5 mai 2020 | Local, Aérospatial, Naval, Terrestre, C4ISR, Sécurité
MARKHAM, Ontario--(BUSINESS WIRE)--Leading defence and military magazine, CANADIAN DEFENCE REVIEW, has just released its annual survey and ranking of Canada's Top Defence Companies.
For 2020, CDR has named Lockheed Martin Canada, its Top Defence Company and it's their third time at the #1 spot over the 16 years the survey has been published.
Parent company, Lockheed Martin, is the world's largest defence contractor but the Canadian operation constitutes a tiny sliver of the corporation, however, of particular interest to CDR, is the fact that its cutting edge naval technology is all home-grown!
In commenting on the selection, Lorraine Ben, Lockheed Martin Canada Chief Executive, said, “... our success is founded upon long-standing partnerships with Canada, the Canadian Forces, and the country's defence supply sector.”
She added, “This recognition by CDR is a true testament to our team and the extraordinary talent and dedication our employees have. And not only for our Lockheed Martin Canada team, but for our vast network of Canadian suppliers and partners – we have a rich history supporting collective success across Canadian industry and we are looking forward to growing this positive impact.”
CDR Editor-in-Chief, Peter Kitchen, commented, “Lockheed Martin Canada has proven time and time again that it is a great corporate citizen and we were particularly impressed how the company not only develops its key naval technology in-country, but it also draws on the vast resources of the mother company in a very effective way.”
There have been ten new companies added to the CDR survey this year, showing Canada's defence industry is vibrant and growing.
An evaluation panel consisting of CDR editorial staff and independent advisors ranked the companies based on factors such as economic impact, innovation, contribution to the nation's security, corporate integrity and support for Canada's military.
With the publication of its annual Top 75 Defence Companies Survey & Ranking, CDR's goal is to showcase Canada's defence industry and all that it has to offer. And that's why, in the current challenging environment, CDR is proud to be part of an industry that is fighting valiantly against the Covid-19 pandemic threatening the nation.
Peter A. Kitchen, Editor-in-Chief
Telephone: (905) 554-4586
Email: Comments@CanadianDefenceReview.com
www.CanadianDefenceReview.com
9 novembre 2023 | Local, Aérospatial
After trying to deliver 2 subs this year but facing delays over the summer, the Navy hopes 2024 will be the year to get back to 2-a-year deliveries.
3 mars 2020 | Local, Aérospatial
Par Maryse Jobin Le Groupement des industries françaises aéronautiques et spatiales (GIFAS) est en mission industrielle de trois jours au Canada pour renforcer la coopération franco-canadienne dans ce secteur. Durant cette mission, 60 sociétés industrielles françaises participent à des rencontres d'abord à Montréal, ensuite à Toronto et Ottawa. La coopération entre la France et le Canada dans les domaines de l'aéronautique et de l'espace existe depuis 70 ans. Une trentaine d'entreprises de l'Hexagone sont d'ailleurs implantées au pays. En 2016, le GIFAS choisissait Montréal pour installer son bureau de représentation pour l'Amérique du Nord. 405 sociétés, dont des maîtres d'œuvre, des équipementiers et des PME font partie du GIFAS. Par voie de communiqué, Éric Trappier, président du GIFAS et PDG de Dassault Aviation, a dit vouloir « renforcer davantage les liens qui unissent nos deux industries ». Selon lui, les compétences de haut niveau et le poids mondial de l'industrie canadienne « sont reconnus de tous ». Parmi les entreprises participant à cette mission, on retrouve Airbus, Dassault Aviation, Safran et Thales. Sept membres du conseil du GIFAS accompagnent son président Éric Trappier. Tous les deux ans, ce regroupement organise le Salon du Bourget à Paris, le plus grand salon aérospatial du monde. La filière française d'aéronautique, spatiale et de défense, est le premier secteur d'exportation de ce pays d'Europe. Son chiffre d'affaires en 2018 s'élevait à 65,4 milliards d'euros. https://www.rcinet.ca/fr/2020/03/02/gifas-eronautique-spatial-mode-seduction-montreal/
12 mars 2019 | Local, Aérospatial
by Lisa Gordon The Viking CL-415 “SuperScooper” is more akin to a pick-up truck than a sports car. It's a hardworking, amphibious turboprop that was built to fight wildfires. It flies low, battling blistering heat and blinding smoke, before releasing 13,500 pounds of water in six seconds – and then returning to a nearby lake where it skims the surface to reload. Introduced in 1993 by Bombardier, the CL-415 was essentially a turboprop version of its predecessor, the piston-powered CL-215. Today, there are close to 170 CL-215/415 aircraft in operation, mostly in Europe and North America. They are now supported by Viking Air, which acquired the program from Bombardier in 2016. Pilot training in the CL-415 has historically been done in the aircraft, but TRU Simulation + Training says that due to the unique mission it performs, those training flights can be dangerous. The South Carolina-headquartered company is a division of industry giant Textron Inc., and was formed following the amalgamation of several specialty flight simulation and pilot training companies, including former Montreal-based Mechtronix. About two years ago, TRU's commercial aviation division in Montreal began designing the world's first CL-415 full flight simulator (FFS) with the capability to replicate operations not only in the air, but also on the water. The company was able to draw on its recent experience of successfully building a Series 400 Twin Otter FFS for Canada's Pacific Sky Aviation in Calgary, Alta. – the world's first seaplane simulator with water-handling capabilities. “Before the Twin Otter project, hydrodynamic modelling is something we hadn't done before,” acknowledged Thom Allen, TRU's vice-president of Technology and Innovation. “It's like a boat simulator because you're modelling the buoyancy of the floats or the fuselage in the water. Interestingly, our engineers working on the Twin Otter program actually went to the library and researched how boats work on the water. Mixing the boat sim with the aerodynamic sim is the whole package.” He said the CL-415 experience took things one step further by adding the mission component – scooping the water – to the Twin Otter build. “From a safety point of view, the types of missions you do in a waterbomber are quite a bit different from a commercial aircraft. When you're scooping water and dropping it over a fire, training in those conditions is very dangerous. The tradeoff has always been between the quality of the training and the danger of doing that sort of training.” TRU's CL-415 FFS was delivered to Ansett Aviation Training in Milan, Italy, in September 2018 and certified by the European Aviation Safety Agency (EASA) in December to Level D standards. Although training courses have yet to be completed in the simulator, the hope is that both initial and recurrent pilot training will be done exclusively in the device. Allen said the operational characteristics of a CL-415 are complex and unique. “When you're flying over a very hot fire, you drop your water and the mass of the aircraft is cut in half. The turbulence effect is quite significant when you hit the updraft. The fire is creating turbulence, smoke, reduced visibility – and pilots are dropping every five or 10 minutes repeatedly, usually in rugged terrain at low altitudes. This is the part that made this project something new.” To gather accurate performance data, TRU rented a CL-415 and equipped it with flight test instrumentation. “We weren't doing fire drops with our engineers on board, but we did all the manoeuvres around that, and we brought in a number of senior CL-415 pilots to evaluate our work.” The result is the world's first high fidelity CL-415 simulator with the capability of replicating not just air and water operations, but various types and intensities of forest fires and changes in related environmental conditions. The cockpit noise level is accurately reproduced by a secondary audio system that – like the real aircraft – requires crewmembers to wear a noise-cancelling headset. Full article: https://www.skiesmag.com/news/simulating-the-superscooper