Minister Anand announces Remote Mine-hunting and Disposal System contract award to increase safety for Royal Canadian Navy ships and crews

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  December 14, 2018 | Local, Aerospace

  Sentient Vision aims to expand Cormorant search radar

  by Chris Thatcher When the Department of National Defence (DND) finalizes the statement of work for the CH-149 Cormorant Mid-Life Upgrade (CMLU), Sentient Vision is hoping a visual detection and ranging (ViDAR) optical radar will be among the requirements. The Australian company has partnered with Heli-One, a Vancouver-based subsidiary of CHC Helicopter, to offer a Canadian manufactured version of what it says is a transformational search and rescue technology. “We've coined a phrase: lost at sea, found in seconds. The system we have developed is able to autonomously find people lost at sea in seconds,” Simon Olsen, director of business development, strategy and partnerships, told Skies. “It is truly transformational. It has the unique ability to detect very small things that virtually no other system in the world has.” Where traditional radar struggles to differentiate small objects such as a person or a rubber raft from the waves in most sea states, ViDAR has successfully demonstrated the ability to find almost all objects or persons. “A radar works on being able to have a response back from the object, so the object needs to stand out from the ocean environment,” explained Olsen. “If the object is very small, and especially if it doesn't have a radar cross-section, it can't get a response back. Hence, in most search and rescue environments, when you are looking for people at sea, a rubber raft or even a small canoe . . . we currently use beacons or transponders to get a rough location, and then rely on the Mark 1 eyeball.” That often involves a spotter in an aircraft monitoring about 0.1 nautical miles at a time. “With ViDAR, we can look out two to 2.5 nautical miles from that aircraft and have an almost 100 per cent certainty of finding every person lost at sea immediately,” he said. The Royal Canadian Air Force (RCAF) has been analyzing options for a life-extension program that would see the CH-149 fleet of 14 search and rescue helicopters remain in service until around 2040. The project secured long-term funding with the release of the Liberal government defence policy in June 2017. And a year later, in April 2018, Public Services and Procurement Canada posted a letter of notification (LoN) outlining its intent to conduct a sole-source negotiation with Leonardo, formerly AgustaWestland, to replace, modify or upgrade current and projected obsolete systems based on the Norwegian AW101-612 All-Weather Search and Rescue Helicopter (NAWSARH) model, which began entering service in December 2017. The LoN also indicated that the government would proceed with a plan to “augment” the current fleet by upgrading as many as seven of nine VH-71 aircraft, variants of the AW101, acquired from the U.S. government in 2011 ostensibly for spare parts. Olsen said the Canadian program presents an opportunity to not only work with a highly regarded Canadian partner, but also to develop and prove a solution that could then be exported to other military and civilian search and rescue programs. “If we have the opportunity to partner with [Team Cormorant] to supply this technology to the Canadian government, we see tremendous export appeal to other markets in which these helicopters operate,” he said of the team led by manufacturer Leonardo Helicopters and in-service support provider, IMP Aerospace & Defence. “We are configuring this to be able to retrofit it to existing aircraft of a similar kind.” The ViDAR hardware consists of a small, lightweight pod that can be mounted to multiple points on an aircraft and is then integrated with the onboard mission system. “We don't want to add any risk or complex technical integration, so we've focused on making it easy to integrate and use,” said Olsen. “Operationally, there is no new mission system, there's no new mapping system. All we do is send a location on a map and a thumbnail image of the object we find in the water. The operator can click that image and it slews the existing sensors they have on the aircraft to investigate that object.” It was still being developed when the Canadian government released the statement of requirements for the fixed-wing search and rescue project, but Olsen said ViDAR could be readily added to the Airbus CC295 when it enters service with the RCAF. Air Force members have seen the system in action and are well aware of the capability, he added. The U.S. Coast Guard conducted a “fairly exhaustive” trial in 2016 at which, of the various radars evaluated, “we were the only one that found 100 per cent search and rescue targets in a range of sea states,” he said. The Coast Guard subsequently incorporated it into its Insitu ScanEagle unmanned aerial platforms for counter-narcotics operations in the Caribbean and off the southern coast. ViDAR is also being employed by the Australian Maritime Safety Authority's Bombardier Challenger 604 jets in a search and rescue capacity. By partnering with Heli-One and CHC Helicopter, which operates an extensive global search and rescue network, Olsen said there is an opportunity to develop a solution with a Canadian stamp on it that the government can take ownership of and help to export. “With the unique relationship between Heli-One and CHC, we clearly see an opportunity to extend this, not just along the path of where the Cormorant goes with Leonardo, but to work with CHC on a range of search and rescue operations they have all around the world.” https://www.skiesmag.com/news/sentient-vision-aims-to-expand-cormorant-search-radar

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  February 2, 2021 | Local, Aerospace

  Boeing Launchpad Canada

  Message de Philippe Huneault, Délégué du Québec à Los Angeles : L'accélérateur Boeing Launchpad Canada, développé par Boeing HorizonX Global Ventures, Boeing Commercial Airplanes, Boeing Canada et le Service des délégués commerciaux du Canada, prenait fin la semaine dernière. Je tiens à féliciter les dix entreprises canadiennes participantes, notamment les trois entreprises québécoises @KEITAS SYSTEMS, @Paladin AI et @Warp Solutions Inc. Des félicitations toutes particulières à Paladin AI (@Adofo Klassen et @Mikhail Klassen), qui ont été déclarés gagnants du programme ! La performance des entreprises québécoises à ce programme est un parfait exemple de la pensée novatrice et orientée vers les solutions que le Québec peut apporter à l'industrie aérospatiale en ces temps difficiles. J'ai très h'te de poursuivre les démarches que la Délégation du Québec à Los Angeles a entamées à Seattle et de continuer à supporter les entreprises québécoises qui visent ce marché à fort potentiel pour leurs produits et services.

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  January 28, 2021 | Local, Aerospace

  ‘First-class’ fighter pilot becomes eVTOL entrepreneur

  BY NATASHA MCKENTY | JANUARY 28, 2021 Estimated reading time 14 minutes, 58 seconds. Brandon Robinson's Royal Canadian Air Force (RCAF) and Top Aces fighter pilot exploits compare to those of a protagonist in a blockbuster movie. After graduating from the Royal Military College of Canada with First Class Honours, his career quickly skyrocketed from frontline fighter squadron to being selected for the prestigious Fighter Weapons Instructor Course (FWIC) – the Canadian version of Top Gun. He obtained an MBA at Royal Roads University, and then did a tour in Ottawa where he “managed over $4 billion in procurement projects for the Fighter Force.” He spent the next few years instructing for FWIC. “Think ‘Viper' from the movie Top Gun,” he laughed. I then completed our Joint Command and Staff College program for those flagged for senior leadership.” While instructing for FWIC, Robinson earned the CF-18 fighter pilot instructor role at 410 Squadron in Cold Lake, Alberta, leading into oversight of CF-18 Fleet Tactical Standards, and then onto senior project management with a deputy director role in multiple Air Force projects. Robinson is modest. He credits his competitive nature “and a lot of luck” for his success. “I fully acknowledge that without exceptionally talented and competitive friends, I would not have passed, let alone have been fortunate enough to fly jets,” he told Skies. He found Military College to be physically and emotionally demanding, having a way of teaching you your limits and how to “be at peace with them.” Despite the challenges, he was one of the top five engineers in the program all four years. For Robinson, aviation was innate. His grandfather, RCAF Capt Eric Robinson was a Second World War bomber pilot. His father, Brian Robinson, began flying at the age of 14, but his hopes of joining the Air Force were grounded when he learned his vision wasn't good enough. “My father was very young when he and [my grandfather] built from scrap metal what is now a family airplane — an old RC-3 Republic Seabee aircraft.” Brian retired from his day job to turn the family hobby into a successful custom aviation engineering business. There was always “an army of airplanes” in and around Robinson's home. The first time Robinson piloted a plane, he was three years old. His grandfather let him sit in the seat in front of him. “I couldn't sit. I had to stand,” he laughed. “He said, ‘OK, you have control, so take us over there.'” That experience “made an imprint” for Robinson. After high school, much to his “mother's chagrin,” he joined the RCAF to “fly fast jets.” After military training, “there's a big [graduation] ceremony where they hand out the slots, and I remember looking at the card and seeing the CF-18 symbol on the bottom,” he said. Internally, he was bursting. Not surprisingly, when asked about the memorable moments of his career, he said it's difficult to choose. Robinson recalled, after being on the Squadron for just three months in Bagotville, Quebec, he was deployed to Hawaii for a joint exercise with the U.S. Navy. “The U.S. Navy has this big exercise, and the Canadians were asked to go,” he said. “So, we ferried CF-18s across the country, from Quebec to Comox, British Columbia. We overnighted, met up with an aerial refueler and then the next thing I know I'm in the middle of the Pacific Ocean, tanking off a refueler. There's a portion where, if you can't get gas, you're going to have to eject because you can't get back to land. I'm a 27-year-old kid who only has 200 hours of experience in this CF-18, and I'm over the middle of the ocean thinking, ‘OK, you better make this happen.' It's not the easiest maneuver either,” he laughed. Robinson shared the story of how he earned his call-sign: Repo. “I was flying, and my left engine essentially blew up; one of the main turbine hubs fractured. It severely crippled the aircraft, placing it into a reversionary control architecture. The engine was destroyed, and the aircraft was on fire,” he said. After 10 “very long seconds” of being “out of control,” he “dealt with the fire” and regained control. “I was able to land it safely back at the base. However, it was too badly damaged to fix. So, the joke was that the government had to repossess or repo it,” he laughed. “The damaged engine almost fell out when I landed.” He remembered flying low-level over the ocean while “shooting missiles at drones and dropping bombs on remote-controlled moving ships; being in front of 100 angry fighter pilots leading a NATO coalition strike mission; [and] early morning departures over Torrey Pines in California to dogfight over the ocean.” In 2018, with 20 years of service and a list of neck and spine injuries in his rear-view, he knew it was time to find adrenaline elsewhere. “You can't pull seven-and-a-half Gs for 20 years without hurting a few things,” he laughed. Leaving, he admitted, was a difficult decision, but entrepreneurship was also on his radar. The kid that grew up in rural Ontario, Canada, with an “army of airplanes” at his disposal and a military career most would envy, headed out to his next call of duty. He joined forces with his father to start Horizon Aircraft, an aerospace startup that is currently developing the Cavorite X5 — a new eVTOL (electric vertical take-off and landing) design for the urban air mobility market. Horizon has been developing the Cavorite X5 for the past two years. The concept for the X5 came from the company's initial prototype, the X3 — an amphibious design with a hybrid electric power system. “When we were asked to push the performance even further, we naturally began investigating distributed electric propulsion and the potential for eVTOL modification of the core X3 concept,” explained Robinson. “That's how the X5 The five-seat Cavorite X5 is powered by an electric motor coupled with a high-efficiency gas engine, but is ultimately built for fully electric flight. Horizon is building the aircraft to fly at speeds up to 350 kilometers per hour, with a 450-km range. The focus is to produce an aircraft “able to do real work in harsh environments,” including disaster relief, medevac, air cargo and personnel transport. Today, Robinson has his hands full with multiple patents pending, including a “fan-in-wing design” that would allow the Cavorite X5 to fly either like a conventional aircraft or an eVTOL when required. The X5 “flies like a normal aircraft for 99 percent of its mission,” said Robinson. The wing design “allows the aircraft to return to normal wing-borne lift after its vertical portion is complete; when moving forward, the wings close up and hide the vertical lift fans.” Horizon is working towards a large-scale prototype it hopes to have flying by the end of 2021. Robinson has become comfortable fielding questions based on skepticism. He's built an army of support from his highly-skilled network, including Virgin Galactic test pilot and close friend, Jameel Janjua. “Our team is extremely experienced, formed out of my father's previous custom aviation engineering business. We also have an individual leading the technical development who has designed, built and tested two novel aircraft designs from scratch. https://skiesmag.com/news/first-class-fighter-pilot-evtol-entrepreneur