Abstract
The study objective is to develop a computer model of an eccentric gear with a parallel arrangement of input and output shafts, as well as an evaluation of their main performance indicators. 
 The paper presents the basic block diagram of an eccentric gear with parallel arrangement of input and output shafts. A layout variant and a computer model of the gear are developed, its operation is simulated and the results of computer study are obtained. A computer model and a method for evaluating the main performance indicators allow optimizing gear parameters, as well as improving its structure.
 The research methods are based on the tools of the automated design system, which gives the opportunity to simulate mechanisms, including toothed gears. Various kinematics and dynamics analysis tools built into the computer-aided design system allow reading angular velocities and torques. These values serve as the basis for evaluating the efficiency and error of rotation of eccentric gear links.
 The novelty of the work is in the study of a new mechanism that allows the creation of small-sized drive devices with a parallel arrangement of input and output shafts.
 Study results include an evaluation of the efficiency and error of rotation of the the eccentric gear output shaft.
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