14 août 2023 | Local, Aérospatial, Naval, Terrestre, C4ISR, Sécurité
Peter MacKay: The urgent need to fix Canada's military — and how to do it
Advice from a former defence minister to one just starting
26 décembre 2019 | Local, Naval
Canada's new Arctic patrol ships could be tasked with hurricane relief
Murray Brewster ·
The Canadian navy will take possession of two Arctic Offshore Patrol Ships in the new year — and it looks like they'll be spending as much time in the sunny south as they do in the Far North.
Vice-Admiral Art McDonald, the commander of the navy, told CBC News recently that military planners see the ships playing a role in delivering disaster relief in the Caribbean, where hurricanes have been increasing in size and destructive power.
"We can see a great opportunity to use this hurricane response as we go forward," McDonald said in a year-end interview. "Ironically, the Arctic offshore patrol vessel will find itself equally spending its time between our Far North and down south in support of our securing the continent."
The first of the long-awaited patrol ships, HMCS Harry DeWolf, conducted sea trials a few weeks ago under the supervision of its builder, Irving Shipbuilding of Halifax. It's due to be handed over to the navy in the spring, McDonald said.
Some members of the ship's inaugural crew took part in the shakedown to familiarize themselves with the new vessels.
"We've completed our training and we're ready to take it," McDonald said.
A second ship, HMCS Margaret Brooke, will be delivered to the navy in the fall.
Irving's Halifax Shipyard originally was slated to deliver the Harry DeWolf in 2018, but the deadline was pushed ahead to the end of 2019 and then pushed again into 2020.
That new timeline puts the date of delivery nearly five years after construction started.
McDonald said there are always delays when the first ships in a new class of vessels are introduced and the navy is satisfied it will receive fully functional, capable ships.
"We know that the lessons learned from tackling those production challenges, they're being folded into the second ship and into the third ship," he said.
Major component blocks of the third ship are being assembled at the Halifax yard now, and company officials, speaking recently on background, said production has become exponentially more efficient since the completion of the second vessel.
Steel for the fourth ship is being cut and shaped.
The brainchild of the former Conservative government, the Arctic Offshore Patrol Ships originally were pitched 15 years ago as three armed heavy icebreakers for the Far North. That morphed into a plan — originally pegged at $3.1 billion — to build eight light icebreakers. The number was cut to five (with the possible addition of a sixth) by the time the program got underway.
A little more than a year ago, the Liberal government confirmed it would build a sixth ship for the navy and construct two others for the Canadian Coast Guard.
Irving is the prime contractor for the navy's new frigate program; some expressed concerns that the company would be stuck with a gap in production between the frigates and the patrol ships. The addition of the three new ships promised by the Liberals all but closes that construction gap, company officials acknowledged. It also added $800 million to the program's revised $3.5 billion budget.
CBC News recently was given access to the Harry DeWolf as contractors completed last-minute work. Compared with previous Canadian warships, its cabins and work areas are spacious and high-tech.
McDonald said he believes the versatile design will make the ship useful, not only for sovereignty and security patrols, but also for research projects.
"We can bring on scientists," he said. "We can bring on teams focused around missions that are larger than the navy as we go forward."
Sur le même sujet
-
-
16 janvier 2019 | Local, Aérospatial
The National Research Council of Canada and Fives join forces to develop inspection technology for the aerospace sector
Licensing the next-generation of surface profilometer for in-process inspection MONTREAL, Jan. 15, 2019 /CNW/ - As the aerospace industry in Canada and around the world continues to increase its use of automated composite manufacturing techniques to produce large aircraft components, the industry is eager to find solutions to manufacture reliable, safe, and cost effective composite structures. The National Research Council of Canada (NRC) and Fives are working together to improve the efficiency of manufacturing composite parts. They are developing an advanced profilometer that will provide faster and more accurate part inspection. Based on an innovative optical technology, the advanced profilometer for composite placement shows considerable advantages over existing inspection technologies used for the same purposes. This groundbreaking in-process inspection technology will help manufacturers meet strict standards by providing superior measuring information without limiting the process functionality. These faster, better measurements will speed up manufacturing processes, reduce the risk of errors, and help composite manufacturers be more competitive. Fives has already started the last testing stage of the next-generation profilometer with customers and expects to begin commercializing the technology before the end of 2019. The NRC and Fives will continue to work together to advance this technology and bring innovative manufacturing solutions to the aerospace industry. Quick facts Manufacturing makes up nearly half of Canada's aerospace sector. Canada is home to more than 700 aerospace companies employing over 85,000 skilled professionals. The aerospace industry contributed $12.6 billion to Canadian Gross Domestic Product (GDP) in 2017. The NRC's aerospace manufacturing technologies centre supports industry, particularly the aerospace sector, in developing, demonstrating and implementing next-generation, cost-effective manufacturing methods. Fives designs and supplies machines, process equipment and production lines for various industrial sectors and is a major supplier of composite manufacturing equipment to the aerospace industry. The engineering group employs close to 8,700 people in about thirty countries, mainly in Canada, the United States, and Europe. The Metal Cutting and Composites group that worked on this project has over 1,100 people globally. Quotes "The National Research Council of Canada (NRC) is proud to work with Fives to advance the profilometer technology, pioneered by a multidisciplinary NRC team. Our expertise, paired with Fives' forward-thinking methods, will help achieve the original vision of developing an innovative, high-impact solution that enhances the efficiency of automated composite manufacturing and facilitates the digital transformation of the process. " Iain Stewart President, National Research Council of Canada "This is an exciting project for Fives as it demonstrates our commitment to advancing state-of-the-art composite application technology with productivity driven innovations, for both new and existing installations." Steve Thiry President and CEO, Fives Machining Systems Inc. "We have a strong history of supporting innovation. By joining with the National Research Council of Canada, we are once again contributing to the evolution of cutting-edge technologies for the aerospace and defense industries." Erik Lund President and CEO, Fives Lund About the National Research Council of Canada The National Research Council of Canada (NRC) is the Government of Canada's largest research organization. It is a key part of the Innovation and Skills Plan and of Budget 2018's commitment to supporting Canada's researchers to build a more innovative economy. To help position Canada as a global leader, the NRC is increasing its collaboration with regional ecosystems and with universities, polytechnic institutions and colleges, and establishing collaboration centres across the country. Twitter: @nrc_cnrc Instagram: @nrc_cnrc About Fives As an industrial engineering Group with a heritage of over 200 years, Fives designs and supplies machines, process equipment and production lines for the world's largest industrial players in various sectors such as steel, aerospace and special machining, aluminium, automotive and manufacturing industries, cement, energy, logistics and glass. The effectiveness of its R&D programs enables Fives to design forward-thinking solutions that anticipate industrials' needs in terms of profitability, performance, quality, safety and respect for the environment. In 2017, Fives achieved a turnover of €1.9 billion and employed close to 8,700 people in about thirty countries. Twitter: @fivesgroup SOURCE National Research Council Canada For further information: Media Relations, National Research Council of Canada, 613-991-1431, 1-855-282-1637, media@nrc-cnrc.gc.ca; Kimberly Prophett, Fives - Metal Cutting Composite, + 920 906 2566, kimberley.prophett@fivesgroup.com https://www.newswire.ca/news-releases/the-national-research-council-of-canada-and-fives-join-forces-to-develop-inspection-technology-for-the-aerospace-sector-872551740.html
-
12 septembre 2019 | Local, Terrestre
DND funds new technology at Carleton University that could protect military equipment
DAVID PUGLIESE, OTTAWA CITIZEN A Carleton University research team led by Shulabh Gupta, a professor in the Department of Electronics, has received $1.5 million in funding from the Department of National Defence's Innovation for Defence, Excellence and Security program to create the next generation technology for electronic camouflaging. The project will develop an artificial electromagnetic veil to protect military equipment from enemy detection based on cutting-edge Metamaterial technology, according to a news release from Carleton University. The veil would cover the surface of the military asset and hide it from a range of detection methods operating is various spectral bands, including radio frequencies, infrared and optical. The project, officially known as the Artificially Intelligent Biomimetic Metasurfaces for Electromagnetic Camouflage, is a collaboration with the University of Ottawa and Polytechnique Montreal, Carleton University noted. “In much the same way an octopus dynamically senses and adapts to its background, changing its colour as it moves, these smart electromagnetic veils would be able to sense their backgrounds, even while moving, and in real time adapt to blend into their surroundings while protecting the important targets,” Gupta said in the news release. “While an octopus is only capable of hiding from the optical detection of predators, assets utilizing the new veil would be hidden from a broad range of detection.” For example, radar can detect and distinguish a vehicle driving through a forest because the vehicle reflects a different signal back compared to its background, the university noted. To prevent this, the veil on the vehicle would predict the signal being reflected back by the surrounding trees and mimic it, making the vehicle indistinguishable from the trees as it drove through the forest. https://ottawacitizen.com/news/national/defence-watch/dnd-funds-new-technology-at-carleton-university-that-could-protect-military-equipment