The Future Advanced Threat Simulator (FATS) is an airborne radar system designed to closely emulate the in-flight behaviour of a range of anti-ship missiles. It has been designed to provide a test and evaluation and fleet training capability to assist with the development of advanced maritime self-protection concepts for the RAN. BAE Systems will design, develop, manufacture, test and deliver the FATS capability suite.
Work on the project will start this month and will support 20 specialist engineering roles at the company’s Edinburgh Parks facility.
BAE Systems Australia CEO, Glynn Phillips, said: “At the heart of this impressive technology is local innovation; the simulator is an advanced capability, developed by our specialist engineering team here in South Australia.
“It underscores to our Defence customer that we have an airborne test and evaluation capability unmatched within Australia.
“We are very pleased to play such a pivotal part in the development of the next generation of threat emulation capability for Defence.”
In its flight mode, the FATS is configured in an underwing pod and flown against the target ship at low altitude from a Defence contracted Learjet carriage aircraft. This enables the FATS to simulate the flight profile of a sea-skimming anti-ship missile whilst also closely emulating the behaviour of the missile’s seeker. The ship’s crew and its self defence systems are exercised as the ship performs actions aimed at defeating the incoming missile.
The FATS is a third generation technology that leverages BAE Systems’ existing capabilities from the successful Generic Threat Simulator and Airborne Millimeter-wave Stimulator (AMS) product lines.
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Kaye Noske
Senior Communications Manager Media
BAE Systems Australia

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