May 14, 2018 | Local, Aerospace
Following an industry ‘engagement session' in Ottawa on 2 May, the Royal Canadian Air Force (RCAF) has provided additional information to industry about its Future Aircrew Training (FAcT) requirement.
Like many air forces around the world, the RCAF is looking at methods to both streamline and reduce the costs of producing aircrew, pilots, Air Combat Systems Officers (ACSO) and Airborne Electronic Sensor Operators (AES Op). The RCAF's preference is to opt for a training service provision model that is generated by one or more commercial contractors.
At present, pilot training is conducted through two services contracts known as NATO Flying Training in Canada (NFTC) and Contracted Flying Training and Support (CFTS). These two contracts include classroom instruction, simulator training and flight training.
These have been independently provided by CAE and KF Aerospace respectively however, these companies have recently combined their efforts to form a new 50:50 joint venture company named SkyAlyne that will now service both requirements.
Although NFTC and CFTS training has been provided by industry, ACSO/AES Op training is delivered by 402 Squadron in Winnipeg using only DND personnel and equipment. Flying training is undertaken on the CT-142 (Dash-8) aircraft. These aircraft are approaching their end of life date and the ground training system that supports them is also old and needs replacing.
According to the RCAF document issued prior to the industry engagement session: ‘The confluence of concluding pilot training service contracts, the need for revitalisation of the ACSO and AES Op training system, and the significant overlap of core knowledge and skills between these three occupations provide the opportunity to streamline key elements of aircrew training.
‘This approach will realise efficiencies in not only training time and cost, but also in training methodologies and incorporation of modern and evolving technologies. Additionally, the synthetic training environment will be leveraged to the greatest extent possible to maintain an aircrew training system that will remain relevant into the middle of the century.
‘It is essential that continuity of aircrew training be maintained throughout the transition.'
Like most military procurements, FAcT has been a long time in the making with the first RFI issued in September 2013. If all goes well, contract award is scheduled for 2021 with a ramp-up during which ‘partial FAcT operations begin' during 2021-23. Full operating capability is not expected until 2027.
Numerous companies have expressed interest including Boeing and Lockheed Martin as well of course, as SkyAlyne. The incumbent Canadian providers would appear to be in a strong position after pooling their resources.
https://www.shephardmedia.com/news/training-simulation/itec-2018-rcaf-looks-future/
August 20, 2023 | Local, Naval
The customized, medium-class UUVs will be built by HII’s Mission Technologies division in partnership with W.S. Darley & Co. and delivered in 2024.
June 12, 2018 | Local, Land, C4ISR
PARIS ― Safran Electronics & Defense unveiled June 12 at the Eurosatory trade show a range of military inertial navigation systems, dubbed Geonyx, aimed at equipping armored vehicles, target acquisition systems and artillery. The Geonyx INS range is a navigation tool designed to allow operators to find their position and aim weapons, a Safran ED executive told journalists. The system is intended to be highly reliable and independent of GPS, which can be jammed. Safran ED presented its Geonyx system to the Direction Générale de l'Armement procurement office and the French Army's Stat equipment assessment department on May 30. Geonyx could be fitted as a replacement of the Safran Sigma 30, which is fitted on the Nexter Caesar 155mm artillery. The resonance technology in the new INS range is “extremely disruptive,” the executive said. The Geonyx is smaller, highly reliable and at “a much lower price” than the Sigma 30, he added, however no price details were available. The three Geonyx models ― SP, HP and XP ― offer a rising level of performance, reflecting a range of operational requirements for an army. The systems are intended to be highly robust to withstand shock from artillery fire. An operational life of 10-15 years is expected, the executive said. Geonyx draws on technology developed on its Crystal gyroscope, an advanced hemispherical resonator gyroscope. The resonance technology will be applied to equipment for space, air, land and sea, both civil and military, Safran ED said in a statement. Northrop Grumman has developed its HRG system, which can be deployed in space. https://www.defensenews.com/digital-show-dailies/eurosatory/2018/06/08/eurosatory-this-navigation-system-by-safran-doesnt-need-gps/
December 13, 2022 | Local, Other Defence
Anita Anand will appoint a committee to review the future of Canada’s military colleges following a scathing report published in May by former Supreme Court justice Louise Arbour.