A control algorithm for soft landing on the surface of a planet without an atmosphere

Mathematics

Scientific paper

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Computerized Simulation, Landing Simulation, Planetary Landing, Soft Landing, Spacecraft Landing, Thrust Vector Control, Algorithms, Attitude Control, Equations Of Motion, Mass Flow Rate, Matrices (Mathematics), Spacecraft Control

Scientific paper

The results of a computer simulation of a soft-landing algorithm are
discussed in which the rate of descent is decelerated by thrust vector
control and by changing the attitude of the craft in inertial space. It
is assumed that thrust vector control is fast-acting and that the
specific impulse is independent of the mass flow rate.

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