Canada delays $3.6 billion Reaper buy until drones can work in Arctic

On the same subject

• 

  January 11, 2021 | Local, Aerospace, C4ISR, Security

  CRIAQ START-UP - Deadline January 22nd 2021

  Program details The CRIAQ Start-up Grant is targeted for Quebec start-ups active in the aerospace sector. Through a competitive process, CRIAQ will award two $10,000 grants per year in support of the technological development of two start-ups, under the rationale that this funding will help to bring the development of the product or service into alignment with potential users and customers. Project submission and approval process To be eligible for this grant, the company must be a start-up in and at least a portion of its activities must be geared toward the aerospace industry (products, services, solutions) and must be a good standing member of CRIAQ or must commit to become one before the grant is awarded. Elements to be considered will include the following: Date of incorporation within the last two years Number of employees (fewer than ten) Participation in a recognized incubator or accelerator Etc. Proposals will be evaluated according to the following four (4) criteria: Novelty of the product or service Technical feasibility Aerospace business opportunity potential Quality of the team It is also important to note that applications from companies stemming from a CRIAQ research project will be evaluated positively. Application and additional information The form below must be completed and submitted no later than January 22, 2021. The evaluation will be completed by February 5, 2021. Recipients must be available between February 16-19, 2021 for the announcement to be made at the CRIAQ RDV Forum. https://www.criaq.aero/en/program/criaq-start-up/

• 

  October 31, 2018 | Local, Aerospace

  Ottawa sticking to F-35 program as it gets ready for full fighter competition

  DANIEL LEBLANC Canada is facing a complex challenge as it gets ready to launch a full competition for new fighter jets stemming from its long-standing involvement in the international coalition that is building the Lockheed Martin Corp. F-35 stealth aircraft. The federal government confirmed on Monday that it will maintain its membership in the F-35 consortium. At the same time, Ottawa is getting ready to send out requests for proposals for new fighter jets to five potential bidders, including Lockheed Martin. Federal officials insist that all bidders will have to adhere to Canada's Industrial and Technological Benefits policy (ITB), which requires the winning supplier to “make investments in Canada equal to the value of the contract." The cost of replacing the Royal Canadian Air Force's current fleet of CF-18s is estimated at $26-billion. Under the rules of the F-35 consortium, however, partner countries such as Canada must forego such regional offset programs, which have long been a central element of Canadian military acquisitions. Earlier this year, Canada paid $54-million to remain in the F-35 buyers' pool. “We're keeping our involvement alive to get access to that product at the best possible terms,” Pat Finn, an assistant deputy minister at the Department of National Defence, said in an interview on Monday. “If the F-35 were to win, the lowest cost access to the aircraft is through the partnership. Having been involved from the outset, we don't want to lose the privilege of that." Since 1997, Canada has paid nearly half a billion dollars to stay in the F-35 consortium. Jeff Waring, a director-general at Innovation, Science and Economic Development Canada, said it will be up to Lockheed Martin to determine how it can meet Canada's requirement for regional offsets if it wants to bid on the contract. “The ITB policy is a market-driven approach; it doesn't prescribe to bidders how they need to invest in Canada,” he said. The federal government has nearly finalized its request for proposal for the new fighter jets. It is now waiting for industry feedback over the next six weeks before launching the formal competition next year. Three European companies (Dassault Aviation, Saab Automobile and Airbus) and two American companies (Lockheed Martin and Boeing Co.) have said they intend to bid on the contract. In the draft request for proposal, the government has laid out new details on its “economic impact test” that will penalize companies that are deemed to have a negative effect on the Canadian economy. When it was announced last year, the test was dubbed the “Boeing clause” because of U.S.-based Boeing's trade dispute with Canada's Bombardier Inc., which Bombardier subsequently won. The new measure is expected to look at whether companies have launched a trade action in the two previous years against a Canadian company. Given Boeing launched its case against Bombardier in 2017, it will likely be in the clear by the time it would have to submit a final bid in 2020. The previous Conservative government had committed to buying F-35 fighter jets, which were deemed at the time to be the only aircraft able to meet Canada's requirements, in large part because of their stealth capabilities. The current Liberal government has modified the requirements to make sure there can be competition between the various manufacturers. “If your aircraft cannot meet [a requirement] today, we are not saying automatically that you're out; but you have to tell us what is your solution to meet it, at what price and what schedule,” said Mr. Finn. In the last federal election, the Liberals said in their platform that they would not buy the F-35, promising instead to select “one of the many, lower-priced options that better match Canada's defence needs.” However, the Liberals also promised to launch an “open and transparent” competition, which is now scheduled to be launched in May. https://www.theglobeandmail.com/politics/article-ottawa-sticking-to-f-35-program-as-it-gets-ready-for-full-fighter/

• 

  April 9, 2019 | Local, Aerospace

  Marinvent Announces Successful Delivery to Government of Canada of its APM Product

  Montreal, Canada, April 2, 2019 – Marinvent is pleased to announce the successful delivery of its Airfoil Performance Monitor product (APM) to the Government of Canada following extensive independent flight testing by the National Research Council under the Build in Canada Innovation Program (BCIP). APM monitors and displays the margin to stall of an airfoil and detects the real-time effects of icing, contamination, and degradation on the lifting surface of any airfoil and in all phases of flight. The recently-concluded flight evaluations conducted independently by NRC-FRL conclusively demonstrated the following unique capabilities of APM: Provides stall warning and backup airspeed indications and is completely independent of all aircraft-side inputs except power. (it needs no airspeed, air data, angle-of-attack, or flap position inputs). Gives the correct stall warning margin, even with contaminated (iced or otherwise degraded) airfoils. Correctly detects compressibility stalls at high altitude. Provides tail stall warning which is particularly relevant to a number of UAV platforms. Provides correct diagnosis of contamination early during the takeoff roll (Air Florida Flight 90, Arrow Air, and Dryden, among others). Provides real-time data enabling significantly reduced fuel consumption and brake wear and enabling better predictive maintenance scheduling, helping to pay for itself by reducing aircraft operating costs. “APM is a mature product having been successfully tested on several Part 25 jet and turboprop aircraft, as well as numerous Part 23 light aircraft and business jets”, said Dr. John Maris, President of Marinvent. “It is available for installation today. The Canadian government is our first customer under the BCIP program, and we have also made our first forays into the UAV market, which desperately needs this technology particularly for Canadian winter operations”. Dr. Maris, whose doctoral thesis “AN ARCHIVAL ANALYSIS OF STALL WARNING SYSTEM EFFECTIVENESS DURING AIRBORNE ICING ENCOUNTERS” led to the final development of APM, has made his academic life's work the study of the relationship between aircrew and angle of attack/stall warning systems. He is one of the world's leading authorities on this subject, which is particularly pertinent currently, and is also a Transport Canada Test Pilot DAR. Dr. Maris is an Adjunct Professor at Concordia University in Montreal, Canada as well as being President of Marinvent Corporation and inventor of APM. In recognition of the potential impact of APM, SAE named APM as the 2017 Aerospace & Defense category winner in their Create the Future competition: https://contest.techbriefs.com/2017/entries/aerospace-and-defense/8422 About Marinvent – Marinvent is a privately held Canadian company, founded in 1983. Marinvent is headquartered on the outskirts of Montreal, the leading aerospace center in Canada and one of the largest aerospace centers in the world. Marinvent provides consulting, services, training, tools and IP to reduce customers' program/product risk, cost and schedule and to help them innovate quickly. Its engineers, experience, TCCA DARs, flying avionics test bed, research simulator and IP make it a reliable and trusted partner for the planning and management of projects, regardless of size and complexity. Marinvent's customers include aircraft OEMs, integrators, tier 1s, tier 2s and Government customers around the world. Marinvent prides itself of helping its customers bring their products to market and has a stellar track record of doing exactly that. As a result, Marinvent has won numerous awards in recognition of that fact. http://www.marinvent.com/wp-content/uploads/APM-First-Customer-April-2019.pdf