![]() Using simulated fighter aircraft interiors, the flying experience obtained within the simulation can translate into real-life skills used on the job. We don’t sell equipment we partner with agencies and their instructors to develop their ideal tools for Air Force pilot training. Most importantly, we support you in maintaining and evolving this solution as your policies, assets, and challenges inevitably change over time. We invest time in understanding your assets and objectives, work closely with your team to develop and deliver the appropriate simulation solution, and help you find the best way to integrate this custom solution into your training procedures. FAAC advancements including the leap to high-fidelity simulation (leaving behind low-fidelity coefficient-driven algorithms) and head tracking technology (providing a superior simulation of depth perception) help trainees learn critical skills safely and affordably.įAAC embraces a “Customer for Life” philosophy. These military simulation training technologies have become the standard for real-time military weapons training and assessment. Our 50+ years of weapon simulation and software development experience is used to provide our customers with the best training and tactical software possible.įAAC was founded in 1971 specifically to create military weapons simulations. ![]() ZAP was a revolutionary leap in capability for the US and FMS warfighter, replacing low-fidelity coefficient-driven algorithms, with accurate high-speed simulations. This capability was eventually brought from the training world to the tactical world through the incorporation of the Zone Acquisition Program (ZAP) into the fighter’s Operational Flight Program. Our weapon simulation technology established and maintains the standard for real-time weapons assessment. Our mission is to assist the Air Force, Marines, and other military operations in developing the most advanced aircraft simulation systems, ensuring that the training received by the pilot and aircrew translates into real-world combat scenarios. ![]() Current FAAC Air Combat Training Simulation solutions include threat environment simulation, weapon system analysis software, weapon system trainers, and air combat training ranges with integrated Instructor Operating Systems (IOS) and highly adaptable low-cost flight simulator options. Our suite of real-time asset and weapon simulation systems are built on more than 45 years of experience developing end-to-end military simulations. This has grown into supporting newer generations of training ranges, such as P5, TCTSII, TACTS/ACTS, AARI, and other systems.įAAC’s AWS Division is the primary commercial supplier for many military training and weapons simulation systems. Low level flying in the age of stealth bombers and standoff weapons: welcome to the famous “Mach Loop” (theaviationist.FAAC’s Air Warfare Simulation Division (AWS) represents the original core of our company, founded in 1971 to provide high-speed accurate weapon simulations for the original training range USN/USAF Air Combat Maneuvering Instrumentation (ACMI) systems developed to better prepare pilots for combat operations.Have you ever seen a picture of a fighter plane towing a radar decoy? Here it is ().Ready for a 9/11-type of attack: RAF Typhoons based in London will shoot down suspect aircraft to protect Olympics (if required) ().Exclusive: F-16 gets killed by Typhoon during air combat training in first Eurofighter HUD capture ever.Typhoons sonic boom during terrorist hijack alarm causes chaos in UK ().Image credit: Alessandro Fucito Related Articles ![]() ![]() Update: the pod has been positively identified thanks to the contribution of several readers as a RAIDS (Rangeless Airborne Instrumentation Debriefing System) used by the RAF since several years and first spotted on the Typhoon fleet in Oct. Noteworthy, not only the aircraft wears several Paveway LGB (Laser Guided Bomb) mission marks gained during the air campaign in Libya, but it carries a new kind of pod on a right wing’s pylon.Ĭonsidered its position and shape it most probably is a sort-of Airborne Instrumentation Subsystem (AIS) pod used for ACMI (Air Combat Maneuvering Instrumentation) activities, but I’d like to know whether any of The Aviationist’s reader is able to provide more details about this new (at least to me) pod. It shows a local Eurofighter Typhoon FGR4 ZJ935 belonging to the 11 Sqn landing at the end of a training sortie. The following image was taken by The Aviationist’s contributor Alessandro Fucito at RAF Coningsby on May 28. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |