NATO Pitch Event and Deadline Reminder for Current IDEaS Calls for Proposals // Événement de présentation de l'OTAN et rappel des dates limites pour les appels de propositions IDEeS en cours

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  January 2, 2020 | Local, Aerospace, Naval, Security

  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

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  January 5, 2021 | Local, Aerospace

  Canada’s New Drone Can Better Surveil Its Challenging Arctic Environment

  BY KEVIN M. BAERSON After years of experimentation and analysis, the government of Canada has procured a new Hermes 900 StarLiner from Israeli UAV manufacturer Elbit Systems that can withstand and patrol its massive, inhospitable Arctic territory. Extreme weather with high winds and low temperatures, limited and unreliable satellite communication and navigation, and continuous darkness during the winter months make controlling UAVs in the Arctic especially challenging. Combined with a lack of ground infrastructure, both line of sight and satellite control of a UAV can become nearly impossible. The hope is that the Starliner can conquer these harsh Arctic conditions. This version of Elbit's Medium Altitude Long Endurance (MALE) military UAV is fully certified to operate in civilian airspace and will take off from and land on civilian airfields. It will perform myriad operations to reduce harmful environmental impacts, including detection of oil pollution and wildlife surveying, as well as ice patrol and reconnaissance. It will also support search and rescue, humanitarian efforts and illegal fishing enforcement, and will aid the development and regulation of Canada's drone industry. The $36.16 million contract includes communication links, ground control stations, sensor packages, training and the optional purchase of spare parts. The Starliner is expected to be delivered by December 2022, but procurement has been years in the making. Arctic Takeoff In 2017, Canadian officials began research and development test flights using a Sea Hunter drone produced by Alabama-based Griffon Aerospace. The data collected, including BVLOS results, contributed to developing requirements for the eventual Hermes purchase. Timothy Choi, a maritime strategy expert and Fellow at the Canadian Global Affairs Institute, has said the Canadian government had limited options in its search for a proven maritime drone with Arctic capabilities. “Large maritime surveillance drones—that is, ones equipped with downward-looking radar and AIS [automatic identification system] receivers to detect shipping—have not been as prevalent in the global drone market as their land-centric counterparts,” Choi told the website Eye On The Arctic. “Of these, there are even fewer that have been tested in Arctic conditions.” The model Canada is acquiring has been undergoing operational trials in Iceland via the European Maritime Safety Agency since summer 2019. At 1.6 tons, the StarLiner includes detect and avoid (DAA) systems, redundant datalinks and an advanced terrain avoidance warning system. Its ability to automatically take off and land in near-zero visibility, and to sustain deicing procedures and direct lightning strikes, makes it ideal for the Arctic's extreme weather challenges. According to Canadian officials, the new UAV can operate at up to 72 degrees north latitude and has a range of more than 1,400 nautical miles. It comes equipped with back-up command and control and navigation systems, electrical optical infrared camera, synthetic aperture radar and a mapping camera system. For now, the majority of Canada's Arctic surveillance data will continue to come from RADARSAT, the country's remote sensing earth observation satellite program. But while the satellites can detect emergencies such as an oil spill, their brief visits over the Arctic make it difficult to identify causes and consequences. The same is true for identifying nefarious activities such as illegal dumping and unpermitted fishing. “The ability of a drone to loiter for long periods of time with higher resolution sensors will help fill this gap,” Choi explained. “Operationally, the new drone will greatly help ‘connect the dots' when it comes to surveilling Arctic waters and enforcing Canadian regulations.” Drone Diplomacy While this Hermes version will be used in civilian missions, its acquisition is just one part of Canada's Arctic Unmanned Aircraft System Initiative, and it will join the country's National Aerial Surveillance Program's manned aircraft fleet. With 75% of Canada's coastline and 55% of its landmass located in the Arctic, Canada and its main regional rival, Russia, potentially contest for resources and the new shipping routes being created by global warming. Russia is deploying a fleet of dual-use extreme-weather UAVs featuring a GIRSAM alternative navigation system. China, which is talking about a “Polar Silk Road,” also is developing dual-use UAVs optimized for Arctic conditions. “Canada is committed to protecting our endangered species and our marine environment,” Canadian Transport Minister Marc Garneau said in a statement. “Integrating remotely piloted aircraft into Transport Canada's fleet will make federal surveillance operations more robust than ever.” https://insideunmannedsystems.com/canadas-new-drone-can-better-surveil-its-challenging-arctic-environment/

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  September 11, 2019 | Local, Naval

  Ottawa firm to support Royal Canadian Navy, local robotics company joins Rheinmetall

  DAVID PUGLIESE, OTTAWA CITIZEN BMT Canada Ltd. was recently awarded a $77.8 million contract to provide engineering, logistics, management, and support services to the Royal Canadian Navy's fleet. The contract initially runs for five years but there are options to extend that, according to the latest industry roundup in this month's Esprit de Corps defence magazine. The Ottawa-based company will provide a wide variety of work such as standards development and logistics services for equipment sustainment, according to the Department of National Defence. This contract will support the RCN's current and future fleet in instances where DND does not have the capacity to perform all of this work in-house, the department noted. The contract is known as Engineering, Logistics, and Management Support 2 (ELMS2) and the company's services will directly support the Director General Maritime Equipment Program Management (DGMEPM) and the Director General Major Project Delivery (DGMPD) (Sea) at the DND. Darcy Byrtus, President of BMT Canada, noted that the firm has been handling the ELMS contract since 2009. “Our experience in supporting complex programs positions us uniquely to assist Canada and the Royal Canadian Navy in successful delivery of its acquisition and support mandates,” he added in a news release. Under ELMS, BMT and their Tier 1 subcontractor Fleetway Inc., will provide a highly diverse range of services including the review of deliverables DND receives from capital acquisition projects, such as the Canadian Surface Combatant. The work also entails engineering expertise, technical investigations and program support. Rheinmetall Canada has taken over Provectus, an Ottawa-based firm specializing in the development of advanced robotics systems and software. Though now owned by Rheinmetall Canada, Provectus will continue to operate under its previous managing director, Paul Rocco. In recent product presentations, Rheinmetall has generated great interest with its Mission Master unmanned multi-mission vehicle, which is based on Provectus technology, modified for military use by Rheinmetall Canada. The firm sees unmanned ground vehicles playing an increasingly important role in future military operations on land, much like unmanned air vehicles do in an aviation context. Some will serve in an unarmed logistic or reconnaissance role; others will function as mobile weapon platforms. “We have already been working closely with Provectus in our unmanned ground vehicle project,” Stéphane Oehrli, president and CEO of Rheinmetall Canada, noted in a statement. “This vertical integration gives us a decisive advantage in the field of autonomous mobility technology.” Rheinmetall says it wants to apply expertise from Provectus Robotics Solutions in implementing the Canadian military's ISTAR (Intelligence, Surveillance, Target Acquisition and Reconnaissance) project. Maerospace Corporation has signed of a global license agreement with Raytheon Canada Limited to support the Defence Research and Development Canada by assuming responsibility for the maintenance, design, engineering, manufacturing and international promotion, sales and deployment of the third generation High Frequency Surface Wave Radar (HFSWR) systems. This Canadian system is one of the few operationally deployed HFSWR land-based radars capable of 200-mile, persistent coverage of a country's Exclusive Economic Zone. HFSWR systems have been successfully deployed in Asia and Europe with the most advanced, 3rd Generation system installed in Canada. Maerospace plans to extend the HFSWR system's functionality by integrating its TimeCaster proprietary technology that would add target identification, anomaly detection, and other capabilities, allowing coast guards, navies and maritime authorities to improve their ability to interdict vessels and plan traffic throughout their EEZ. The Canadian government will launch a new satellite in 2022 to demonstrate the use of quantum technology for protecting commercial and national communication networks. Honeywell has received a $30 million contract from the Canadian Space Agency for the design and implementation phases of agency's Quantum EncrYption and Science Satellite or QEYSSat. Under the contract, Honeywell will build, test, deliver, provide training for and commission the QEYSSat satellite, which will create a link between ground and space to transmit encryption keys. The microsatellite is expected to be completed in early 2022. QEYSSat's mission is to test quantum technology with an aim to develop a system to protect both commercial and national communications infrastructure. Longview Aviation Capital and its subsidiary Viking Air Limited announced a seven aircraft sales contract for six new-production CL-515 aircraft and one CL-415EAF. The CL-515 is a newly developed, technically advanced multi-mission aerial firefighting aircraft – the next generation of the CANADAIR CL-415, an amphibious aircraft and used extensively around the world in firefighting missions. The Republic of Indonesia's Ministry of Defense has agreed to purchase six all-new CL-515 aircraft, four of which will be delivered in “First Responder” multi-mission configuration, and two delivered in optimized aerial firefighter configuration, according to Viking. The purchase agreement also includes one CANADAIR CL-415EAF “Enhanced Aerial Firefighter” aircraft. The CL-515 is capable of up to 15 per cent better aerial firefighting productivity, including increased tank capacity and ability to refill in 14 seconds. It has a state-of-the-art Collins Pro Line Fusion digital avionics suite for advanced situational awareness. https://ottawacitizen.com/news/national/defence-watch/ottawa-firm-to-support-royal-canadian-navy-local-robotics-company-joins-rheinmetall