Back to news

September 14, 2018 | Local, Aerospace, Naval, Land, C4ISR

Here’s why Canada’s defence industry is such an innovation powerhouse

Christyn (Chris) Cianfarani

In late 2011, the Department of National Defence decided that the rafts it was using to carry out search and rescue operations in open water were due for an update.

Part of DND's sea rescue kit, the new rafts needed to be compact and durable, but they also had to inflate reliably at temperatures as low as -50 C in the frozen expanses of Canada's North. If they didn't, lives could hang in the balance.

Enter Benoit Corbeil and his team at Tulmar Safety Systems, who found a way to create a light, durable raft that could be safely airdropped, and would inflate manually on the ice or automatically in water. With a fully enclosed canopy, those rescued can now be immediately sheltered from the cold wind and freezing ocean spray.

The responsibility to save lives is what drives people like Benoit and thousands of other Canadians working in the defence and security industries to continue creating innovative solutions to complex problems.

In my role as the head of the Canadian Association of Defence and Security Industries (CADSI), I'm often struck by the sheer level of creativity and talent in our sector. But it shouldn't come as a surprise because we've been gathering evidence on this for a few years now.

Flexible, collaborative and fruitful

In May, CADSI – in partnership with Innovation, Science and Economic Development Canada (ISED) and Statistics Canada – released the latest State of Canada's Defence Industry report. We found that defence and security companies were behind $400 million worth of research and development (R&D) in 2016, resulting in an R&D intensity close to 4.5 times higher than the Canadian manufacturing average.

Our members – now more than 900 of them across Canada – aren't doing this work in a vacuum, of course. They are collaborating with partners in academia, government and supply chains to push boundaries and develop brand new technologies.

DND's new Innovation for Defence Excellence and Security (IDEaS) Program will help encourage even more of this type of cooperation, allocating $1.6 -billion over two decades to innovative solutions that address Canada's defence and security challenges. Sixteen initial challenges have been identified, and start-ups, SMEs, corporations and academics have all been invited to apply. The first contracts were awarded in August, with more coming in fall 2018.

But our industry's work is already having tangible, real-world impacts for average Canadians. In July, for instance, global satellite operator Telesat – a company headquartered right in Ottawa – launched the Telstar 19 VANTAGE. This powerful satellite will connect communities across Nunavut with faster and more reliable broadband, opening the territory to the world. We featured Telesat vice-president Michele Beck's contributions to this project in our My North, My Home campaign.

Full article: https://www.linkedin.com/pulse/heres-why-canadas-defence-industry-innovation-cianfarani/

On the same subject

  • Les premiers F-18 australiens usagés arriveront au Canada dans les prochains jours

    February 13, 2019 | Local, Aerospace

    Les premiers F-18 australiens usagés arriveront au Canada dans les prochains jours

    Ottawa commencera à prendre possession des avions de chasse d'occasion australiens dès la mi-février, a appris Radio-Canada. Deux F-18 sont attendus à la base de Cold Lake en Alberta. Et tout indique que le reste des 25 appareils achetés par le Canada sera livré... par avion. Un texte de Marc Godbout La livraison commencera le 16 février, confirment des sources proches du dossier. C'est quelques semaines plus tôt que prévu. Deux des F-18 australiens que doit recevoir le Canada se trouvent au Nevada, aux États-Unis. Les chasseurs participent à un entraînement aérien et se poseront par la suite à Cold Lake. La Défense nationale ne veut pas dévoiler la date de leur arrivée au pays, mais confirme que les deux appareils sont dans la région de Las Vegas. Les deux premiers appareils devraient arriver ce mois-ci. Ils devraient être intégrés aux opérations plus tard cette année. Ashley Lemire, ministère de la Défense nationale Une fois à la base de Cold Lake, les deux avions de chasse de l'Australie seront confiés au Centre d'essais techniques de l'Aviation royale canadienne pour y subir des évaluations. Ils seront par la suite reconfigurés. Et 18 appareils viendront compléter la flotte actuelle de CF-18, les autres seront utilisés pour des pièces de remplacement et la formation des mécaniciens et des techniciens. Livraison par avion? Selon nos informations, le scénario privilégié par Ottawa pour apporter ces avions de chasse au Canada n'est pas de les faire voler de leurs propres ailes, mais de les transporter à bord d'un avion-cargo. Des sources ont indiqué à Radio-Canada que la Défense nationale souhaite « très sérieusement » noliser un appareil Antonov qui peut transporter deux appareils à la fois. Les avions de chasse seraient livrés à Mirabel, où se trouvent les installations de l'entreprise L3 MAS qui devra assurer l'entretien des F-18 australiens. Faire voler ce type d'avion de chasse coûte au minimum 30 000 $ de l'heure. Les placer dans un Antonov permettrait d'éviter, par exemple, de nombreux ravitaillements en carburant entre l'Australie et le Canada. Mais cette solution serait-elle plus rentable? Le ministère de la Défense nationale refuse de confirmer quoi que ce soit. « La méthode de livraison pour les autres aéronefs doit encore être confirmée », précise Ashley Lemire, dans une réponse écrite. « Les livraisons d'avions restants d'Australie auront lieu à intervalles réguliers jusqu'à la fin de 2021 », ajoute-t-elle. Dans la capitale australienne, Canberra, on ne veut rien dévoiler. « Les conditions de vente des aéronefs et des articles associés, y compris les informations sur les aéronefs et les calendriers de livraison, sont traitées à titre confidentiel », explique le ministère de la Défense. Plus tôt dans son mandat, le gouvernement Trudeau avait opté pour une solution provisoire, soit l'achat de 18 nouveaux chasseurs Super Hornet de Boeing. Mais dans la foulée du conflit commercial entre le géant américain et Bombardier, Ottawa avait plutôt opté pour la solution australienne. Le programme coûtera 500 millions de dollars, dont 90 millions pour l'achat des appareils. La saga inachevée En campagne électorale, les libéraux de Justin Trudeau avaient voulu se dissocier du plan conservateur d'acquérir les coûteux F-35. Dans leur programme, ils s'étaient engagés à « lancer immédiatement un appel d'offres ouvert et transparent pour remplacer les CF-18 ». Or, le gouvernement n'a toujours pas demandé officiellement aux grands joueurs de l'industrie de soumissionner pour livrer les 88 nouveaux avions de chasse. Il ne devrait enclencher cette étape qu'au printemps, à quelques mois des élections, de sorte que le Canada n'aura pas de nouveaux chasseurs avant au moins 2025. https://ici.radio-canada.ca/nouvelle/1151514/avions-f-18-australie-canada-cold-lake-appareil

  • Too soon to think about INF withdrawal ripple effects on Canada: Defence Minister

    February 4, 2019 | Local, Land

    Too soon to think about INF withdrawal ripple effects on Canada: Defence Minister

    By Charlie Pinkerton The United States will no longer abide by its nuclear arms agreement with Russia and will be removing itself from the treaty in six months if Russia doesn't come back into its compliance, but Defence Minister Harjit Sajjan said it's too early to think about what the ripple effects could be for Canada. In a written statement, U.S. President Donald Trump said his country will be removing itself from the Intermediate-Range Nuclear Forces (INF) Treaty. Russia and the United States agreed to the treaty in 1987. It eliminated all nuclear and conventional missiles and launchers that had ranges of 500 to 5,500 kilometres. Trump said the U.S. will no longer abide by the treaty as of Saturday and will formally withdrawal in six months. “The United States has complied with the INF Treaty for more than 30 years, but we will not be held back while Russia cheats,” says the White House statement, which repeatedly blames Russia for not conforming to the requirements of the arms treaty. “We agree with our allies' assessment that Russia has been in a breach of the INF Treaty,” Sajjan said. Sajjan said that he and new acting Secretary of Defense Patrick Shanahan didn't discuss the INF “directly” today in Washington, where Sajjan had his first meeting with Shanahan since he's been acting as the U.S. defence chief. Shanahan was previously the deputy secretary of defence but was appointed to the more senior role in an acting capacity after Jim Mattis resigned following U.S. President Donald Trump's announcement of his intention to remove American troops from Syria. “For non-proliferation and (nuclear) disarmament to occur, everyone needs to make sure they're in compliance with the treaty,” Sajjan said. According to the statement from the White House, only Russia's destruction of its INF-violating missiles and launches will keep the U.S. in compliance and stop them from withdrawing completely in August. The defence minister acknowledged that a treaty-free Russia could cause uneasiness for Canadian and U.S. allies in Europe, but that it's too early to say what the impacts could be domestically. “It's important for us to send a unified message to Russia to come back to the rules based order so that we can maintain the stability that we have known for some time,” Sajjan said. “This decision solely rests on the actions of Russia. There is opportunity still for Russia to come and be verifiably compliant and ... we can always hope that they can come into compliance,” said the defence minister. https://ipolitics.ca/2019/02/01/too-soon-to-think-about-inf-withdrawal-ripple-effects-on-canada-defence-minister/

  • We are looking for suppliers with the capacities required for presentation to a prime contractor!

    July 16, 2020 | Local, Aerospace, Naval, Land, C4ISR, Security

    We are looking for suppliers with the capacities required for presentation to a prime contractor!

    We are looking for technology suppliers who could meet the needs presented below. The selected companies will then be put in contact with the client to present their technology during a webinar. Tactical Systems Innovative ID Technology Small SWAP cooperative ID Systems Use of Quatum Technologies for secure comms/ID Processing Independent multi-core processing Dal B capability Additional Opportunities: Small efficient GaN transmitters Crypto capability-IP/FPGA-based CSAC Time Standards-Printed Flex Circuits Any technology that could provide SWAP enhancements Mission Computer Product needs and Collaboration Opportunities Innovative Thermal packaging Solutions Additional Opportunities Rugged OpenVPX capability Fast prototyping-switches and processors Cybersecurity and multi-level security Optical ISR Product Needs and Collaboration Opportunities Image Processing Hyperspectral sensors and processing Focus on low cost low SWAP expendable Additional Opportunities for innovative technologies supporting WAMI Enhancement-sensitivity, SWAP, Affordability Focal planes Optical components Beam steering Antenna Product Needs and Collaboration Opportunities Meta-Material Capabilities Reduced profile Wider Bandwidth Increased Radiated power FSS-based metamaterials for cavity resonators RF absorption Patch antennas with better directivity STAP Algorithms Support for controlled radiation pattern antenna products Materials for extreme environment Ultra high temp RF materials Ultra high temp adhesive Thermal protective radome material High tempRF connectors Space Systems Challenge problems Modelling and models for single event effects on semiconductor components space packaging for thermal management, use of non-hermetic packaging in space Rad-tolerant FPGA software-defined radio technology beyond 2012-generation devices small size laser bean director for 100 urad class open loop repeatability low cost precision optical assembly methods for small quantity complex designs suitable for field environmental conditions Communications and Navigation Solutions Technical Challenges Communications in congested spectrum Dynamic spectrum access, interference mitigation (signal processing and nulling) Efficient Use of Processing Resources Dynamic Partial FPGA Reconfiguration, efficient auto code generation Navigation Assured position navigation and timing techniques Networking Technologies Directional networking, mesh networking, network management of Link 16 systems Open architecture systems 3U VPX open architecture hardware, software, and waveforms Other Technologies Link 16 for LEOs, free space optical communications, multi-band power amplifiers for VHF, UHF and L-band Communications, multi-function phased arrays and phased array enabling technologies If you think you have the requested capabilities, send your information to: Pauline Breyton pauline.breyton@aeromontreal.ca

All news