29 novembre 2021 | Local, Aérospatial
FFCP declines Boeing’s Super Hornet bid in future fighter competition - Skies Mag
The federal government has told Boeing that its bid for Canada’s Future Fighter Capability Project did not meet its requirements.
18 juin 2018 | Local, Aérospatial
Canada to purchase 25 used Australian F-18 jets if U.S. gives approval
David Pugliese, Ottawa Citizen
The Liberals had originally announced they would buy 18 used Australian jets to augment Canada's CF-18s. The extra aircraft will likely be stripped down for parts
Canada has boosted the number of used Australian fighter jets it is purchasing to 25, but the deal still hinges on approval from the U.S. government.
The Liberal government originally announced it would buy 18 used Australian F-18 jets to augment the Royal Canadian Air Force's CF-18s until new aircraft can be purchased in the coming years. It has added seven more aircraft to the deal, Dan Blouin, a spokesman for the Department of National Defence, confirmed Friday.
Those extra aircraft will likely be stripped down for parts.
It is not known yet if the seven aircraft will be flown to Canada or shipped, Blouin added.
The exact cost of the aircraft, along with weapons and other equipment, is not yet known as negotiations are still underway, Procurement Minister Carla Qualtrough recently told journalists. The Liberal government has set aside up to $500 million for the project and that would cover the seven added jets.
An Australian Senate hearing was recently told that Canada was presented with a cost proposal last year. “They accepted our offer in December, but they have also put in a further request for some seven aircraft for system testing, training and spares,” Australian Air Vice Marshal Cath Roberts told the hearing.
The U.S. government is examining the deal and will have to give its approval before Australia can sell the F-18s to Canada, because the F-18s were built in the U.S. with American technology. Canada is hoping for the U.S. approval sometime in the summer.
Although U.S.-Canada relations have hit a slump, with President Donald Trump vowing to punish Canadians over economic disputes, the DND does not expect that to affect approval of the fighter jet deal.
Pat Finn, DND's assistant deputy minister of materiel, has said he expects a deal by the end of the year with deliveries of the Australian planes to begin in the summer of 2019. The government originally planned for the arrival of the first used aircraft next January.
The government had originally planned to buy 18 new Super Hornet fighter jets from U.S. aerospace giant Boeing. But, last year, Boeing complained to the U.S. Commerce Department that Canadian subsidies for Quebec-based Bombardier allowed it to sell its C-series civilian passenger aircraft in the U.S. at cut-rate prices. As a result, the Trump administration brought in a tariff of almost 300 per cent against the Bombardier aircraft sold in the U.S.
In retaliation, Canada cancelled the deal to buy the 18 Super Hornets. That project would have cost more than US$5 billion.
In the meantime, the federal government expects to issue next year a request for proposals from aerospace firms who want to take part in the competition to provide Canada with 88 new fighter jets. That project, with a $19 billion price-tag, would see the purchase of a new fleet of planes that would replace both the CF-18s and the used Australian jets.A winning bidder is expected to be selected in spring 2021 and the first of the new aircraft would be delivered four years later.
The last CF-18 will be retired in 2032.
Sur le même sujet
-
-
28 novembre 2019 | Local, Aérospatial
Top Aces credits RCAF experience for USAF adversary air contract
by Chris Thatcher It's an old mantra among defence and aerospace companies: You first need success in your home country before you can export a capability or service internationally. That certainly rings true for Top Aces. You can draw a straight line between the Royal Canadian Air Force (RCAF) Contracted Airborne Training Services (CATS) program and the announcement in October that Top Aces' Arizona-based unit was among seven companies awarded part of the United States Air Force's $6.4 million Combat Air Force Contracted Air Support (CAFCAS) contract, said Paul Bouchard, president and chief executive officer. A pioneer of aggressor or “red” air training for militaries, Top Aces received an indefinite-delivery/indefinite-quantity (IDIQ) contract that will allow it to compete with Air USA, Airborne Tactical Advantage Company, Blue Air Training, Coastal Defense, Draken International and Tactical Air Support for adversary air services at 12 USAF bases, including Nellis, Luke, Hollman, Langley, Eglin and Tyndall. “Contractors will provide complete contracted air support services for realistic and challenging advanced adversary air threats and close air support threats,” the Department of Defense (DoD) said in a statement. The contract is being run by the Air Combat Command's Acquisition Management and Integration Center at Joint Base Langley-Eustis in Virginia and runs until October 2024. “Their intention is to stand up a contracted adversary service, almost like a unit, at all of the major air combat command bases for training on a daily basis,” explained Bouchard. “Once you have an IDIQ, you are then allowed to bid as a prime contractor at any or all of these operating locations, depending on what category of service you are positioned to provide.” Whether companies become the sole provider at a base or deliver services as part of a teaming arrangement where the demand for full spectrum training is exceptionally high remains to be seen. The USAF estimates the contract could involve between 30,000 and 40,000 hours of flying annually once the program is fully ramped up. The award is a major breakthrough in the U.S. for the Montreal-based company, which is also pursuing a U.S. Navy fighter services contract likely to be released in late 2019. Top Aces launched the interim CATS program in the mid 2000s and has spent the past 15 years gaining experience and investing in aircraft and advanced technology. In October 2017, under the banner of Discovery Air Defence, it retained the CATS program with a 10-year deal worth about $480-million that includes options to extend the service to 2031 and the value to as much as $1.4 billion. Success to the south would not have been possible without the “industry leading” certification and airworthiness standards demanded by the RCAF and Transport Canada, said Bouchard. “It is as close to a commercial equivalent certification standard as you will find in the world. With small exceptions, we are certified to the same standards as a commercial airliner or business jet. At the same time, we are fully audited and certified under military airworthiness regime. The quality, airworthiness and safety requirements were very high from the beginning ... That is where the USAF and other first-tier air forces want to go to.” To meet the training requirements of next-generation fighters such as the F-35 Lightning II and F-22 Raptor, Top Aces will be the first commercial provider to acquire and configure the F-16 Falcon to replicate a wide range of threats. The company has a binding contract with an undisclosed allied country to acquire 12 Block 15 A /B models. “The F-16 really is our growth platform for the future, especially for advanced adversary training,” explained Bouchard. “It is the most prolific adversary aircraft in the western world. It is the adversary aircraft of choice just because of its performance characteristics. It is a fourth-generation aircraft, so from an aircraft architecture standpoint, it can be equipped and configured in so many different ways ... And it is also scalable given there were more than 4,000 F-16s built. It is still a production aircraft. It has a lot of existing support in terms of sustainment.” The F-16 was proposed as a possible addition to the Canadian program, and may still come into play once a replacement for the CF-188 Hornets is selected. The USAF contract, however, gave the company the green light to file an application with the U.S. State Department for acquisition and transfer of the frontline aircraft. Under the terms of the CAFCAS deal, Top Aces must have an initial 12 aircraft in service by October 2020, though Bouchard hopes to be ready sooner. The fleet will be based at the F-16 Center of Excellence, near the company's U.S. headquarters in Mesa, Ariz. Top Aces has developed an advanced adversary mission system over the past five years for its principle fleets of Dornier Alpha Jets, Douglas A-4 Skyhawks and Bombardier Learjet 35A aircraft. While portions of the system are specific to each aircraft type and training mission, much of the common architecture will be transferable to the F-16, he said. To deliver the F-16 as a cutting-edge training platform, however, the company will also have to invest in advanced sensors, encrypted datalinks, high-end jamming and weapons capabilities that can realistically represent the latest adversary threats at exercises like Red Flag. “We need to be able to seamlessly integrate into that (encrypted network) and have both the aircrew and the systems to fly the scenario that the blue force wants on a given a day,” said Bouchard. “That requires advanced aircraft with advanced systems.” Critical to that capability is the experience of Top Aces' pilots. All are former air force with over 3,000 flight hours and many were aggressor pilots, fighter weapons instructors or U.S. Navy Top Gun pilots. But the secret sauce may be the maintainers and engineers, he said. Most have decades of experience maintaining legacy aircraft in a commercial context and understand the challenge of managing obsolescence issues. At a time when many air forces are struggling to retain talent enticed by the commercial sector, highly specialized aggressor training services are a way to return a dividend to the military for its investment. The combination of embedded service experience, platforms and technological capabilities provides a pedigree that can be readily exported as air forces grapple with the high costs of training for fighter pilots, naval crews and ground forces, including joint terminal attack controllers. Bouchard noted that current customers such as the German Armed Forces and possible future customers like the U.S Navy and Australian Defence Force, with whom the company recently completed a two-year trial, are predicting significant increases in their red air training volumes. “These are signals of where the industry is going,” he said, “and I think we bring a piece of the solution.” “We are committed to delivering a flexible, cost-effective and unique readiness training solution,” said Russ Quinn, president of Top Aces Corp and a former USAF aggressor pilot with over 3,300 flight hours in an F-16. https://www.skiesmag.com/news/top-aces-credits-rcaf-experience-for-usaf-adversary-air-contract
-
29 janvier 2021 | Local, Naval
Canadian Surface Combatant
The Canadian Surface Combatant (CSC) project is the Royal Canadian Navy's acquisition programme to build 15 CSC multi-role ships which will replace both the retired Iroquois-class destroyers and the Halifax-class frigates. The Canadian Surface Combatant (CSC) project is the Royal Canadian Navy's acquisition programme to build 15 CSC multi-role ships which will replace both the retired Iroquois-class destroyers and the Halifax-class frigates. The project is estimated to cost between $56bn and $60bn and the new warships are being built by Irving Shipbuilding at its Halifax Shipyard. The CSC has the capacity to conduct air, surface, sub-surface and information warfare missions simultaneously on both open ocean and highly complex coastal environments. The multi-mission combatant can be deployed in a range of missions such as delivering decisive combat power and supporting the Canadian Armed Forces. It can also conduct counter-piracy, counter-terrorism, interdiction and embargo missions for medium intensity operations. Canadian Surface Combatant development details The Canadian Surface Combatant project is part of Canada's National Shipbuilding Strategy and is the biggest shipbuilding activity in the country since the World War II. Irving Shipbuilding was appointed as the prime contractor for the CSC project definition and implementation phases in January 2015. The Government of Canada and Irving Shipbuilding awarded a sub-contract to Lockheed Martin Canada for the design of CSC fleet in October 2018. In February 2019, the design of BAE Systems' Type 26 Global Combat Ship, the most advanced and modern anti-submarine warship, was selected for the CSC vessel. BAE Systems opened the first visualisation suite for the CSC vessel in Ottawa, US, in November 2020. The visualisation technology will create a virtual prototype which helps in better understanding of the vessel and offers detailed view of the ship's design from all angles. Rolls-Royce Centre of Excellence facility based in Peterborough, Ontario was expanded for supporting the CSC acquisition project. Design and features of the Royal Canadian Navy's CSC ships The CSC will have a length of 151.4m, beam of 20.75m and a navigational draught of 8m. With a displacement of 7,800t, the warship will accommodate up to 204 crew members. The warship can carry a CH-148 Cyclone helicopter and provide facilities for embarking remotely piloted systems. It will also feature reconfigurable mission and boat bays including a 9m rescue boat, two 9-12m multi-role boats, Rolls Royce' mission bay handling system, and modular mission support capacity. The Canadian Surface Combatant will also house a medical facility and dedicated gym/fitness facilities. Weapons The weapons suite for the CSC will include 127mm main gun, two stabilised rapid fire 30mm naval gun systems, LMC MK 41 missile vertical launch system, 32-cell MK54 lightweight torpedoes, twin launch tubes, and MBDA Sea Ceptor close-in air defence system. The warships can be armed with a wide range of missiles including Raytheon Standard Missile 2, Raytheon Evolved Sea Sparrow point defence missile, and Kongsberg Naval Strike Missile. Command and control of Canadian Surface Combatant The warship will be installed with various command and control systems including Lockheed Martin Canada's (LMC) CMS 330 combat management system with Aegis combat system, USN cooperative engagement capability, integrated cyber defence system, OSI integrated bridge and navigation system, and L3 Harris' internal and external communication suite. Sensors and countermeasures The LMC SPY-7 active electronically scanned array (AESA) radar will be installed for continuous surveillance and protection against modern threats. The combat ship will also be fitted with MDA's solid state AESA target illuminator, X- and S-band navigation radars, electro-optical and infrared systems, laser warning and countermeasures system, radio frequency and electronic jammers, and electronic decoy system. Underwater warfare capabilities of CSC ships The Royal Canadian Navy's future combat ships will be equipped with an integrated underwater warfare system, which includes Ultra Electronics' S2150 hull-mounted sonar, towed low frequency active & passive sonar, and SEA SENTOR S21700 towed torpedo countermeasures. General Dynamics' sonobuoy processing system and expendable acoustic countermeasures will also be installed aboard the vessels. Propulsion and performance of Canadian Surface Combatant The CSC combat ship will be powered by a combined diesel-electric or gas propulsion system (CODLOG) integrating two GE electric motors, a Rolls Royce MT 30 gas turbine, and four Rolls Royce MTU diesel generators. The vessel will be able to sail at a maximum speed of 27k and achieve a maximum cruising range of 7,000nm. Contractors involved Lockheed Martin Canada is collaborating with BAE Systems, CAE, L3Harris, MDA and Ultra Electronics for the design of the global combat ship. MDA signed a $2.99m contract with Lockheed Martin Canada for the initial phase of design work of the Canadian Surface Combatant ships in April 2019. Lockheed Martin will also be responsible to provide the electronic warfare suite system. Ultra Electronics Maritime Systems will lead the integration of sensors with sonobuoys and other capabilities for wide-area underwater battlespace surveillance. https://www.naval-technology.com/projects/canadian-surface-combatant/