Intermittent Fault Detection benefits discussed in UK Parliament
Published 20 Feb 2019
https://www.youtube.com/watch?v=MqZSeYIV6gk
In the House of Commons Defence Questions session held on 18 Feb, the Member of Parliament for Moray (the Rt Hon Douglas Ross MP) raised the topic of Intermittent Fault Detection (IFD) testing - the first time IFD usage has been discussed in the UK Parliament.
Mr Ross's question can be seen in the video above: it was posed following a discussion on MoD work to review levels of employment for ex-military personnel. Knowing Copernicus Technology is staffed predominantly by ex-RAF engineers and aircrew, and that we collaborate with US-based Universal Synaptics on IFD products used by the USDoD on several fleets, Mr Ross asked the Armed Forces Minister whether the MoD is looking to learn from the USDoD's IFD testing experience to increase Availability and reduce Support Costs. In response the Minister (the Rt Hon Tobias Ellwood MP) has requested a dedicated meeting to discuss the topic.
About Copernicus Technology
Established in 2008 by ex-RAF personnel, Copernicus Technology provide Intermittent Fault Detection products and services - using Universal Synaptics Corporation's proven and world-leading IFD Technology - that increase operational reliability and reduce support costs in the Aerospace, Defence and Rail sectors. IFD test equipment is used on Avionics, Electronics, Wiring, Databus and Interconnects and is proven across fleets including Eurofighter, F/A-18, Sikorsky S-92, trains, light armoured vehicles and many more.
Copernicus Technology also provide Maritime Patrol Aircraft operations and support-related training & consultancy to domestic and international clients, from air forces to aircraft manufacturers.
Who do I contact to find out more?
Contact us now to find out how IFD Technology can reduce the cost of support and increase uptime on your platform, equipment or systems. Scroll down to the very bottom of any page on this website to find the distributor in your part of the world.