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  • RCAF seeks proposals on air weapons range upgrades

    11 juillet 2019 | Local, Aérospatial

    RCAF seeks proposals on air weapons range upgrades

    by Chris Thatcher The Royal Canadian Air Force (RCAF) is asking for industry help to develop a road map for the modernization of its fighter aircraft training ranges. Public Services and Procurement Canada on July 8 issued a request for proposals (RFP) for a plan that would capitalize on Live-Virtual-Constructive (LVC) training and experimental environments at the two primary air weapons ranges in Cold Lake, Alta., and Bagotville, Que., as well as other ranges in Gagetown, N.B., Wainwright and Suffield, Alta, and Valcartier, Que., and at the Canadian Forces Maritime Experimental and Test Range in Nanoose Bay, B.C. The Cold Lake Air Weapons Range (CLAWR), in particular, is considered a strategic asset that is vital to RCAF individual and collective training, as well as integrated training with the Canadian Army, Canadian Special Operations Forces Command, and allies. It regularly hosts the multinational Maple Flag exercises. But the ranges were last upgraded almost 20 years ago and no longer provide sufficient representation of current threats or the connectivity to work with advanced next-generation fighter jets. They have also become expensive to maintain. “Obsolescence, threat replication, and other land use stakeholders challenge the CLAWR's current utility to training fighter forces, while its future training environment must enable rehearsing the integration of future capabilities against emerging peer adversaries,” explained Stephan Kummel, director general of Fighter Capability, told Skies in a statement. “The RCAF requires airspace designed for advanced air platforms, target arrays suitable for modern weapons, modern training instrumentation, and low-level communications to monitor and control training, and a selective security classification system to permit challenging simultaneous training at different classification levels so participants can share data within their approved national caveats.” The RFP noted that RCAF investments in various virtual constructive capabilities over the past decades “were delivered through discrete projects where interconnectivity with the spectrum of RCAF LVC capabilities was not a requirement.” As part of the road map, the Air Force is asking industry to “consider” the current modelling and simulation environment, virtual proving grounds, and all current RCAF platform simulators — including an eventual remotely piloted air system — as well as air traffic control, air weapons, and air and space control simulators. The aim is a report that “recommended way forward to modernize the ranges and integrate all RCAF LVC capabilities ... Ranges, simulators and virtual environments need to be developed in a manner that supports collective training, but solutions must also support collective and distributed research and experimentation. The proposed investment strategy for the LVC modernization program must enable a seamless transition of equipment and environments between training and force development activities,” according to the RFP. The 12-month contract, which includes a one-year optional extension, is divided into three phases: initial scoping, design and lifecycle support. The initial scoping report is expected to identify shortfalls in “critical range infrastructure such as: threat replication, briefing and de-briefing capability and facilities, communication, Air Combat Maneuvering Instrumentation (ACMI), EM spectrum management, A/G target design, specialist support personnel and security.” “This roadmap is the first step in a multi-stage process that will ensure the long-term viability of force generation efforts, training, testing and evaluation, and the execution of large-scale multinational exercises such as Maple Flag,” said Kummel. https://www.skiesmag.com/news/rcaf-seeks-proposals-on-air-weapons-range-upgrades/

  • CAE launches new virtual reality trainer

    3 décembre 2019 | Local, Aérospatial, Autre défense

    CAE launches new virtual reality trainer

    By: Valerie Insinna WASHINGTON — As the U.S. Air Force looks increasingly toward virtual reality for speeding up and cutting the cost of pilot training, Canadian defense firm CAE is stepping forward with own courseware and virtual reality system with the hopes of attracting interest from the U.S. and international militaries. CAE will debut its CAE TRAX Academy curriculum and Sprint Virtual Reality trainer this week at the Interservice/Industry, Training, Simulation and Education Conference. Throughout the show, the company plans to conduct T-6 flight demonstrations using both products. CAE was inspired by the U.S. Air Force's Pilot Training Next program, which uses virtual reality and other cutting-edge simulation technologies to immerse new pilots in flight training, allowing airment to move more quickly and effectively through training. But CAE is hoping to build on the principles of Pilot Training Next and package it to be purchased by the U.S. Air Force and international militaries, said Phillipe Perey, the head of technology for CAE's defense business. “With Pilot Training Next, everyone is looking with big eyes saying, ‘Wow, oh wow,' but [some generals] are sort of like, ‘Would you really embrace this and do that for your entire air force?'” he said. “So perhaps this is a way of taking the great mission of Pilot Training Next and bringing into that environment with many of the key capabilities that customers have been used to, [such as] true aircraft simulation and many other aspects like a force-feedback stick.” All of the Sprint virtual reality trainer's hardware — including the Varjo VR-2 headset — are commercial off-the-shelf products and can be modified or swapped with a different device to meet the customer's needs. The real value, Perey said, is the software and courseware of TRAXX Academy, in which students progress from mobile apps and VR trainers to a higher fidelity flight simulator. “I think it really drives efficiencies at two levels. One, it reduces costs because the students in there are able to progress at their own pace. Them being alpha personalities; they don't want to be average. They want to be top of class, and they will see how other students are performing and they will be able to pick up their pace,” he said, adding that a six month class could take four months or less to complete if students are driven to complete the coursework. Secondly, the use of self-paced tools and virtual instructors decreases the need for human instructors that could be filling other needed functions within an air force, Perey said. In developing the Sprint VR trainer, CAE started with same kit as used in the Pilot Training Next program, and tweaked it to create “a better self-paced learning environment," he said. CAE made a number of adjustments: Using the same software on the virtual reality trainer as the full flight simulator, substituting a joystick that better simulates G forces, and adding haptics so that pilots can feel vibration or other sensory feedback that they would normally expect while operating the aircraft. Perey said CAE is looking forward to briefing the U.S. Air Force on TRAXX Academy and the Sprint VR trainer during I/ITSEC and getting officials' feedback. “That's really the priority now in the next coming months, is to build out these devices, get them in the customer's hands, get their feedback and develop a solution that is tailored to their particular training needs,” he said. https://www.defensenews.com/digital-show-dailies/itsec/2019/12/02/cae-launches-new-virtual-reality-trainer

  • MBDA Sea Ceptor air defense missile system selected for Canadian Navy Surface Combatant ships

    9 novembre 2020 | Local, Naval

    MBDA Sea Ceptor air defense missile system selected for Canadian Navy Surface Combatant ships

    Naval News November 2020 Navy Forces Maritime Defense Industry POSTED ON FRIDAY, 06 NOVEMBER 2020 17:57 According to a Tweet published by NavyLookout on November 6, 2020, the MBDA Sea Ceptor air defense missile system has been selected for the Canadian Surface Combatant ships. Canadian Navy plans to acquire 15 ships to replace both the retired Iroquois-class Destroyers and the Halifax-class frigates, with an estimated cost of $56-60 billion. Canada's defence policy, “Strong, Secure, Engaged” (SSE), has committed to investing in 15 Canadian Surface Combatant (CSC) ships. These ships will be Canada's major surface component of maritime combat power. To recapitalize the Royal Canadian Navy's surface combatant fleet by replacing and updating the capabilities found in both the recently retired Iroquois-class destroyers and the multi-role Halifax-class frigates and provide the necessary ammunition, training, support, and infrastructure. The new Canadian Surface Combatant (CSC) will ensure that Canada can continue to monitor and defend its waters and make significant contributions to international naval operations. The Canadian Surface Combatant contract was signed on 7 February 2019. Lockheed Martin Canada was selected by Irving Shipbuilding and the Government of Canada for the design contract for Canada's new fleet of surface combatants. The ship will be based on the Type 26 frigate proposed by Lockheed Martin Canada and BAE Systems. The Canadian Surface Combatant will have a length of 492 ft (150 m) and a displacement of 8,000. The ship will feature advanced anti-submarine warfare capabilities. She will be armed with a 24-cell Mk 41 VLS (Vertical Launch System) for Tomahawk cruise missiles and other long-range strike weapons, a 48-cell silo for Sea Ceptor air defense missiles and a 5-inch naval gun. The flight deck will be able to operate a CH-47 Chinook-sized helicopters. The Sea Ceptor is new generation of ship-based, all-weather, air defence missile system developed and designed by MBDA. The Weapon System has the capability to intercept and thereby neutralize the full range of current and future threats including combat aircraft and the new generation of supersonic anti-ship missiles. Capable of multiple channels of fire, the system will also counter saturation attacks. Sea Ceptor will operate from the SYLVER and Mk41 launchers using a quad-pack configuration, various flexible canister configurations are also available. The Soft Vertical Launch technology reduces system mass and eases installation. The missile has a maximum firing range of 25 km. https://navyrecognition.com/index.php/news/defence-news/2020/november/9237-mbda-sea-ceptor-air-defense-missile-system-selected-for-canadian-navy-surface-combatant-ships.html

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