May 14, 2018 | Local, Aerospace
In a two-by-three metre wind tunnel at the National Research Council of Canada's (NRC) aerospace research centre in Ottawa, aerospace engineers are gathering data for the Royal Canadian Air Force (RCAF) this week to validate the placement of the sniper pod on the centreline station of the CF-188 Hornet.
“For this configuration, we are running at close to takeoff and landing speeds to simulate the take off and landing of the F-18, about 100 metres per second or almost 200 knots,” explained Melissa Richardson, an aerodynamics research officer and the project manager for the testing process, as wind whipped over the inverted nose landing gear and sniper pod.
The CF-188 fighter jet has carried a certified sniper pod on the left side of the fuselage, below the engine intake, since the aircraft were upgraded in the early 2000. But lessons from recent operations over Libya in 2011 and Iraq and Syria between October 2014 and March 2016 convinced pilots they would have a better view of possible targets with the centerline placement.
“We found a lot of our missions revolved around looking at the ground, monitoring areas of interest and targets for missions that are four to five hours long,” said Capt Tom Lawrence, a CF-188 pilot and the project officer for fighter weapons and equipment.
“When [pilots] are manoeuvring their aircraft, there is a chance of the aircraft actually masking the targeting pod. Putting [it] on the centre of the aircraft allows a larger field of regard.”
Rather than bank left to maintain focus on a target, the new placement should ensure an uninterrupted view of the ground or target aircraft, “taking that frustration out of the pilot's mind,” he said. “They can just focus on the imagery and the task at hand.”
Lawrence said it could also make it easier for pilots to employ weapons and assess battle damage effects.
The purpose of the wind tunnel tests is to measure the aerodynamics created by the nose landing gear on the sniper pod mounted behind it at times when it is most exposed to turbulence, said Richardson. Among concerns before the tests began were the effect of significant vibration on the pod and the possibility of debris being kicked up by the wheels and striking its protective glass shield.
“[We need to] make sure the aircraft is safe to operate with the sniper pod on this new location. That means it can take off and land without excessive vibration, that the loads are still within acceptable limits,” explained Capt David Demel, the certification authority with the RCAF's Technical Airworthiness Authority.
“This is the goal of the current wind tunnel test, to confirm that before we move to the flight test phase in Cold Lake in the September timeframe.”
A second a high-speed equivalent test will be conducted by the NRC at its high speed trisonic wind tunnel in about three weeks, using a six per cent scale model, that will include ensuring engine intake airflow is not affected. Test pilots with the Operational Test and Evaluation Unit in Cold Lake will then recertify operational airworthiness of the sniper pod in its new placement.
While the testing facilities are being provided by the NRC, the vibration data is being gathered and analyzed by Bombardier, which has provided some of the instrumentation. The sniper pod and landing gear were installed in the wind tunnel by L-3 MAS, which will have the task of mounting the pods in the new location on the entire CF-188 fleet–including the 18 F/A-18 Hornets the government is negotiating to buy from the Royal Australian Air Force–once approved.
“We're all collaborating on the project as it goes through each phase, from technical airworthiness to operational airworthiness,” said Lawrence.
https://www.skiesmag.com/news/rcaf-planning-new-sniper-pod-placement-cf-188-hornet/
September 19, 2018 | Local, Aerospace
ADAPTING ON THE FLY “Agile” and “nimble” are the buzzwords as the Royal Canadian Air Force moves forward under new commander LGen Al Meinzinger. By Chris Thatcher AN INVESTMENT IN CAPABILITY Skies test pilot Robert Erdos flew Leonardo's AW101-612 search and rescue helicopter to see what upgrades might be in store for Canada's CH-149 Cormorants. By Robert Erdos
January 31, 2019 | Local, C4ISR
Dominique Lemoine - 30/01/2019 Trois contrats fédéraux de systèmes intégrés de technologies de l'information pour les Forces armées du Canada ont été attribués à General Dynamics Mission Systems, une entreprise qui est basée en Virginie aux États-Unis. Services publics et Approvisionnement Canada (SPAC) affirme que la valeur totale de ces trois contrats atteint 621,5 millions de dollars, et que ces derniers doivent « générer des retombées économiques », dont le « maintien » de 494 emplois à Ottawa et à Calgary. Selon SPAC, ces trois contrats de cinq ans visent à « fournir aux militaires l'équipement dont ils ont besoin pour s'acquitter de leur travail », et ils concernent « le soutien du système C4ISR de commandement, contrôle, communication, informatique, renseignement, surveillance et reconnaissance ». Le C4ISR est un « ensemble de systèmes tactiques intégrés qui est composé de réseaux interconnectés de systèmes d'information et de communication numériques », précise SPAC, qui soutient aussi que « l'Armée dépend de ces systèmes de communication et d'information pour diriger les opérations terrestres et obtenir l'information requise à cette fin ». Les contrats incluent un « soutien en ingénierie de cybersécurité », d'une valeur de 56,5 millions de dollars, pour « la protection des systèmes d'information et de données contre le vol et les dommages à l'information qu'ils contiennent ». Un deuxième contrat de 367,25 millions de dollars vise le « soutien en génie et intégration » pour « l'intégration du système de C4ISR terrestres ». Le troisième, d'une valeur de 197,75 millions, vise le « soutien du logiciel de transition », pour le « soutien logiciel servant à intégrer différents points de données, tels que les relevés GPS », et ce, « en un seul système qui favorisera la prise de décisions ». Selon le palier fédéral, l'Armée a « besoin des plus récentes technologies pour mieux comprendre son environnement d'opérations et détecter les menaces », le système tactique intégré C4ISR permet aux troupes « de rester en contact les unes avec les autres », ainsi qu'avec des alliés et leur quartier général, et les contrats vont permettre de développer des capacités dans le domaine de la « cyberrésilience ». https://www.directioninformatique.com/trois-contrats-militaires-federaux-pour-general-dynamics-mission-systems/65486
August 6, 2019 | Local, Aerospace
Macfab, a manufacturer of components and sub-assemblies, has announced it will support the Launch Canada Challenge. The Launch Canada Challenge is an industry-partnered student rocket competition that was created as a result of university student rocketry programs across the country excelling in international competitions and to fill a gap that government doesn't seem interested in filling. Macfab will provide $5,000 in funding. Joe Magyar, Macfab's Business Development Director is a big believer in the Challenge and what organizer Adam Trumpour is trying to achieve. “We first met Adam Trumpour at a space industry conference. We were so impressed by his enthusiasm for Canada's space sector, we featured him in a Macfab video profile. When we heard about Launch Canada, we immediately wanted to be part of this exciting venture.” He told SpaceQ he hopes this will spur on other companies to get involved. Adam Trumpour said “industry support is critical to Launch Canada's success. We are delighted that Macfab recognized the value of nurturing Canada's future space leaders. Thank you, Team Macfab!” http://spaceq.ca/macfab-will-support-the-launch-canada-challenge-rocketry-competition/