18 novembre 2015
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/2015
17:20
Deux LRASM ont été intégrés sur un Super Hornet pour des essais en vol. © NAVAIR
18/11/2015 par Emmanuel Huberdeau – Air & Cosmos
Le Naval Air Systems Command (NAVAIR : Centre de recherche et de développement de l'aéronavale américaine) a annoncé le début des essais en vol du programme d'intégration du missile LRASM (Long Range Anti-Ship Missile) sur F/A-18E/F Super Hornet. Les essais ont lieu sur la base aéronavale de Patuxent River.
Suite de l’article
4 juillet 2013
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/juillet
/2013
12:20
Jul 03, 2013 (SPX)
Dulles VA - Raytheon has been awarded a contract with the U.S. Naval Air Systems Command (NAVAIR) to build an integrated multi-INT system to safeguard forward deployed forces.
The Persistent Surveillance System Cross Domain Solution (PSS CDS) gives warfighters an advantage by providing a complete picture of impending threats, from both classified and unclassified sources. The contract was awarded in Raytheon's second quarter of 2013.
"The PSS CDS is a proven solution and one that offers protection to our warfighters in hostile, remote environments by granting them real-time access to secure, multi-domain intelligence, surveillance and reconnaissance data," said Mark Kipphut, Tactical Intelligence Systems director for Raytheon's Intelligence, Information and Services business.
"What makes this system unique is its game-changing capability to quickly share data between classified and unclassified environments."
The PSS CDS, a software package small enough to mount onboard an aircraft, transfers sensor data, high-definition surveillance video, and traditional and non-traditional ISR imagery, as well as situational awareness data, to give warfighters a complete picture of impending local threats, including an improvised explosive device or a group of insurgents.
Additionally, the system protects U.S. forces by gathering intelligence from hundreds of miles away using sensors on aerostats, towers and unmanned aerial vehicles, allowing warfighters to make confident and informed decisions in real-time.