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Our "Nubratron" simulator  provides a platform for researchers and aerospace students to understand aircraft dynamics, conduct studies on aircraft configuration design, flight mechanics, guidance & control. The aircraft model is built using open source data. The variable aircraft stability and control characteristics allow the researcher to fly and evaluate  various aspects of flying qualities.

Flight simulators are versatile tools that mimic the experience of flying. Flight simulators are widely used for an aircraft’s aerodynamic and control  system development; handling qualities evaluation; exploration of failure conditions; human factors research and pilot training. The degree of realism and accuracy of flight simulation varies as per the requirement and application. Engineer-In-the-loop simulators are developed to carry out design, tuning of flight control laws and for handling quality evaluation

It is well known that different types of aircraft  exhibit completely different flight stability and control characteristics. The Nubratron can demonstrate different aircraft configurations  ranging from excellent to uncontrollable. We have 4 variables that can be experimented with -- Pitch, Roll, Yaw and Thrust.  We can also have the Landing Gear, Flaps, Slats and Speed Brake in various configurations.

We do hope that aeronautical, electronic, control and software engineers, as well as pilots,  will take full benefit from the Nubratron.  And, of course, those with a general interest in aviation are always welcome.