and the Aerospace Industries Association (AIA) says the UAM/AAM sector could be worth $115 billion a year by 2035, employing more than 280,000 “high-paying” aerospace workers and generating an annual $20 billion in U.S. exports. “It's become increasingly apparent that this particular area has become more real,” AIA Vice President for Civil Aviation David Silver told Aviation Week ahead of the release of the Jan. 26 study. “This is very real technology that is just on the horizon, and there is no single silver bullet that is going to make it happen.” Deloitte's global and U.S. aerospace and defense leader, Robin Lineberger, concurred during the interview. The report pushes for a sustained, collaborative approach by the public and private sectors for electric vertical-takeoff-and-landing (eVTOL) aircraft to be widely accepted and adopted, sooner rather than later. “With the market poised to grow sevenfold between 2025 and 2035, it's important for U.S. policymakers and industries to cooperate now to ensure American leadership in this transformative emerging sector,” he said. Already, the global race for AAM leadership is intensifying, the groups said, and the U.S. faces strong competition from China, Germany and South Korea. As a result, the AIA-Deloitte document calls for streamlined eVTOL testing and certification as well as seamlessly integrating aircraft into the U.S. airspace system. Silver said it is important to shed light on the issue now, at the beginning of the Biden administration, as Washington is expected again to consider domestic infrastructure development as a key priority. The point is to broaden policymakers' horizons, he said, so that they wonder, “Are we even asking the right questions?” Still, other observers point out that—like almost everything in aerospace—paradigm shifts come slowly compared with other business sectors. Take the City-Airbus vision from the European giant: “Realistically, we will have to wait until the end of the decade to see more than a demonstrator,” Airbus Helicopters CEO Bruno Even acknowledged in a November press briefing. Even's boss, Airbus CEO Guillaume Faury, was even more clear-eyed days later in a separate online debate with an automotive CEO. Faury explained that eVTOL projects, such as the Vahana two-seater and the CityAirbus four-seater, should be seen primarily as low-cost demonstrators for future technology on commercial aircraft. Faury stressed: “There will be a market eventually, but profitability will be tricky at the start." https://aviationweek.com/aerospace/urban-unmanned-aviation/can-uam-advanced-air-mobility-escape-hype-phase

  • Russian Company Plans New Generation Of Missiles

    16 février 2021 | International, Aérospatial

    Russian Company Plans New Generation Of Missiles

    Piotr Butowski Moscow-based GosMKB Vympel, which designs air-to-air missiles, is funding its own research on what appears to be the continuation of a short-range missile project that had been halted decades ago. In late January, the company summarized its research and development work conducted in 2020. The most interesting project appears to be its research on “shaping the appearance of a future product 300M.” This work, financed by Vympel's long-term development fund, is to lay the scientific and technical groundwork for the Russian military and increase the company's export prospects, the company says. Undoubtedly, the current izdeliye 300M (“izdeliye” means “product” in Russian) is a further development of the K-30, or K-MD, short-range missile project, launched by Vympel in 1986 as part of its work on arming the fifth-generation MiG multirole fighter, which was halted in 1994 due to a lack of funding. Later, Vympel offered the 300 project while working on how to arm the Sukhoi PAK FA (Su-57) fighter. In 2006, the company said the 300 missile could have been ready in 2013, if enough funding had been available. Gennady Sokolovsky, the head of Vympel at the time, said that the 300 missile would “significantly exceed foreign missiles of a similar type.” The 300 was to be fitted with a new Merlushka, or “lambskin,” imaging infrared seeker developed by the AOMZ tactical missile company, enabling target identification and a lock-on range twice as great as its predecessors. The dual-pulse, solid-propellant motor was to provide relatively large specific impulse (about 100s), a measure of the engine's efficiency. The 300 missile was to have jet-vane gas controls instead of spoilers placed in the engine nozzle, as is the case with the current R-74 missiles. The efficiency of the variable gas nozzle is greater than that of spoilers; moreover, the presence of spoilers in the nozzle causes a loss of thrust. Judging from the course of events, plans to resume the 300 project were not approved at the time, and the simpler R-74M2, otherwise known as izdeliye 760, was chosen as the primary close air-combat missile for the Su-57. How the current 300M project changed compared with the previous version is not known, but most likely the modifications did not alter the overall configuration. If the changes were really significant, the project would have received a new index, not just an additional M letter. Certainly, the element base in the seeker and control system is new; the engine also may be improved. Of course, the 300M missile remains at the conceptual research stage, which usually does not yet involve the actual construction of a missile. According to Vympel's announcement, another short-range missile performed “about 30 firing tests” in 2020 as part of state evaluations, the final stage of tests before the missile is approved for full-scale series production. The announcement probably refers to the R-74M2, izdeliye 760, missile, which started firing tests on April 8, 2016, and in July 2019 was submitted for state evaluations on the Su-57. The Vympel R-74M2 is a further development of the in-service R-74M izdeliye 750 with the cross-section reduced so it can be fitted inside the internal quick-launch weapons bays of the Su-57. The remaining information provided by Vympel about its 2020 research and development work is very general. The types of weapons are not named, and only the categories are defined. In the long-range air-to-air missile class, one of the missiles “completed preliminary tests to the extent sufficient for the construction documentation to be awarded the letter ‘O.'” In the parlance of the Russian defense industry, the letter “O” denotes permission to make an initial serial batch of missiles. Vympel could be referring to a new-generation heavy missile, the izdeliye 810, intended for internal carriage in the Su-57 fighter. The 810 missile, never presented to the public, began undergoing firing tests on July 6, 2017; its maximum range is estimated at 300 km (186 mi.). https://aviationweek.com/defense-space/missile-defense-weapons/russian-company-plans-new-generation-missiles

  • Sikorsky to upgrade HH-60W helo to improve on 2012 baseline capabilities

    16 février 2021 | International, Aérospatial

    Sikorsky to upgrade HH-60W helo to improve on 2012 baseline capabilities

    by Gareth Jennings The US Air Force (USAF) is to contract Sikorsky to upgrade its HH-60W Jolly Green II combat search and rescue (CSAR) helicopter to improve on the 2012 requirements baseline. The service disclosed on 11 February that the manufacturer is to bring the capabilities of the Combat Rescue Helicopter (CRH) up to today's specifications, ahead of the commencement of full rate production in fiscal year 2022. “The current system specification reflects a 2012 requirements baseline which was defined and frozen prior to the 2014 CRH contract awarded for the engineering and manufacturing development (EMD) phase,” the USAF said in its sole-source justification document posted on the beta.sam.gov US government procurement website. “During the last five years of EMD execution, the original CRH requirements baseline has evolved as a result of changes in threat conditions and evolving mission requirements. The response to this operational need is the driver for the continuance of new capability development and integration into the CRH baseline.” In response to this requirement, the USAF is to award Sikorsky a USD980.7 million contract over a five-year ordering period, with the work itself to run for seven years. News of the planned award came some 16 months after the USAF issued a request for information (RFI) on 1 October 2019 to assess the ability of companies and industry at large to perform development, integration, verification, production, and installation of a broad spectrum of capability upgrades for the CSAR helicopter, which at that time had only recently been cleared to enter into low-rate initial production (LRIP). https://www.janes.com/defence-news/news-detail/sikorsky-to-upgrade-hh-60w-helo-to-improve-on-2012-baseline-capabilities

  • SOUCY INTERNATIONAL Inc. ( DEFENSE DIVISION ) AWARDED CONTRACT TO INTEGRATE SEGMENTED COMPOSITE RUBBER TRACK ON TO U . S ARMY OMFV TECHNOLOGY DEMONSTRATOR

    16 février 2021 | Local, Terrestre

    SOUCY INTERNATIONAL Inc. ( DEFENSE DIVISION ) AWARDED CONTRACT TO INTEGRATE SEGMENTED COMPOSITE RUBBER TRACK ON TO U . S ARMY OMFV TECHNOLOGY DEMONSTRATOR

    SOUCY INTERNATIONAL Inc. (DEFENSE DIVISION) AWARDED CONTRACT TO INTEGRATE SEGMENTED COMPOSITE RUBBER TRACK ON TO U.S ARMY OMFV TECHNOLOGY DEMONSTRATOR 11 February 2021 – Drummondville QC Canada, Soucy International Defense Division, has been awarded a contract to manufacture and deliver prototype Segmented Composite Rubber Track (SCRT) systems for the U.S Army Ground Vehicle Systems Center (GVSC) as part of the Platform Electrification and Mobility (PEM) project This project has been created to help develop, integrate and test essential electrification and mobility technologies necessary for soldier experimentation of manned and unmanned Next Generation Combat Vehicle (NGCV) platforms. Within the NGCV program, there is the Optionally Manned Fighting Vehicle (OMFV) and the Robotically Controlled Vehicle (RCV). Soucy will refine existing SCRT technology as part of the OMFV Demonstrator within the PEM program that is aimed to achieve its goal of silent mobility, reduce track system weight compared to conventional steel tracks, reduce rolling resistance, and ease maintenance and logistical burden. One of the major technical objectives of the PEM project is to provide silent mobility for a 50-ton tracked vehicle. Continuous composite rubber track (CRT) solutions provide significant noise and vibration reduction compared to a typical steel track. Soucy CRT has made great improvements over the last 15 years, with the continuous, single loop design providing significant reductions in weight; vibration; acoustic and thermal signature; increased fuel efficiency, and ease of maintenance, allowing for reduced logistical support. Segmentation of a composite rubber track could potentially further reduce soldier physical maintenance burden, vehicle installation time, and ease overall sustainment challenges in a contested operational environment. This prototype will allow the United States (US) Army and Ground Vehicle Systems Center (GVSC) to evaluate demonstrated options of different track systems for the OMFV program. -ends- Media Contacts: Angeline Heckel-Elies, Soucy Defense Division, +1 (819) 474 4522, Angeline.heckel-elies@soucy-group.com About CRT Tracks Increased durability over conventional steel tracks. Reduced vibration (up to 70%), noise (up to 13dB), thermal signature, braking distance, vehicle weight (up to 50%) and fuel consumption (up to 30%). Reduced vehicle crew fatigue. Significant reduction in life cycle costs and virtually maintenance free. Elimination of damage to infrastructure. About Soucy Soucy has been established for 50 years and specialize in the design, development, and manufacturing of CRT. Soucy supply a variety of components and parts for major manufacturers of power sport, industrial, agricultural and Defense vehicles around the world. Since entering the Defense market 26 years ago, the demand for Soucy's products has grown, and now being utilised in 12 counties worldwide. Soucy's expertise and knowledge of rubber track applications lie in compounding and track construction. The key elements in exceeding the specifications of traditional Steel Tracks and meeting customer requirements is the relationship between the Gross Vehicle Weight (GVW) and rubber heat generation, this balance is critical in the design of CRT. www.soucy-defense.com

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