A sandbox in which rotations and rotation sequences can be tested in different coordinate systems live with 3D visualisation.
A sandbox in which step responses of the basic flight dynamic modes can be tested with 3D visualisation.
A sandbox in which the effect of a feedback loop on the flight dynamic modes can be tested with 3D visualisation.
A sandbox for testing the deflection of primary flight control surfaces and the resulting moments with 3D visualisation.
With this tool, you can experiment with low and high pass filters as well as PT1 and PT2 configurations. Specify two input signals, select the desired filter type and observe the resulting output signal.
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To solve these tasks, you must rotate to airplane to the specified position. You'll need pen and paper for this one.
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Calculate with the equations of motion. Laplace transformations and Cramer's rule are required here. Have pen and paper ready.
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Estimate the approximate attitude angle of the aircraft. The answer may deviate by up to ± 10 degrees for each angle.
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Test your knowledge of control surface deflections and the resulting moments. Press "Start" to play the animation
Do you have all equations of motion memorized? Test your knowledge here!
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A series of multiple choice questions on all avaiable topics. There may be several correct answers.
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A series of multiple choice questions on the coordinate systems in flight dynamics. There may be several correct answers.
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A series of multiple choice questions on the basic flight dynamic modes. There may be several correct answers.
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A series of multiple choice questions on miscellaneous topics. There may be several correct answers.
