In field of robotic manipulability represents a measure that describes the ability of robots end effector to move in any given direction. Final thesis covers theoretical basics of coordinate system transformations, calculation of direct and inverse kinematic and the definition of the concept of manipulability. In experimental part of thesis we demonstrated calculation of direct and inverse kinematic of Franka Emika Panda robot. With help of calculated inverse kinematic in a few selected points, we tried to determine a limit measure of manipulability according to Yoshikawa at which the robot would perform the targeted movement and thus we could predict the feasibility of the robot's movement in the future.
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