Simloc Presents Active Cokpit/Collab with Fujitsu
Contact Our Team
For more information about how Halldale can add value to your marketing and promotional campaigns or to discuss event exhibitor and sponsorship opportunities, contact our team to find out more
The Americas -
holly.foster@halldale.com
Rest of World -
jeremy@halldale.com
Coinciding with FEINDEF, Simloc previously announced its integration into the new Audere Global; now Fujitsu and Audere Global (Simloc) are collaborating for the development of innovative technologies in the defense sector. During the event, Simloc also unveiled its active cockpit project.
From the knowledge of the operational needs of the Air Force, Audere Global (Simloc) and Fujitsu Uvance are coming together to offer the development of a 3M-5G wireless connectivity project and digital transformation scenarios for BACSI (Connected Air Base, Sustainable and Intelligent) of the Spanish Air Force. This initiative is an opportunity to provide 5G cybersecure wireless connectivity to the Air Force for the development of use cases in the logistics field, providing strategic autonomy for defense.
Under the umbrella of 5G technology, Audere Global and Fujitsu Uvance will offer solutions for simulation, remote maintenance, asset traceability, logistics efficiency, education and training with extended virtual reality tools.
Simloc’s Active Cockpit Project
The Simloc Flight Simulation has unveiled the active cockpit commissioned by the General Directorate of Armament and Material (DGAM) of the Ministry of Defense of the Government of Spain to complete the virtual test bench (RIG) of the Eurofighter in the CLAEX (Logistics Center for Armament and Experimentation).
The project arose from the Air Force's aspiration to expand its ability to run the Eurofighter application software in its virtual RIG, providing it with a man-machine interface, analogous to that of the aircraft, instead of being controlled by a computer.
With this cockpit, a replica of the Eurofighter, test pilots will be able to evaluate new developments realistically and at a very early stage, eliminating many repetitions of designs and avoiding having to wait for tests in real flight to make evaluations, with the consequent saving of time and money.
Simloc carried out a Mixed Reality demo coinciding with FEINDEF, in which the pilot could see the flight environment, using Virtual Reality glasses, as well as see his body and all the screens and real controls in the cockpit.
