Own editor for creating geometric and mass-inertia objects (point, node, vector, line, plane, surface, solid, MIP). For bodies can be given a density or mass, evenly distributed throughout the body.

Simulation of kinematics / dynamics of a system of solid and elastic bodies in the framework of a single technology (body).

Kinematic connections between bodies (joint).

Force Interactions of Bodies and the Impact of the Environment (force).

Measurement of various parameters of a mechanical system (sensor)

Software movements of the mechanical system (motion).

Changes in the mechanical system during its operation (reform, event).

Functions for specifying the shape of geometric objects and the characteristics of force interactions (function).

Lists (arrays) of objects for describing large systems (list).

Aggregates (subsystems) with parametrization of objects of various types (assembly).

Arbitrary specification of dimensions of physical quantities at the input and output.

Full parameterization of the task of objects of the mechanical system. In the process of work, all relationships and dependencies that arise during the formation of objects of a mechanical system are remembered and tracked.

Synchronization of a dialogue description of a mechanical system with its documentation in a text file. Ability to edit the text file of the project.

Spectral analysis of simulation results.

Import of geometric models from CAD-systems.


Using models MATLAB/Simulink.


Latest news

Euler version 12.12

A new version of the software package has been released
EULER 12.12 
The demo version 12.12.03 of the software package is available at the link

DOWNLOAD the demo version of EULER

May, 2023

Update of the EULER software package - version 12 has been released

We continue to actively work on improving the EULER software package.

A big update of the software package - the 12th version of EULER has been released, in which the following important changes have been made:

  • a new computational core with significantly expanded capabilities has been developed;
  • increased calculation speed;
  • implicit integration methods are implemented, the use of which reduces the calculation time of rigid systems by orders of magnitude;
  • a number of user interface improvements have been made.
Euler version 11.14

A new version of the EULER 11.14 software package has been released

December, 2020

Euler version 10.43

A new version of the EULER 10.43 software has been released.

October 2018