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| Overview | Applications | Video Examples | Related Products |
When testing a new weapons system, planning for a coordinated transfer of video data, or controlling a squadron of tanks in the field, things are bound to go wrong. If those errors occur in the field, they can destroy millions of dollars in hardware, set back development, or even result in loss of life. The solution is to simulate using Q3D Hardware in the Loop (HIL) solutions so that scenario testing produces the desired results when it is time to bring a product or application to the real world. |
Joint-Air-to-Surface-
Standoff Missile (JASSM) An ambitious project launched by the U.S. Military, the objective of JASSM was to develop a high-performance and stealthy missile that could be used at long ranges. Guidance is accomplished via inertial navigation with updating from a global positioning system. Target recognition and homing are accomplished via an imaging infrared seeker. A number of variables are involved in development—steering the missile, recognizing environmental factors, contending with whether, and so on. Developing and testing the missile with real-world hardware could be a financial boondoggle and loss-of-life catastrophe. The solution is leveraging hardware in the loop testing, using the image generator in the testing process with the infrared seeker.
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The video below illustrates a training and testing scenario that could leverage Q3D’s HWIL solution. Videos coming soon. |