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FreeCAD vs LibreCAD: Major Differences Between FreeCAD and LibreCAD

FreeCAD vs LibreCAD

Are you having difficulty choosing between the two CAD software programs FreeCAD vs LibreCAD? While both provide users with excellent capabilities to make 3D drawings or technical sketches, each program has its own unique features and functions.

In this blog post, we will explore both FreeCAD and LibreCAD in detail while also comparing their key differences. We’ll also compare them across specific industries like manufacturing, media & design, education, and IT/ITES services.

Lastly, other alternatives such as AutoDesk’s AutoCAD will be discussed so readers can choose what product works best for their needs by 2023. Read on for an in-depth comparison of FreeCAD vs LibreCAD!

Content Highlights
  • FreeCAD and LibreCAD are two of the most popular open-source CAD programs available, each with its own unique capabilities for creating 3D models or technical sketches.
  • FreeCAD is primarily used for creating parametric 3D objects while LibreCAD offers features that make it great for 2D drafting quickly and efficiently without needing to go through steps.
  • When deciding between FreeCAD and LibreCAD, pricing should be a factor to consider. FreeCAD is available through an annual subscription model with extra features and paid support under the LGPLv2+ license. 
  • Both FreeCAD and LibreCAD are versatile tools for designing household items like furniture and detailed architectural plans. They are compatible with Windows, Mac OS X, Linux/Unix variants (e.g., Ubuntu), and even Android and iOS devices, offering users geographic flexibility and enhanced capabilities.

What are FreeCAD and LibreCAD

What are FreeCAD and LibreCAD
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FreeCAD and LibreCAD are two of the most popular open-source CAD programs available, each with its own strengths and features.


FreeCAD and LibreCAD are both free, open-source CAD software solutions. FreeCAD focuses on 3D parametric modeling, with capabilities such as 3D solid object manipulation, mesh workflows, simulation analysis of structural loads or fluid flow behavior simulations, and visualization.

Meanwhile, LibreCAD is aimed mainly at 2D design for use in engineering projects, specifically to create technical drawings suited for architectural plans or mechanical parts designs.

Both programs support a variety of platforms like Linux Windows and Mac OS X so they can be easily accessible for any user worldwide.

Features and Capabilities

Both FreeCAD and LibreCAD are open-source CAD software programs that offer versatile functionality for a variety of design projects.

FreeCAD features 92 total functions, making it the more feature-rich application of the two. It is designed to be used mainly for creating parametric 3D models but also offers support for BIM projects by providing capabilities such as intensity mapping.

Its wide range of modeling tools includes complex items like A2plus Workbench and assemblies made up of multiple parts. Despite its many capabilities, however, using FreeCAD still requires good knowledge about how parameterization works in order to create meaningful designs.

LibreCAD offers 55 functions in comparison with FreeCAD’s extensive library; however, it stands out when drawing high-quality 2D drawings or blueprints quickly and efficiently without needing to go through any tedious steps.

Whether you’re working on furniture or router plans, be it at home or in a professional setting, LibreCAD offers exactly what you need without causing workflow disruptions. Its user-friendly interface, designed with engineers in mind, enables easy translation of visual concepts into designs. It maintains excellent speed when modifying existing elements or incorporating new ones into an ongoing project.

Platforms Supported

Both FreeCAD and LibreCAD are open-source programs that offer a variety of 2D and 3D CAD design capabilities. Both support multiple operating systems, such as Windows, Mac OS X, Linux/Unix variants (Ubuntu, etc.), Android, iOS devices, and many more.

FreeCAD also supports web browsers like Chrome or Firefox for increased accessibility.

FreeCAD is primarily designed for creating parametric 3D objects while LibreCAD offers features exclusive to 2D drafting. However, both software can be used to create household items like furniture or architectural designs with intricate details.

Additionally, the two platforms have reliable export/import capabilities allowing users to share models in various formats such as DXF files for printing purposes. Users may also render images using either application which adds an extra level of precision but this feature is specially tailored for FreeCAD since it’s focused on the creation of three-dimensional shapes. Additionally, you can also read on TinkerCAD.

FreeCAD vs LibreCAD: Key Differences

Differences Between FreeCAD and LibreCAD
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The main differences between FreeCAD and LibreCAD include the license type, interface and usability, functions, and tools.

Feature FreeCAD LibreCAD
Platforms Supported Windows, Mac, Linux, SaaS / Web, On-Premises, iPhone, iPad, Android, Chromebook Windows, Mac, Linux, SaaS / Web, On-Premises, iPhone, iPad, Android, Chromebook
Audience Engineering Professionals seeking 3D parametric modeling Engineering Professionals seeking a CAD solution
Support Business Hours, 24/7 Live Support, Online, Offers API Business Hours, 24/7 Live Support, Online, Offers API
Screenshots and Videos FreeCAD Screenshot 1 LibreCAD Screenshot 1
Training Documentation, Webinars, Live Online, In Person Documentation, Webinars, Live Online, In Person
Integrations BoltsEtAl, MeshCAM BoltsEtAl, MeshCAM


License Type

When it comes to software license types, FreeCAD and LibreCAD differ significantly. FreeCAD is released under the LGPLv2+ license, meaning that anyone is allowed to download and use the software free of charge, as well as modify or redistribute it for non-commercial purposes with proper attribution given back to its creator.

Meanwhile, although LibreCAD also allows everyone to download and use it free of cost, the developers do not mention information regarding its specific licensing type.

This means that if you choose to modify or redistribute any content from LibreCAD, then you might need to check with them before doing so.

Interface and Usability

Both FreeCAD and LibreCAD have become broadly applicable software for Computer Aided Design (CAD) applications. Both programs have user-friendly interfaces that make designing easier and faster to achieve.

The user interface design of LibreCAD is considered practical, featuring adjustable panels tailored to the users’ needs in terms of how information should be displayed on-screen.

This makes it easy to use regardless of the level of expertise one has with CAD programs. Also, LibreCAD offers a distinct advantage due to its simple handling layers: Colors are used as indicators when editing or creating drawings, making them particularly visible compared to other CAD software out there.

Further, commands can be managed through a vast array of menus spread throughout the workspace offering versatility in regards to how your work processes can be set up according to your preferences at any given time.

Lastly, many users find LibreCad’s usability highly practical compared to other similar solutions which can often leave people feeling frustrated by their clunky designs which may not necessarily offer quick results right off the bat.

In contrast, FreeCAD uses a more graphical approach, combining visuals with command functions for enhanced clarity, making it well-suited for complex tasks. Whether you prefer an intuitive approach through diagrams or symbols, FreeCAD seamlessly handles various tasks, delivering efficient results. It embraces modern CAD features, supporting custom 3D models that allow for highly accurate object creation from external files, surpassing the capabilities of desktop programs like Corel Draw or Adobe Illustrator, though user preference may influence this choice.

Functions and Tools

FreeCAD and LibreCAD offer a comprehensive suite of tools for designing highly accurate Computer Aided Design (CAD) models. Given the complexity of such modeling tasks, both programs provide robust 3D modeling capabilities.

FreeCAD supports parametric modeling, which allows users to define relationships between objects to enable easier CAD design workflows. Additionally, it provides support for BIM tasks with its object library being shared among multiple designers simultaneously.

On the other hand, LibreCAD is more focused on 2D designs and functions giving you powerful drafting tools allowing you to create quick sketches or draw precise illustrations as needed.

FreeCAD provides a range of drawing aids such as rulers, circles, grids, and user-defined texts. It offers snap points for precise alignments and supports customizable layers and blocks. Additionally, the software offers a variety of editing features that make it easy to move and rearrange elements efficiently.

Head-to-Head Comparison Between FreeCAD and LibreCAD

Dive into our thorough evaluation of the two and discover which one best fits your needs.


An infographic is a visual image such as a chart or diagram which helps to quickly and easily communicate information. With the help of infographics, users can present complex details in an easy and unified structure that simplifies understanding for readers.

In the article we compare FreeCAD vs LibreCAD where an infographic has been used to support this comparison, making it easier for readers to understand the insights associated with these two software solutions.

The head-to-head comparison between both units includes components like pricing, features available, product details, and verified customer reviews from across industries.

The graphic also displays many similarities shared between FreeCAD and LibreCAD including open source availability, CAD features found in engineering, and architectural design capabilities helping organizations decide on the best fit for their projects in terms of budgeting costs along with other factors related to adoption & implementation.

Compare FreeCAD and LibreCAD for Specific Industries

Both FreeCAD and LibreCAD can be used by a range of businesses, but they are particularly suited to manufacturers looking for advanced 3D modeling tools, media and design firms requiring powerful visualization capabilities, educational institutions needing free CAD software for students to use in projects, and IT/ITES companies seeking an open-source solution that is easily customizable.


FreeCAD and LibreCAD are powerful CAD software used by a variety of industries for manufacturing purposes. FreeCAD is commonly utilized in the engineering, product design, and architecture sectors due to its range of features and capabilities.

Its parametric modeling tools allow engineers to create complex 3D models that can be easily modified during the manufacturing process while its intuitive interface makes it easy to use for beginners as well as experienced users.

Features such as 2D/3D drafting, particle animation, multi-view drawing, and photo-realistic rendering support also provide added value when designing parts or components.

LibreCAD on the other hand is primarily favored across civil engineering and construction projects that require 2D drafting capabilities including text editing options along with interactive tools like the zoom pan rotate feature.

Media and Design

Both FreeCAD and LibreCAD are excellent parametric modeling software tools used in the media and design industries. Both offer high-quality 2D-CAD content creation, useful for crafting two-dimensional components on the computer.

Being open-source platforms, both software programs can be easily modified or linked up with other open sources to further expand their capabilities and features. Their range of features makes them suitable for a variety of projects related to media and design such as realistic 3D graphics, animation making, film projection techniques, commercial advertisement works, etc.

Particularly LibreCAD is known for its intuitive interfaces which allow even novice designers to quickly create designs with maximum efficiency while shortening the learning curve significantly when compared to other popular CAD programs like AutoCAD.

Both FreeCAD and LibreCAD are available on multiple platforms, including Windows, MacOS, and Linux, offering flexibility for various working environments. Their cross-platform compatibility enables collaborative efforts among project stakeholders, ultimately leading to quicker and more efficient results. These CAD solutions incorporate cutting-edge technologies within their system architecture, resulting in time-saving productivity enhancements for all involved.


Using technology such as FreeCAD and LibreCAD has been proven to help improve learning outcomes in educational settings. Students studying engineering, design or any other related field are now able to benefit from the powerful CAD features these free programs have to offer.

With features like 3D modeling, assembly tools, and parametric designs, students are able to create accurate models of their work and simply visualize different parts of a project at once.

Moreover, using software like this helps eliminate outdated paperwork with easy cloud storage capabilities- allowing them to easily store and share data online as well as collaborate with peers remotely if needed.

As CAD skills become more sought after in industry job roles today, having experience with these applications is invaluable for students’ resumes when they enter their chosen fields upon graduation.


IT/ITES is an industry that requires the latest software tools and CAD (Computer-Aided Design) solutions for creating detailed models and drawings. FreeCAD and LibreCAD are two popular open source, 3D modelling programs used in IT/ITES.

FreeCAD is best suited for industrial product design while LibreCAD offers highly suitable engineering capabilities along with a wide range of features including parametric modeling.

Both applications support platforms like Windows, Linux, and Mac OS X making them platform-independent and easy to use across different operating systems. They also offer robust compatibility with engineering workflows due to their extensive library of design tools such as Boolean operations, beveling functions, splines, etc., which can help IT/ITES professionals create intricate designs for various projects related to this sector efficiently.

Similarities Between FreeCAD and LibreCAD

Both software offers open-source CAD features, engineering capabilities, and architectural design tools, making them great options for designers in multiple industries. Read on to learn more about the differences between these programs!

Open-Source Software

Open-source software is a type of computer software where users are allowed to study, change, and improve the underlying source code. This means that everyone has access to open-source software code and can modify it according to their own needs.

Being free of copyright laws, this type of software reduces licensing costs for individuals who want access to it. FreeCAD and LibreCAD are both examples of open-source CAD programs that allow creators to take advantage of community collaboration while being cost-effective compared with proprietary options like AutoCAD.

By utilizing features such as built-in toolsets or modules within the program itself users can easily visualize designs in 3D without having any specific coding knowledge about the language used by the program.

CAD Features

Both FreeCAD and LibreCAD offer tools and features commonly found in CAD software. However, there are slight differences between the two. FreeCAD offers 92 features compared to only 55 offered by LibreCAD.

The average feature count for CAD software is 96. Features offered include 3D modeling tools, geometry documentation, multi-user collaboration, drawing creation ability, sheet metal design configurations, and interfacing options with external programs such as OpenSCAD or Solidworks.

LibreCAD focuses on 2D projects composed of shapes such as lines, arcs, and circles that can be combined into complex drawings using its specially designed engineering tools, making it an ideal choice for projects such as architectural plans and designs or electronic circuit boards.

It also supports the popular DXF file format which may work well if a user has pre-existing designs from other programs like QC137580 or Inkscape that need to be ported over to LibreCad for further editing capabilities.

Engineering Capabilities

FreeCAD and LibreCAD both come with a range of powerful engineering capabilities, making them excellent choices for engineers. FreeCAD is a great 3D parametric modeling software that enables users to design complex structures in an intuitive interface.

It has various features and functionalities such as point clouds, 2D modeling, animation tools, and mesh workbenches organized into workspaces for ease of use. Meanwhile, LibreCAD offers more specialized tools like mechanical constraints and simulation for kinematics studies as well as customizable part libraries to save time on projects.

Additionally, each program can perform cross-platform CAD conversions including DWG, DXF, and STEP – allowing engineers to collaborate seamlessly across teams no matter the platform they are working with.

Architectural Design Tools

FreeCAD and LibreCAD are both popular open-source CAD software programs used for architectural design. Both programs offer a range of tools and features to create 3D models, plan facades, generate technical drawings with dimensions, control topology, and alignment as well as edit existing projects.

FreeCADS’ Workbench allows users to manipulate parts and perform actions on objects in the shape of curves lines, surfaces, or meshes while LibreCAD’s Draft Workbench provides similar tools but also enables adding texts in various fonts including calligraphy-style text editing.

Additionally, there are several options for creating custom shells which include spline shapes that enable users to enter data points linked together by straight or curve segments.

FreeCAD vs LibreCAD: Deployment Options

Both software applications have cloud-based, on-premise, and mobile deployment options to make it easier for customers to use the application based on their needs.


Cloud-based solutions for FreeCAD and LibreCAD offer users notable benefits such as enhanced accessibility, collaboration, and mobility. As cloud computing has become more popular in recent years, many organizations are turning to cloud-based deployment options for CAD software like FreeCAD and LibreCAD.

With this type of deployment architecture, users can access their designs from anywhere on a variety of different devices with an internet connection; for teams working remotely or geographically dispersed it provides an unprecedented level of flexibility.

Furthermore, the collaborative capabilities it offers allow designers to share projects with colleagues in real-time so that multiple people can work on them simultaneously without needing to send documents via email or other methods.

Cloud-based deployments also provide high levels of scalability – allowing organizations to increase their storage space quickly when they need it helping them meet deadlines easier while minimizing hardware investments over time.


Deploying FreeCAD and LibreCAD on-premise is an ideal option for industries that need to keep their data within their own internal systems. Unlike cloud-based deployments, on-premises installations give users full control over the software they use and how they manage their data.

This type of deployment offers increased security as it remains isolated behind the user’s firewall or other network security measures and isn’t accessible by anyone from outside of the organization.

It also allows organizations to address any compliance requirements such as GDPR more effectively due to better control over where its data resides, making this an attractive deployment option for companies in highly regulated industries or those working with sensitive information.


Deploying FreeCAD and LibreCAD on mobile devices is becoming increasingly popular as it enables users to design CAD models remotely. Both software offers support for Android and iOS platforms, providing a convenient way to access the programs’ powerful tools while away from your desktop computer.

With this capability, professionals in various industries can efficiently work through projects with the added benefit of mobility. For instance, architects often have to go out in the field and measure dimensions or check existing conditions before they begin designing an addition or remodel.

Mobile deployment gives them instant access to their projects at any time, facilitating fast decision-making processes that might be hindered when working from a traditional office setting or home desk workspace.

Similarly, engineers working on rapid prototyping projects can quickly make modifications without traveling back into their laboratories and other top production facilities which often requires special export clearance procedures prior to departure.

Alternatives to FreeCAD and LibreCAD

Looking for other CAD software options? Explore popular choices such as AutoCAD, SketchUp, and SolidWorks to find the one that fits your needs perfectly. Continue reading to find out more!


AutoCAD is industry-leading 3D modeling software used for innovative and technical design. Its features allow customers to generate realistic 2D and 3D effects in a modern, easy-to-use interface.

Popular across multiple industries such as engineering, manufacturing, media, and design, AutoCAD provides considerable flexibility when creating plans or drawings from start to finish.

While many professionals rely on this powerful tool for successful projects, the cost may be too prohibitive for some depending on their needs. There are alternative solutions available including FreeCAD and LibreCAD which provide free options to aspiring engineers or designers who want basic CAD capabilities with open source availability.


SketchUp is a 3D modeling computer program for designing, displaying, and constructing buildings, interiors, and landscapes. Its ease of use makes it suitable both for expert architects as well as novice users wanting to design their own houses or constructions.

SketchUp, initially released by Last Software in 2000, was later acquired by Google in 2006, culminating in the release of SketchUp Pro 2020. This software boasts strong 3D capabilities, allowing for the creation of architectural models with realistic sun angles and times, aiding in material selection. Its numerous features include photo-texturing elevations from camera images with Geo-location integration, making it a favorite among professional architects. Landscape architects appreciate its ease of customizing land contours and editing scanned documents.

Additionally, those seeking SketchUp alternatives for woodworking projects benefit from tools like ‘Resources,’ which facilitate object searches related to millwork and cutting calculations via dado blade thickness equations.


SolidWorks is an immensely popular Computer Aided Design (CAD) program, serving many industries such as manufacturing and engineering. This professional 3D design software was developed by Dassault Systèmes and released in 1995.

This robust CAD tool provides advanced features for developing intricate parts, assemblies, drawings, analyses, and simulations. Notably, it stood out from competitors by offering comprehensive capabilities for part creation, including sketching and editing tools, arraying options, dynamic rotation and zooming associative hatch patterns, and the application of textures and appearances.

In addition to this full range of capabilities, there are further add-on modules available that increase functionality even more enabling accurate modeling in multiple disciplines from welding to sheet metal forming applications.

Which Software is Best for Your Industry?

When deciding which software to use for their respective industry, users must consider a wide range of factors such as functions, tools, pricing, and customer reviews. They should also research popular use cases relevant to each software before making an informed decision.

Factors to Consider

Depending on the industry and specific project requirements, there are a number of key factors for readers should consider when choosing between FreeCAD and LibreCAD. Pricing is an important factor, with FreeCAD being priced per individual user while Librecad offers users free or open-source software downloads.

Additionally, users must evaluate both programs’ features and capabilities to determine if they have all the necessary tools required for their design projects. Usability should also be taken into account as people prefer different interfaces which may lead them to select one program over another.

Finally, industry-specific compatibility is also something that needs to be considered; readers need to ensure their chosen software will integrate seamlessly with existing systems in order to avoid disruptions across their business operations.

Popular Use Cases

CAD software, such as FreeCAD and LibreCAD have become increasingly important in a variety of industries including manufacturing, media and design, education, and IT/ITES. These two open-source options offer the same core features: designing 2D models using vectors, and creating technical drawings for engineering projects by choosing from a range of 3D modeling tools.

However, each program is better suited for different types of use cases as they share some distinct differences.

FreeCAD allows for complex parts to be designed quickly with its 3D components which makes it ideal for industrial parts modeling or reverse engineering existing products. It can also be used in combination with other programs like Blender since it has excellent compatibility with other CAD systems and formats making it perfect when collaborating with teams who use different software than you do.

In addition, its full support of parametric modeling functions makes this program useful for mechanical engineers too.

On the other hand, LibreCAD is best suited for basic graphic design applications given its intuitive interface that helps users easily create simple scaled drawings just like an experienced draftsman does; this not only eases the transition between manual drafting but also gives users more precision over their project designs which results in improved quality of panels or constructible plans.

Frequently Asked Questions (FAQs)

Now, we’ll explore some questions that people often ask about FreeCAD and LibreCAD.

1. What is the difference between FreeCAD and LibreCAD?

FreeCAD is a free open-source 3D modeling software widely used in industry. By comparison, LibreCAD is a 2D CAD application for designing floor plans, diagrams, engineering drawings, schematics, and other technical types of images.

LibreCAD can be downloaded from SourceForge while free users of FreeCAD must build their own version from the source code on GitHub.

2. Is LibreOffice compatible with both programs?

Yes, documents created in both LibreCAD and FreeCAD can be opened by most versions of LibreOffice, such as Calc or Writer when importing .dxf and .svg formats respectively.  

3. Are there any alternatives to these applications?

These options include QCad (cross-platform), BRL-CAD (for geometric drawing), Bricsys (OpenDWG/DXF based), and DraftSight. Each of these tools has its own strengths and weaknesses in terms of usability and features, and the choice among them depends on users’ specific requirements for 2023 and beyond.

4. How easy or difficult is it to start learning these kinds of technologies?

It depends largely upon personal aptitude but due to extensive online tutorials available it does not take much time before one has basic familiarity with either application. Thereafter proficiency comes gradually through practice with growing confidence levels throughout each subsequent task completed successfully along the way!

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