Do you need a good program for 3D modeling of objects with design and construction documentation according to Russian standards? Pay attention to the computer-aided design system Compass 3D, the Russian version of which can be downloaded for free on our website. The complex has a modeling system that is firmly connected with the drawings. Any change in specification or object entails automatic synchronization of all data.

The development of the Russian company "Ascon" allows:

• automatically create associative views of three-dimensional models - cuts, sections, views with a gap;
• work with CNC machines, sending the designed product to them;
• calculate specifications;
• draw up explanatory notes using the built-in editor;
• create all technical documentation in Russian.

You can download Compass 3D with specialized add-ons and libraries designed to work with electrical circuits or building objects in instrument and mechanical engineering.

The basic data type of a graphics document is cdw. Fragments and details are saved in frw and m3d. In Compass own formats kdw, spw, a3d are used for texts, specifications and assemblies. Drawings can also be saved as jpg, bmp, gif, tiff. There is a possibility to export-import files to other CAD formats: dwg, dxf, igs.

The program immediately comes with domestic directories of industrial standards - there is no need to create them yourself. The system has an impressive library of standard parts, but it works worse with three-dimensional models than SolidWorks. Although the complex does not have as many features as AutoCAD, it is very easy to understand and works at high speed. Even novice designers can download Compass 3D torrent without registration on our website and quickly learn how to work in it.

Which version of Compass 3D should I download?

The software is released only for computers with OS Windows. At the same time, all versions are supported, starting with XP, including 64-bit ones. Hardware requirements for analogues are quite modest. Versions v13 and v14 work fine even on a computer with a PIII processor, a frequency of 800 MHz or more and 512 MB of RAM. Compass 3D v16 download torrent, which is available on our website, as well as all the latest releases of the product support 64-bit mode. If you want to work on Windows 10 and you have a fairly powerful computer, then you should download the Russian version of Compass 3d v17 for free.

Compass 3D v16

This is the first version with a mirror parts creation and assembly service. Now the model of the symmetrical part of the product and device is formed with a few mouse clicks. Compass 3D v16 free download Russian version is recommended because of the best, in comparison with competitive products, work with 2D drawings and not only:

• Sheet metal bending capabilities have been greatly expanded with new commands.
• The application "Stamps" appeared, the design of industrial metal structures was simplified.
• Springs can now be built without calculations, based on geometric parameters.
• The formation of 3D models of cables and bundles has accelerated.
• Documentation has become more informative.

Compass 3D v17

On our site you can download Compass 3D v17 by torrent, without SMS and registration. This version of the product is presented with an updated interface, which made it possible to realize all the features of the system.

New features have appeared:

• search by commands with their quick start;
• the ability to work with multiple monitors;
• simplification of work with models;
• copying details with a pipette;
• creating a drawing of individual parts;
• improved display with anti-aliasing in 3D;
• accelerated receipt of documentation for the required objects.

Compass 3D v18

We are pleased to announce that an updated version of the flagship software from our company has already been released. The modernization touched on the multiple acceleration of all processes and the increase in the speed of the device.

The updated version of the software received a number of improvements that significantly improved performance and other important processes:

• New types of schemes. New hybrid circuits have been introduced, the distinguishing feature of which is the possibility of simultaneous use of circuit and wiring diagrams. On such schemes, it is possible to mark separately running wires;
• Hydro-gasdynamic calculations. The Kompas Flow application now allows you to simulate the movement of gases and liquids in a certain volume, or blowing (flow around) figures directly in the program;
• Topology optimization. With the help of the APM FEM software, up to 70% of the volume of the model was excluded while maintaining the technical characteristics of the object;
• Instant insertion of fasteners and standard products. Now you can create your own similar connections, often found in one product, using the software "Equipment: Metalwork";
• Improvements by user requests. Ability to create holes of any shape. You can add a reinforcing rib at the bend of the steel sheet. It is allowed to set a polygon and a rectangle with their own parameters. The central grid can be linear and circular. Now it is possible to create harness branches by manually specifying points, without having to set the path first.

The new version will be able to surprise both devoted fans of Compass 3D v18 torrent download, which can be found on the site, and fans of using a domestic-made CAD system.

Where can I download Compass 3D?

We suggest downloading Compass 3D v16 and other versions as an installation with a detailed installation manual or downloading a fully compiled package that can be immediately launched from any drive. All versions of the program are checked for viruses. They work without failures and freezes.

Need a smaller version that can be run from any media?

Portable version of Compass 3D - does not require installation, you can use it on any device, run the project immediately from a flash drive or other media.

We present you the configurations (modules) for the Compass 3D program (can be installed only if Compass 3D is installed - see above)

AES- building configuration, includes libraries for industrial and building design.

ECAD- instrument-making configuration, includes libraries for the design of radio-electronic equipment, instruments and electrical equipment.

MCAD- machine-building configuration, includes libraries used in machine-building design.

Programs for three-dimensional modeling are gaining popularity among specialists in various fields. Especially, such software is convenient for technical specialists and engineers. One such program for the development of industrial projects and architecture is Compass 3D.

Overview of the Compass 3D program

Compass 3D has already become the industry standard for industrial engineers due to its simple interface and rich modeling capabilities for engineers. It is often used by architects and builders to develop drawings of buildings and metal structures. Basically, it is focused on the industrial production of various instruments, devices and apparatuses.

Description

“Compass 3D”- is a comprehensive computer-aided design system aimed not only at mechanical engineering, but also at the development of drawings, the design of cable systems and the creation of documents for engineering projects.

Creates projects for the construction and industrial fields of any complexity, allows you to create a product from an idea to a complete project with ready-made documents.

It has several versions for personal use, costing very little money:

• Compass 3D Home- includes an electronic or boxed license for a year, costing 1490 rubles, an extension for a year will be 550 rubles;
• compass 3D LT– focused on beginners who are just getting acquainted with the design and engineering specialty;
• educational version- available to students of engineering and technical universities, issued free of charge.

Important! The standard software package is available free of charge for 30 days.

Program History

The software is an old-timer in the 3D modeling market. In 1989, the first version of the program was developed. But at that time it was available only to a narrow circle of users. The version that fully entered the market for engineers on the Windows platform became “Compass 5.0” in 1997.

Over the next years, ASCON developers made additions and improvements to the software, the result of this work was the Compass 3D V16 version, shown to users on September 8, 2016. Several add-ons, modules and plug-ins are now being released to the program, which provide additional functions to the program in order to further improve the work of engineers.

Program Features

The program has its own features that are unique to it, which distinguishes it from other software for industrial design:

• own mathematical core C3D and the use of parametric technologies created by ASCON specialists;
• interface in Russian, which is convenient and simple even for beginners;
• interaction with other design programs created in Compass moves without data loss;
• support for a variety of file transfer formats, import and export is carried out using the main transfer formats;
• design of pipelines, cable systems, part of the development of projects is carried out automatically, which greatly simplifies the work for specialists at enterprises;
• has a built-in module for the development of electrical circuits.

Interface

The program prompts you to select the operating mode when loading, on the start page you can select training materials and updates.

At the bottom of the page select:

• open an existing project;
• create a project;
• create a drawing;
• text document of the finished project;
• assembly and technological assembly;
• detail for the project.

After selecting the operating mode, a software window opens before the user, which includes several parameters:

• header– is intended to designate a file name;
• Main menu– contains the main commands for working with the project; there are separate commands for different modes of operation;
• toolbar– are activated if additional commands are needed for various objects;
• compact panel- allows you to identify the most used commands for work;
• Variable window– allows programmers to set up relationships between models in the form of mathematical values;
• library- designed to use built-in standard objects, which simplifies the work on the project, various thread elements, pipe parts, electrical parts, also includes material designations;
• properties and parameters panel– properties are designed to change the properties of the model: colors, lengths of segments in the drawing, works only when developing with drawings. Properties are called by the “Editor + properties” command. Options allow you to work with all types of documents and appear automatically when you open a project;
• messages– program messages are displayed when working on a project;
• document tree– displays all actions on the object, allows you to change the relationships of parts and their sizes.

This video describes the interface of the Compass 3D program:

Functionality and features

“Compass 3D” includes many useful features for working on engineering projects:

• parametric and solid state development, which allows using sketches to create a model to which all the basic properties of the software apply;
• library of standard models- allows you to use the built-in catalog of simple parts for development;
• 2D design– creation of drawings and technical documentation of the project;
• use of sheet material– designs detailed products, including bends, threads, cutouts, holes;
• allowance for tolerances– takes into account shrinkage, properties and parameters of materials, as well as the production technology of the final project;
• tools- includes an extensive set of tools, including resizing, object geometry, roughness;

"Compass 3D" is convenient for the development of machine-building equipment, due to its capabilities:

• involves the collective development of the project;
• allows you to develop mechanical engineering parts of any complexity and get a practically finished product at the output;
• includes bottom-up and top-down design, initial development is possible both from the lower level and from the top;
• the interface is easy to develop for novice engineers, and certified training centers help beginners learn the software in a short time;
• includes Boolean operations and the creation of complex surfaces;
• construction of sketches, spatial curves and planes;
• creation of chamfers, holes, fillets, thin shells of objects;
• sheet metal design;
• the developed documentation meets all the requirements of GOST, ISO, DIN or standards established by the enterprise.

Reference. Software versions are regularly updated, you should check new features on the official website of the developers.

Advantages and disadvantages

During the development of engineering projects, users note the pros and cons of working with the program, all features should be taken into account so that the design of objects is most convenient for users.

Advantages:

• simple interface;
• built-in library of various models;
• Russian-language interface;
• certified training centers from developers;
• low cost;
• the ability to develop drawings and 2D design;
• taking into account the properties of various materials;
• uploading files in DXF, DWG, IGES, SAT, STEP formats;
• import of files in STL, DXF, DWG, SAT formats.

Disadvantages:

• problems may occur when loading 3d models from other programs;
• designing in 3d is more difficult for a beginner than 2d, a full mastery of modeling is required;
• not a very good ability to visualize objects;
• the surface modeling system has flaws in design.

Software system requirements

“Compass 3D” has low system requirements for computers, allowing you to use the software both on personal computers and on enterprise equipment.

OS support:

Required disk space for downloading software:

If the user is using the official disc from the developers, then a DVD-ROM is required for installation. Printers and scanners are required to produce project documentation.

Important! When developing complex drawings and parts, the requirements for technology increase.

Modules

In addition to the main functions, there are add-ons and plug-ins that are embedded in the software. The official website of the developers presents several additional modules that are designed specifically for the software.

CNC module including turning

Allows you to automate the development of models for CNC lathes. This helps to reduce the time of manufacturing products at the enterprise, there is no need to transfer data to other software for the final work on the object.

Photorealistic rendering of Artisan Rendering models

The add-on was developed specifically for ASCON, allows you to create a realistic rendering of the model. Rendering is done at any stage of design, it helps to find possible errors and shortcomings in the design.

CNC module. Milling

Developed specifically for machining on CNC milling machines. Allows you to create the entire processing plan from the choice of a postprocessor, workpiece, tools to the generation of a control program in the codes of the CNC system.

Mechanic Animation

Revitalizes the process of assembly and disassembly of models, which will identify possible inconsistencies in the size and shape of parts. Allows you to create videos for the presentation of devices at various conferences or for management.

3D model recognition system

Allows you to transfer finished models between organizations working in XT, ACIS, STEP, IGES formats. Transfers models along with the construction tree, which allows you to quickly make the necessary changes.

Attention! When introducing applications into the program, it is worth checking for viruses and compatibility. It is better if the applications are developed by official developers.

mechanical engineering

Contains multifunctional sets of specific tools that help automate the design of devices that meet all the requirements of the industrial market:

• Compass 3D Mechanic- the package solves the main design tasks, including the development of various mechanisms, drives, transmissions;
• Compass 3D Mechanics +– an extended application containing the previous application Mechanics, materials and tools are additionally included;
• compass 3D Hardware- includes a standard software package, focused on the development of hydraulic machines, engineering communications, thermal and boiler equipment;
• Compass 3D Hardware +- includes a version of the previous package, supplemented with tools, fasteners and parts for mechanical engineering.

Construction

Thanks to the extended toolkit, it allows you to automate the design of structures and architectural buildings of various directions.

• 3D designs- improves the modeling of metal and reinforced concrete frames of buildings, in addition, it allows you to improve the models with enclosing structures and landscaping, which looks like a finished project;
• engineering systems 3D- allows you to design ventilation, water supply and sanitation systems for various buildings;
• electrician 3D– focused on automating the release of documentation on power electrical equipment, contains catalogs of low-voltage systems;
• 3D technology- designs technological lighting at manufacturing enterprises, quickly creates building plans, and a rolled metal catalog helps to create metal supports and various structures;
• 2D packages- allow you to create documentation for any type of design, be it electrical or engineering.

Instrumentation

It allows you to improve the quality of designing various devices and electronic equipment, various conversion of printed circuit boards, developed even in third-party programs, to design cables and harnesses for equipment. Also includes several packages:

• compass 3D Instrumentation– including a standard set for designing alarms, sensors, frequency converters, cable systems;
• Compass 3D Instrumentation +- includes the previous module and is supplemented with advanced features.

Important! Additional models and packages are purchased separately from the main program.

"Compass 3D" will become an indispensable assistant in the design of complex devices and industrial equipment for an engineer. It is also worth remembering that many enterprises consider this program the standard and require the skill to use it. When changing software, it may be difficult for an engineer to navigate in a new environment, but with proper training, learning Compass 3D will not be difficult for a specialist.

Useful video

Watch the video review of the Compass 3D program:

Today Compass 3D is one of the most popular programs for creating 2D drawings and 3D models. Most engineers use it to develop plans for buildings and entire construction sites. It is also widely used for engineering calculations and other similar purposes. In most cases, the first 3D modeling program that a programmer, engineer or builder learns is Compass 3D. And all because it is very convenient to use it.

Well, today we will look at creating drawings in Compass 3D.

In addition to full-fledged drawings, in Compass 3D you can create separate fragments of parts also in 2D format. The fragment differs from the drawing in that it does not contain a template for Whatman and in general it is not intended for any engineering tasks. This, one might say, is a training ground or a training ground so that the user can try to draw something in Compass 3D. Although the fragment can then be transferred to the drawing and used in solving engineering problems.

To create a fragment, when starting the program, you must click on the "Create a new document" button and select the item called "Fragment" in the menu that appears. After that, click the "OK" button in the same window.

To create fragments, as well as for drawings, there is a special toolbar. It is always located on the left. It has the following sections:

1. Geometry. Responsible for all geometric objects that will later be used when creating a fragment. These are all kinds of lines, roundness, broken lines, and so on.
2. Dimensions. Designed to measure parts or the entire fragment.
3. Notation. Designed to be inserted into a fragment of text, tables, bases or other construction symbols. At the bottom of this item is an item called "Building designations". This item is designed to work with nodes. With it, you can insert more specific designations, such as the designation of the node, its number, brand, and other features.
4. Editing. This item allows you to move some part of the fragment, rotate it, make it larger or smaller, and so on.
5. Parametrization. Using this item, you can align all points along the specified line, make some segments parallel, set the tangency of two curves, fix the point, and so on.
6. Measurement (2D). Here you can measure the distance between two points, between curves, nodes and other fragment elements, as well as find out the coordinates of a point.
7. Selection. This item allows you to select some part of the fragment or all of it.
8. Specification. This item is intended for those who are professionally engaged in engineering. It is intended for establishing links with other documents, adding a specification object, and other similar tasks.
9. Reports. The user can see all the properties of a fragment or some part of it in reports. It can be length, coordinates and more.
10. Insert and macro elements. Here you can insert other fragments, create a local fragment and work with macro elements.

To find out how each of these elements works, you just need to use it. There is absolutely nothing complicated in this, and if you studied geometry at school, you can figure it out with Compass 3D.

Now let's try to create some fragment. To do this, use the "Geometry" item on the toolbar. By clicking on this item at the bottom of the toolbar, a panel with elements of the "Geometry" item will appear. Let's choose there, for example, an ordinary line (segment). To draw it, you need to put a starting point and an ending point. A segment will be drawn from the first to the second.

As you can see, when drawing a line, a new panel appears below with the parameters of this very line. There you can manually specify the length, style and coordinates of the points of the line. After the line is fixed, you can draw, for example, a circle tangent to this line. To do this, select the item "Circle tangent to curve 1". To do this, you should hold down the left mouse button on the “Circle” item and select the item we need from the drop-down menu.

After that, the cursor will change to a square, which you need to specify a straight line, tangent to which the circle will be drawn. After clicking on it, the user will see two circles on both sides of the straight line. By clicking on one of them, he will fix it.

In the same way, you can apply other objects from the "Geometry" item of the Compass 3D toolbar. Now we will use the "Dimensions" item to measure the diameter of the circle. Although this information can be found out if you just click on it (all information about it will appear below). To do this, select the "Dimensions" item and select "Linear dimension". After that, you need to specify two points, the distance between which will be measured.

Now let's insert text into our fragment. To do this, select the Symbols item on the toolbar and select Text Input. After that, you need to specify with the mouse cursor where the text will begin by clicking on the desired place with the left mouse button. After that, it remains just to enter the desired text.

As you can see, when you enter text, its properties are also displayed at the bottom, such as size, line style, font, and more. After the fragment is created, it needs to be saved. To do this, just click the save button on the top panel of the program.

Tip: When creating a slice or drawing, turn on all snaps immediately. This is convenient, because otherwise the mouse cursor will not be attached to any object and the user simply will not be able to make a fragment with straight, correct lines. This is done on the top panel by pressing the "Bindings" button.

Creating details

To create a detail, when opening the program and clicking on the "Create a new document" button, select the "Detail" item.

There, the toolbar items are somewhat different from what they have when creating a fragment or drawing. Here we can see the following:

1. Editing a part. This section presents all the most basic elements needed to create a part, such as a blank part, extrusion, cut, fillet, hole, taper, and more.
2. Spatial curves. With this section, you can draw a line, circle, or curve in the same way as it was done in the fragment.
3. Surfaces. Here you can specify the surface of extrusion, rotation, pointing to an existing surface or creating it from a set of points, make a patch and other similar operations.
4. Arrays. The user gets the opportunity to specify an array of points along a curve, a straight line, arbitrarily or in another way. This array can then be used to specify surfaces in the previous menu item or report on them.
5. Auxiliary geometry. You can draw an axis through two boundaries, create an offset plane relative to an existing one, create a local coordinate system, or create a zone in which certain actions will be performed.
6. Measurements and diagnostics. With this item, you can measure the distance, angle, rib length, area, mass-centering and other characteristics.
7. Filters. The user can filter bodies, circles, planes or other elements by certain parameters.
8. Specification. The same as in the fragment with some features intended for 3D models.
9. Reports. Also familiar to us point.
10. Design elements. This is practically the same “Dimensions” item that we met when creating the fragment. Using this item, you can find out the distance, angular, radial, diametrical and other types of dimensions.
11. Sheet body elements. The main element here is to create a sheet body by moving the sketch in a direction perpendicular to its plane. There are also such elements as the shell, fold, fold according to the sketch, undercut, hole and much more.

The most important thing to understand when creating a part is that here we are working in three-dimensional space in three planes. To do this, you need to think spatially and immediately visualize in your mind what the future part will look like. By the way, almost the same toolbar is used when creating an assembly. The assembly consists of several parts. For example, if in a detail we can create several houses, then in an assembly we can draw a whole street with houses created earlier. But first, it is better to learn how to make individual details.

Let's try to make some simple detail. To do this, you first need to select a plane in which we will draw the starting object, from which we will then start. Click on the desired plane and in the small window that will appear after that in the form of a hint, click on the "Sketch" item.

After that, we will see a 2D image of the selected plane, and on the left there will be familiar toolbar items, such as "Geometry", "Dimensions" and so on. Let's draw a rectangle. To do this, select the "Geometry" item and click on the "Rectangle". After that, you need to specify two points at which it will be located - the upper right and lower left.

Now on the top panel you need to click on "Sketch" to exit this mode. By clicking on the mouse wheel, you can rotate our planes and see that now there is a rectangle on one of the planes. The same can be done by clicking "Rotate" on the top toolbar.

To make a three-dimensional figure out of this rectangle, you need to use the extrusion operation from the "Edit Detail" item on the toolbar. Click on the created rectangle and select this operation. If you do not see this item, hold down the left mouse button where shown in the figure below and select the desired operation in the drop-down menu. After this operation is selected, its parameters will appear below. The main ones there are the direction (forward, backward, two directions) and type (distance, to the top, to the surface, through everything, to the nearest surface). After selecting all the parameters, you need to click the "Create object" button on the left side of the same panel.

Now the first three-dimensional figure is available to us. In relation to it, for example, you can make a rounding in such a way that all its corners are round. To do this, in the "Editing part" item, select "Rounding". After that, you just need to click on those faces that will become round, and in the bottom panel (parameters) select the radius, and click the "Create object" button again.

Next, you can use the "Extrude Cut" operation from the same "Geometry" item to make a hole in our part. After selecting this item, click on the surface that will be extruded, select all the parameters of this operation below and click the "Create object" button.

Now you can try to put a pillar on top of the resulting figure. To do this, open its upper plane as a sketch, and draw a circle in the center.

Let's return to the three-dimensional plane by clicking on the "Sketch" button, click on the created circle and select the "Extrusion Operation" operation in the "Geometry" item of the control panel. Specify the distance and other parameters at the bottom of the screen, click the "Create object" button.

After all this, we got something like this figure.

Important: If the toolbars in your version are not located as shown in the screenshots above, you need to display these panels on the screen yourself. To do this, on the top panel, select the "View" tab, then "Toolbars" and check the boxes next to the panels we need.

Compass-3D is a universal 3D design system that has a large set of tools for modeling products from developing an idea in 3D to preparing a complete set of documentation. In it, you can create a model of a product, building, structure, and at the same time get detailed drawings of parts, technical documentation that meets accepted standards. The software supports import-export of files of various formats.

Interface customization

You can increase the efficiency of the program by customizing it for yourself. After watching the video, you will learn how and what can be changed for ease of use. On a large monitor, the tool icons are displayed too small, so there is an option to increase their size. Separately, you can customize the color scheme of the interface. You can also remove or add items on the top toolbar. It is possible to compose your own panels with the necessary tools. To transfer all settings to another computer, you need to save the profile, which you can then load at any time.

Beginning of work

The software is designed to build drawings, solid and spatial models. Its interface consists of a working field, tabs with basic commands and toolbars. Equipped with a large number of built-in libraries that allow you to automate the process. To start a project, you must select the appropriate type: drawing, fragment, text document, specification, assembly, part. The video shows the main functions of the program, basic tools, their use and configuration.

Fast learning to draw

The tutorial for beginners will demonstrate the construction of a simple part drawing. First, select the appropriate tab that opens the frame in which everything will be created. A brief overview of the tools will help you navigate the large number of buttons. The construction will take place in three projections. Mark the location of the main lines vertically and horizontally, set aside the desired value. Then, with the help of a segment, the contour of the part is created. Next, draw its parts. You can set the size automatically if the contour is not complex, or manually.

Modeling video course

Mini-course on 3D modeling consists of 53 videos. Lessons are organized as the material becomes more difficult. After passing it, you will learn how to build simple and complex structures, create isometric and parametric models, draw parts in a section, model sheet bodies, assemble and animate. Designed for novice users of the program, so everything is described in detail. It will also be of interest to those who want to improve their knowledge and skills.

Creation of 3D models

The video covers the basic operations for creating 3D objects, and the exercises show the construction of several parts of an unusual shape. To get started, go to the tab of the same name, after which a workspace with mutually perpendicular planes opens, where the construction process will take place. Its essence is to create a sketch on a flat surface, which is then turned into a three-dimensional body with the help of indentation, cutting. Each step is commented in detail.

Mounting connections

A practical lesson demonstrates the creation of a bolt and a plate with a hole. Two methods will be demonstrated. 1. Using the standard product library. 2. Manual rendering of bolts and holes. First, a sketch of a rectangle is created and extruded in one direction. Next, they go to the library, where they select the hole element (only if it is standard), which is placed on the plate, having previously configured it. The bolt can also be found in the library by adjusting it to the diameter of the hole. Manually, such elements are made using geometric shapes and basic operations.

Fork

In the lesson, using the example of a fork, the application of extrusion, cutting operations, the construction of fillets, chamfers and holes, as well as the creation of arrays, is shown. Work begins by opening a new document. Next, select the XYZ isometry and assign model properties. After that, a sketch is made on the XY plane. A rectangle is selected and its dimensions are set. Then the object is detailed and given the necessary form with the help of figures and various operations.

The concept of assembly

An assembly is a three-dimensional model of an object, consisting of several parts. Components can be inserted from a file, imported from other programs, taken from a library, or drawn directly in the program. The lesson shows the process of assembling a frame and a lever with a bushing. Each element is drawn separately. A new document is created by selecting the Build tab. On the left side are tabs for editing. The main ones are adding elements and pairing. All parts of the product that will be needed for work are loaded into the document. Then, using pairing operations, they are connected in the right places.

We bring to your attention free programs, distributions of which you can download for use in educational purposes.

Familiarize yourself with the KOMPAS product line and recommendations for their use for each type of user.

KOMPAS-3D Educational version

A fully functional version of the KOMPAS-3D 3D modeling system. Allows you to create three-dimensional models of parts and assemblies, drawings and specifications of any complexity. Will help in doing homework in technical disciplines, creative, term papers, diploma and other educational work.

Features of using KOMPAS-3D Educational version

• Offers the capabilities of a full-featured version of the KOMPAS-3D software with a limited license period. It is intended for use solely for informational and educational purposes by students of any educational institutions.
• The license agreement allows installation only on a personal home computer of an individual.
• You may use the educational version solely for personal non-commercial purposes to complete your own homework, course and graduation projects, other educational work, as well as create documents for independent non-commercial use. Works related to making a profit are commercial.
• It is unacceptable to install in classrooms on computers of legal entities.
• The educational version has its own file type, which is incompatible with files created in the commercial version of KOMPAS-3D. Files created in KOMPAS-3D Educational version can be opened in KOMPAS-3D Home, used in educational institutions, as well as in KOMPAS-3D.
• When printing, the message "Not for commercial use" is displayed in the drawing margin.
• The license is integrated into the product, no additional activation steps are required.
• All users of KOMPAS-3D Educational version provide technical support of the "Initial" level.

Before downloading KOMPAS-3D Educational version, be sure to read. By downloading, you confirm your agreement with all clauses of the License Agreement.

Features of using KOMPAS-3D LT

• May be used for informational and educational purposes only. Do your own homework, creative and other academic work, and create documents for your own non-commercial use.
• Use for commercial purposes is illegal. You cannot perform training work to order in KOMPAS-3D LT, as well as issue documentation for the manufacture of products for sale.
• When using KOMPAS-3D LT for informational purposes, it should be taken into account that the functionality of this system is significantly limited compared to the professional version of KOMPAS-3D. So, with its help, the user can perform three-dimensional modeling of only parts (in the professional version - parts and assemblies), creating only one drawing sheet in one file (in the professional version - multi-sheet drawings), etc. A complete list of differences between the professional version and KOMPAS-3D LT is contained in the Help System.
• Works with native file type. Files created in KOMPAS-3D LT cannot be opened in the professional version, but can be opened in KOMPAS-3D Home and licensed university licenses.
• KOMPAS-3D LT only opens documents created in KOMPAS-3D V12 or one of the previous versions of KOMPAS-3D or KOMPAS-3D LT (but not in a newer version!)
• Due to the fact that in the professional version of the KOMPAS-3D system, more opportunities for creating and editing objects are available than in KOMPAS-3D LT, documents created in the professional version may contain information, the input and editing of which is not supported in KOMPAS-3D LT. Features of working with this information are described in the Help system.

Before downloading KOMPAS-3D LT, be sure to read. By downloading, you confirm your agreement with all clauses of the License Agreement.

KOMPAS-3D Viewer

A utility for viewing and printing documents created in KOMPAS-3D and KOMPAS-3D LT systems, as well as files in DXF and DWG formats.

Features of using KOMPAS-3D Viewer

• In KOMPAS-3D Viewer, you can only open documents created in the current or one of the previous versions of KOMPAS-3D or KOMPAS-3D LT (but not in a newer version!)
• KOMPAS-3D Viewer allows you to view or print documents, but not edit and X.
• KOMPAS-3D Viewer can be installed in organizations that provide paid services for printing KOMPAS documents.
• If you need to print or view a document on a computer that does not have and cannot install the KOMPAS software, you can do the following. Copy two folders - Bin and Sys - from the KOMPAS-3D Viewer distribution kit installed on your computer to a CD. Also place the libmmd.dll file in the Bin folder (it can be found in the system folder...\system32). To run the KOMPAS-3D Viewer utility on any computer, call the Bin/kViewer.Exe file from this CD.
  Please note that the specified mode of using KOMPAS-3D Viewer is not standard!

Renga Architecture

Renga. The system is designed for architectural and construction 3D design of buildings and structures using information modeling technology (BIM). Allows you to create an architectural 3D model of a building or structure from a concept to a detailed study, fill it with the necessary information in accordance with customer requirements and design standards, followed by automatic receipt of drawing documentation in the form of plans, sections, facades, assemblies and specifications. The system interface is easy to learn, which will make it easy to master the BIM design tool and use it in the future in the design organization.

For high-quality submission of the project in Renga, a connection with:

• Artisan Rendering for Renga via open API
• visualization systems 3D MAX, Blender, etc. via OBJ, DAE formats
• Oculus Rift virtual reality (VR) glasses via open API
• the ability to transfer a 3D model for printing to a 3D printer via STL format

To exchange data with other BIM systems, Renga has the ability to import / export a 3D model in IFC format.

Renga Structure

One of the systems included in the Renga product line. The system is designed for 3D design of the structural part of buildings/structures using information modeling technology (BIM). Allows you to create a 3D model of a building or structure or use a previously created model from Renga Architecture, fill it with the necessary information. To work out metal nodes and interface nodes of monolithic reinforced concrete products, as well as quickly expand the reinforcing elements in the structure, obtaining a specification and the necessary drawing documentation for them.

To exchange data with other systems, including for performing analytical calculations (SCAD, LIRA, APM), Renga allows you to exchange data via the IFC format.

Renga-MEP

One of the systems included in the Renga product line. The system is designed for 3D design of internal engineering networks of buildings/structures using information modeling technology (BIM). Allows you to create a 3D model of a building or structure or use a previously created model from Renga Architecture / Renga Structure, arrange the necessary engineering equipment and automatically route pipeline systems and fill it with the necessary information. Renga MEP allows you to work out the sections of water supply, sewerage, heating, individual heating points, ventilation and power supply of a building / structure. And also get the necessary specifications, axonometric diagrams and drawings from them.

To exchange data with other BIM systems, including for performing calculations, Renga allows you to exchange data via the IFC format.

Trial versions

KOMPAS-3D

The use of free and trial versions of ASCON software is governed by the terms of the license agreement with end users attached when downloading and / or installing them.