9 juin 2021 | Local, Aérospatial

Accéder à la présentation - Entraînement initial des pilotes des futurs chasseurs (EIPFC) DDR (W6369-210262/A)

Voici le lien qui permet d'avoir accès à la présentation faite le 1er juin dernier pour le projet FLIT.

https://buyandsell.gc.ca/procurement-data/tender-notice/PW-FF-002-28209

Sur le même sujet

  • Defence Investment: Strong, Secure and Engaged

    22 mai 2019 | Local, Aérospatial

    Defence Investment: Strong, Secure and Engaged

    By Jon Robinson What the RCAF gains in Canada's 20-year Defence plan A few straightforward statistics – among mountains of convincing data available to be pulled – describe Canada's need for its historically aggressive Strong, Secure, Engaged policy first introduced in mid-2017 for the Canadian Armed Forces. This includes the pending, marque procurement of a new-generational fighter fleet, given the age of Canada's current CF-188 Hornets first procured in 1983. What's more, the Canadian Armed Forces (CAF) pegs its responsibility as covering an area greater than 15 million square kilometres. Statistics from the Department of National Defence (DND) indicate approximately 600,000 aircraft enter and exit Canadian air-space annually, among some 4.3 million total flights, including 90,000 transpolar flights. There are 800,000 ship movements annually within Canadian waters, according to DND, and more than 8,000 search-and-rescue call outs per year. At the Canadian Aerospace Summit held in Ottawa in mid-November 2018, Brigadier-General Michel Lalumière shared these statistics on the opening slide of his presentation to members of the Aerospace Industries Association of Canada, along with succinct words about the importance of the Royal Canadian Air Force (RCAF): Canada's defence and security depends on air power – Geography determines; history proves it. From search and rescue (SAR) missions and disaster response to NORAD cooperation and NATO commitments, the RCAF in terms of spending allocation will be the biggest benefactor of Strong, Secure, Engaged (SSE) among all branches of the CAF. SSE is built on a 20-year horizon to meet more than 200 CAF objectives, but it is being driven by a significant, initial 10-year increase in defence cash spending from $18.9 billion in 2016/17 to $32.7 billion in 2026/27 – an increase of more than 70 per cent. The government of Canada's total defence spending over the next 20 years is projected to reach $553 billion on a cash basis. By 2024/25, defence spending in Canada will grow to 1.4 per cent of GDP, while the expenditure on major equipment will also reach 32 per cent, exceeding the NATO target of 20 per cent. These near-term projections are largely based on the timeline of CAF's Future Fighter Capability Project, targetting a commitment to acquire 88 advanced fighter aircraft with first deliveries anticipated in 2025. SSE is now organized under the government's Defence Investment Plan, which was made public for the very first time in late May 2018 by Defence Minister Harjit Sajjan. For continued transparency, the Investment Plan will be refreshed annually and approved by the Treasury Board every three years. RCAF investments The 20-year plan for the RCAF with new investments alone will reach $46.5 billion, which accounts for 49.4 per cent of the CAF's total spend of $93.9 on capital projects. This will be focused on what is described as 52 critical equipment, infrastructure and information technology projects. There are some discrepancies in the numbers with SSE being introduced in 2017 and the Investment Plan launching in 2018. The latter document pegs total spending on capital projects at around $107.9 billion, when also including services and goods, with $47.2 billion earmarked for the RCAF. The increase in capital project spending outlined in SSE is attracting the attention of domestic and international suppliers from every facet of aviation and aerospace; largely because the policy moves well beyond the Future Fighter program to touch on 16 other large projects, including: Acquiring space capabilities to improve situational awareness and targeting; integrating new command and communications systems; replacing air-to-air tanker transport, utility transport and multi-mission aircraft fleets; investing in medium-altitude remotely piloted systems; modernizing air-to-air missile capabilities; upgrading air navigation, management and control systems; acquiring new aircrew training systems; recapitalizing existing capabilities until the arrival of next-generation platforms; sustaining domestic SAR capabilities; and operationalizing the CAF's new fixed-wing SAR fleet. The majority of SSE spending on capital projects, when categorized by asset class under the Investment Plan, is earmarked for equipment, accounting for approximately $76.9 billion, followed by what the government labels as “other” at $14.1 billion; IM/IT at $12.1 billion; and infrastructure at $4.9 billion. As BGen Lalumière explains, the scope of SSE has developed a need for expansive Request for Proposals, including the first draft sent out in October 2018 for the Future Fighter program, inviting Boeing, Dassault, Eurofighter Jagdflugzeug GmbH, Lockheed and Saab to participate in the process. The formal RFP for Canada's Future Fighter program is expected to be released this spring, with a contract then awarded in 2021/22. “You need to fully understand the size of the challenge... by and large our geography can be described as four and a half time zones, or six and a half time zones depending how far out to sea, including the economic exclusive zones we care deeply about. We are 45 degrees of latitude north to south,” explains Lalumière. “When you are in defence you do not wait for what is fast and easy to come at your border. Of course, we look much further than this and [therefore] we are quickly interested in a quarter of the planet at all times.” In February 2019, the RCAF took delivery of two Australian F/A-18A Hornets, at 4 Wing Cold Lake, Alberta, as part of an interim measure until Canada's new fighter fleet is secured and delivered. Canada initially planned to buy 18 new Boeing Super Hornets, but scrapped that plan in late-2017 in favour of 18 Australian F-18 Hornets – expected to be delivered at regular intervals until the end of 2021. This is part of SSE policy to ensure Canada has mission-ready aircraft to meet domestic and international obligations. The move was also linked to political motivations following Boeing protests with the World Trade Organization (WTO) around unfair subsidies provided by the Canadian government to Bombardier for its CSeries aircraft program, now under majority control of Airbus and renamed as the A220 Series. This same logic, however, would place the Saab Gripen E/F bid in the Future Fighter program at a disadvantage after Brazil in 2018 registered its own WTO complaint around Bombardier subsidies. With Brazil's 2014 commitment to the Saab Gripen platform, Embraer became a major partner to manufacture the aircraft and to also help develop the two-seat F variant of the Gripen – with the E variant being the single seater. With Dassault's self-removal from the Future Fighter RFP (confirmed on November 8 by Agence France-Presse), the idea of WTO disputes impacting procurement would leave just one viable Future Fighter candidate in the Eurofighter Typhoon, but even this multi-nation platform (Airbus, Leonardo, BAE) would create complications considering newly proposed U.S. tariffs targetting civil aircraft from the European Union, specifically what the Office of the U.S. Trade Representative labels as launch subsidies given to Airbus and impacting Boeing. Given today's range of WTO aviation disputes, it becomes difficult to predict how political pressures of the day might influence Canada's Future Fighter RFP, particularly when the fleet is projected to last into the 2060s. Canada, as an early industrial partner of the F-35 Joint Strike Fighter Program, has not been immune from domestic pressures concerning its Future Fighter decision. Despite its participation in the F-35 program since 1997, Justin Trudeau's Liberal government in November 2015, just days after being elected into office, cancelled an order for 65 Lockheed Martin F-35 aircraft. The order was made in 2010 by Stephen Harper's Conservative government, which in 2012 was then accused of lying to Canadians about the cost of the F-35s. The Conservatives, according to the National Post (April 2012), pegged the cost at around $16 billion, including $9 billion for the aircraft and another $7 billion for maintenance and training, even as the government knew the true cost would be around $25 billion. In October 2018, however, The Globe and Mail reported Canada paid another $54 million toward development of the F-35 stealth fighter, bringing its total investment in the joint program to approximately half a billion dollars over the last 20 years. Participating in the program provides countries with access to supplier contracts and price reductions on the purchase of F-35 aircraft, which will ultimately be a major factor in determining which supplier wins the Future Fighter bid. From fighters to strategic transport On April 17, 2019, Lockheed Martin announced it has moved some F-35 suppliers to what it calls longer-term Performance Based Logistics contracts and Master Repair Agreements – beyond what had been one-year contracts – to improve supply and reduce costs. The F-35 Joint Program Office (JPO) states the F-35's newer production aircraft are now averaging greater than 60 per cent mission-capable rates. Lockheed Martin has reduced its portion of operating costs per aircraft by 15 per cent since 2015. The F-35 JPO goal is to deliver 80 per cent mission capable rates in the near term, and achieve a $25,000 Cost per Flight Hour by 2025. In April 2019, Inside Defense reported the F-35 JPO has been working with the prime contractor Lockheed Martin and engine-maker Pratt & Whitney to reduce the cost of the F-35A to $80 million by 2020. Inside Defense also reported that Lockheed Martin expects to increase production rates by 40 per cent in 2019 with the delivery of 131 F-35 aircraft. These projections are significant in that it aligns the initially expensive F-35 platform with the other Future Fighter contenders on both cost per flight hour and cost per unit. A primary difference between the Future Fighter contenders is that the F-35 is classified as a true fifth-generation fighter relative to fourth-generation platforms, which are sometimes noted as 4.5 generation based on potential upgrades. Fourth-generation fighters are naturally less expensive based on per-unit costs, but also raise concerns around upgrades and effectiveness against potential threats out to 2060, as Russia prepares to introduce the Sukhoi Su-57 in 2019 and China continues developing the Chengdu J-20 – both being fifth-generation fighters. The new SSE vision for Canadian defence translates Strong as Home, Secure as North America, and Engaged as World. The Secure portion of the policy outlines Canada's intent to eliminate threats in North America primarily through its NORAD partnership with the United States. Dassault noted Canada's extensive interoperability requirements with U.S. forces as a primary reason for its RFP withdrawal. The opening of the Arctic – and clear intentions from Russia and Nordic countries to gain control in the polar region – places more emphasis on developing defence capabilities in tandem with the U.S. But this cooperation can also be found in SSE surveillance and communications projects. SSE does not expressly account for a North Warning System Replacement, but it is on the table as a NORAD project. The Defence Investment Plan also holds a range of measures for improved sensors and control. BGen Lalumière in October describes these as SSE highlights, including the acquisition of new Tactical Integrated Command, Control and Communications, radio cryptography, and other necessary systems (Tic3Air), as well as upgraded air navigation management and control systems (MFATM); space-based development projects like the RADARSAT constellation mission; medium earth orbit search and rescue (MEOSAR); defence enhanced surveillance from Space (DESS-P); and Surveillance of Space 2 (SofS 2). Lalumière also points to SSE highlights directly affecting the future of CAF aircraft (around 350 among all current Canadia military fleets). The new Strategic Tanker Transport Capability project to replace the CC-150 and CC-130T is to provide a first draft proposal in 2027, although the CAF has expressed a desire to accelerate that timeline. The fixed-wing SAR C295W project expects to see its first proposal in 2019. The Utility Transport Aircraft project to replace the CC-138 Twin Otter is expected to begin in 2025 and the Canadian multi-mission aircraft project, to replace the CP140 Aurora, is expected in 2033. The timeline for the Remotely Piloted Aircraft System project for medium-altitude ISR & Strike capabilities is still to be determined, but companies are already positioning themselves to be a part of the process. The Cormorant Mid-Life Upgrade modernization project is currently ongoing and noted by Lalumière as a key part of SSE. The Future Fighter program also relates to major investments in training, defined in part as the Fighter Lead-In Trainer project. Current training is provided under contract with CAE for what is defined as NFTC (NATO Flying Training in Canada). The CFTS portion for advanced flight training of both multi-engine and rotary-wing is currently under contract with KF Aerospace. A third component for Air Combat Systems Operators and Airborne Electronic Sensor Operators is currently provided by 402 Squadron, which will be rolled into an overall SSE training project called Future Aircrew Training (FAcT). The CAF is clearly putting an emphasis people as the ultimate SSE ingredient to achieve its objectives. This includes programs around health and wellness, civilian life transition, tax relief and diversity. SSE targets an increase to the CAF's regular force by 3,500 personnel, as well as an increase of 1,500 in the reserve force. Approximately 12,000 personnel are currently in RCAF's regular force, as well as 2,100 reserves and 1,500 civilians. “People will be the limitation in our ability to move at this pace,” explains Lalumière. “Twenty years, 10 years happens very quickly when it is all dependent on people.” https://www.wingsmagazine.com/defence-investment-strong-secure-and-engaged/

  • Industry updates: New search and rescue aircraft to fly in Canada in mid-2020, second Offshore Fisheries Science Vessel delivered

    2 janvier 2020 | Local, Aérospatial, Naval, Sécurité

    Industry updates: New search and rescue aircraft to fly in Canada in mid-2020, second Offshore Fisheries Science Vessel delivered

    DAVID PUGLIESE, OTTAWA CITIZEN The month of December saw movement on two major defence and security related equipment programs. The RCAF announced it accepted the first Fixed Wing Search and Rescue aircraft from Airbus even as the military tried to work out issues with technical manuals for the C-295 plane. “We will continue to work with Airbus to ensure the acceptability of remaining work, including revision of technical manuals, completing training for the initial RCAF crews and conducting initial operational testing and evaluation in Spain in the first half of 2020,” explained Department of National Defence spokesman Jessica Lamirande. “The aircraft will be flying in Spain by the spring of 2020 with the completion of qualification work and training for RCAF personnel. It will only fly in Canada when it arrives in mid-2020.” Seaspan Shipyards announced Dec. 10 that it completed the delivery of CCGS Capt. Jacques Cartier, the Canadian Coast Guard's newest Offshore Fisheries Science Vessel or OFSV. It is the second OFSV delivered by Seaspan, which was her sister ship, the CCGS Sir John Franklin. These two ships are the first large vessels delivered under the National Shipbuilding Strategy. More than 600 Canadian firms were involved in the project, reported Esprit de Corps military magazine. Equipped to support Fisheries and Ocean scientists in the collection and analysis of data on Canada's marine ecosystems and the impacts of climate change, the vessel features a full suite of modern systems, including high-tech fishing trawls and four science labs — a wet lab, a dry lab, an ocean lab and a control lab, Seaspan noted. The OFSV also has a deployable drop keel, loaded with a wide array of sensors to support the vessel's research mandate. The CCGS Capt. Jacques Cartier will also support search and rescue operations and environmental response. A third OFSV under construction at Seaspan Shipyards is structurally complete and on schedule to be delivered in August 2020, Seaspan added. In the meantime, Collins Aerospace Systems used the Dubai Air Show to highlight the fact that the new C-295 aircraft come equipped with the firm's state-of-the-art Pro Line Fusion flight deck, Esprit de Corps military magazine reported. That will significantly advance the capabilities of C-295 operators, according to Collins Aerospace Systems. The selection marks the first fixed-wing search and rescue platform to include Pro Line Fusion among its standard equipment. The Pro Line Fusion flight deck designed for the C-295 includes Collins touchscreen displays to provide a more intuitive interface for pilots to interact and customize their information on the flight deck; night-vision goggle capability; Head-Up Displays that enable the pilot to keep their eyes up for enhanced situational awareness; Enhanced Vision System (EVS) sensor that allows pilots to see in low-visibility conditions; overlaid weather radar that shows a graphical depiction of weather along the flight plan for easy viewing; Integrated Terrain Awareness and Warning System that enables high-resolution 3D obstacle depiction and enhances mission safety, and fully integrated Mission Flight Management Systems supporting Search and Rescue patterns, Computed Air Release Points and High Altitude Release Points. L3Harris Technologies delivered two F/A-18 Hornet aircraft to NASA in November after successfully completing depot-level modifications and repair work. The two aircraft were delivered to NASA by L3Harris Canadian Fighter Center of Excellence in Quebec. Vertex Aerospace LLC selected L3Harris to work on the NASA F/A-18 Hornet aircraft in 2018. As part of the scheduled maintenance work, L3Harris addressed structural modifications, while maximizing the availability of the aircraft for operational use. The work involved structural modifications to eliminate flight and landing restrictions. L3Harris has specialized in developing and implementing F/A-18 structural modification and life extension solutions, having already completed structural programs for the Royal Canadian Air Force and the Royal Australian Air Force, and assisting other F/A-18 users, including the Swiss Air Force, the Finnish Air Force, and the U.S. Navy. https://ottawacitizen.com/news/national/defence-watch/industry-updates-new-search-and-rescue-aircraft-to-fly-in-canada-in-mid-2020-second-offshore-fisheries-science-vessel-delivered

  • Bombardier livre le premier de trois avions d’affaires Global 6000 pour la flotte de la Luftwaffe

    19 septembre 2019 | Local, Aérospatial

    Bombardier livre le premier de trois avions d’affaires Global 6000 pour la flotte de la Luftwaffe

    Bombardier livre le premier de trois avions d'affaires Global 6000 pour la flotte de la Luftwaffe L'avion long-courrier Global 6000 répondra aux besoins de transport diplomatiques et parlementaires allemands Offrant une fiabilité de premier ordre, une technologie de pointe et le vol en douceur emblématique de Bombardier, l'avion Global 6000 est idéal pour les missions gouvernementales et le transport de personnalités Bombardier doit livrer deux autres avions au gouvernement allemand en 2019 MONTRÉAL, 17 sept. 2019 (GLOBE NEWSWIRE) — Bombardier a fièrement livré le premier de trois avions d'affaires Global 6000 destinés à être utilisés par la Luftwaffe, les forces aériennes de l'Allemagne. La Luftwaffe, exploitant de longue date d'avions Bombardier, utilisera les biréacteurs d'affaires Global 6000 pour répondre aux besoins de transport des secteurs politiques et parlementaires. « Bombardier est ravie que la Luftwaffe ajoute l'avion Global 6000 à sa flotte », a déclaré David Coleal, président de Bombardier Aviation. « Notre équipe des Avions spécialisés a b'ti des relations de longue date avec des gouvernements du monde entier qui ont confiance en la sécurité et en la performance de nos produits. » La division des Avions spécialisés de Bombardier offre des solutions sur mesure aux exploitants, avec un portefeuille diversifié d'avions qui peuvent assurer les missions de transport aérien les plus exigeantes et les plus critiques en diverses configurations. Les avions Global de Bombardier sont particulièrement intéressants en raison de leur ponctualité de départ, de leur vitesse, de leur agilité et de leur endurance excellentes, ainsi que de leurs coûts d'exploitation optimisés. Propulsés par des moteurs BR710 de Rolls-Royce, développés et construits par Rolls-Royce Deutschland à Dahlewitz, en Allemagne, l'avion Global 6000 a suffisamment d'autonomie pour des vols sans escale intercontinentaux, ce qui est idéal pour les besoins de transport des secteurs politiques et parlementaires. L'avion Global 6000 assure également un vol en douceur qui réduit la fatigue des grands voyages, tant pour les passagers que pour l'équipage, tandis que son poste de pilotage évolué Bombardier Vision est doté d'un affichage tête haute avec la vision améliorée et la vision synthétique, ce qui permet une meilleure expérience de pilotage. La livraison de l'avion resserre les importants liens entre Bombardier et l'Allemagne, où l'avionneur est le principal fournisseur d'avions d'affaires. Bombardier Transport, chef de file mondial de l'industrie ferroviaire, a son siège social à Berlin. http://www.lesailesduquebec.com/bombardier-livre-le-premier-de-trois-avions-daffaires-global-6000-pour-la-flotte-de-la-luftwaffe/

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