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Z-Anatomy

Z-Anatomy is a free, open-source 3D atlas of human and veterinary anatomy designed to run as a Blender template.

Place
#8 of 43
Score
7.1

What Z-Anatomy is

Z-Anatomy is a free, open-source 3D atlas of human and veterinary anatomy designed to run as a Blender template. The human atlas provides a navigable environment inside Blender, with models derived from BodyParts3D and definitions that rely heavily on Wikipedia. Using the template requires downloading and installing Blender, then installing the template through Blender’s application-template command. A separate project repository contains models of non-human animals. The project also lists add-ons for cross-sections, labels, translation, visibility synchronization and Wikipedia article retrieval. Z-Wiki brings Wikipedia articles into Blender’s text editor, while Z-Translate supports language changes and importing or exporting translations of object names and data. Compatibility varies: several add-ons list Blender 2.80+, while Z-Def, Z-Family and Z-BONUS list Blender 4.5+. The code and content use Creative Commons Attribution-ShareAlike 4.0 International. Redistributed data and derivative works require attribution and must use the same license. The project describes its atlas as collaborative and multilingual, with interactive educational tools; its profile lists Montpellier as its location.

Good

  • Free, open-source 3D anatomy atlas.
  • Includes human and non-human animal models.
  • Add-ons support cross-sections and translation.
  • Z-Wiki brings articles into Blender.
  • Code and content use CC BY-SA 4.0.

Watch out

  • Requires downloading and installing Blender.
  • Some add-ons require Blender 4.5+.
  • Redistributed derivatives must use the same license.
  • No mobile access is listed.

Who it suits

Z-Anatomy suits learners and educators working with human or veterinary anatomy who can use Blender. It may also suit contributors comfortable with the attribution and share-alike license requirements.

Verdict

Z-Anatomy offers a Blender-based atlas with human and veterinary content and supporting add-ons. Check Blender compatibility and the share-alike terms before using or redistributing material.

Plans and prices

From Z-Anatomy's own pricing page, checked 9 Oct 2026.

All about pricing
PlanPriceWhat it gives you
FreeFreeFreely access, acquire, and redistribute data · Derivative works must attribute the database and use the same license

The facts

Each one read from Z-Anatomy's own pages, with the date it was checked.

What it does

Add-ons
The project lists Blender add-ons for cross-sections, labels, translation, visibility synchronization, and Wikipedia article retrieval.checked 9 Oct 2026
Anatomy data
The human template includes models derived from BodyParts3D and definitions that rely heavily on Wikipedia.checked 9 Oct 2026
Attribution requirement
Redistributed data or derivative works must attribute the database and distribute derivatives under the same license.checked 9 Oct 2026
Blender add-ons
The add-ons repository lists tools for cross-sections, labels, translation, Wikipedia articles, visibility synchronization, and other functions.checked 9 Oct 2026
Blender requirement
The template installation instructions require downloading and installing Blender.checked 9 Oct 2026
Compatibility
The add-ons README lists Blender 2.80+ compatibility for several add-ons and Blender 4.5+ for Z-Def, Z-Family, and Z-BONUS.checked 9 Oct 2026
Cross-sections
Z-Cross supports named section planes and collections or objects, and is listed for Blender 2.80+.checked 9 Oct 2026
Human atlas
The human anatomy repository provides a Blender template intended to be used as a navigable atlas within Blender.checked 9 Oct 2026
Installation
The template is installed in Blender using its “Install Application Template” command.checked 9 Oct 2026
Integrations
The add-ons README describes Z-Wiki as downloading Wikipedia articles directly into Blender's text editor.checked 9 Oct 2026
Intended audience
The project is described as a collaborative 3D atlas of human and veterinary anatomy with interactive educational tools and multilingual terminology.checked 9 Oct 2026
Intended users
The project profile describes its atlases as covering human and veterinary anatomy.checked 9 Oct 2026
License
The repository says Z-Anatomy code and content are under Creative Commons Attribution-ShareAlike 4.0 International.checked 9 Oct 2026
Model content
The Blender template includes models derived from BodyParts3D and definitions that rely heavily on Wikipedia.checked 9 Oct 2026
Open license
The human repository says its code and content are under Creative Commons Attribution-ShareAlike 4.0 and requires attribution and the same license for derivatives.checked 9 Oct 2026
Partnerships
The SPI resolution names VetAgro Sup in France and the University of Montréal as current project partners.checked 9 Oct 2026
Product
Z-Anatomy describes itself as a libre, open-source 3D atlas of human and veterinary anatomy.checked 9 Oct 2026
Purpose
Z-Anatomy is a navigable 3D atlas of anatomy designed to run as a Blender template.checked 9 Oct 2026
Support
The opened repositories provide issue and pull request sections for project discussion and contributions.checked 9 Oct 2026
Support and funding
The resolution describes SPI assistance with donations, project expenses, fund tracking, and legal resources for the project.checked 9 Oct 2026
Translation
Z-Translate supports changing languages and importing or exporting translations of object names and data.checked 9 Oct 2026
Veterinary models
The project has a separate repository described as containing non-human animal models.checked 9 Oct 2026

The company

Headquarters
Montpellierchecked 28 Sep 2026
Maker location
The project profile lists Montpellier as its location.checked 9 Oct 2026
The full review of Z-Anatomy

Z-Anatomy is an open 3D anatomy atlas built around Blender, rather than a conventional standalone app. It is best suited to learners and educators comfortable working in Blender; its breadth and free access are compelling, but its desktop-oriented workflow and share-alike license are real constraints.

Overview

The human atlas combines models derived from BodyParts3D with anatomical definitions that draw heavily on Wikipedia. A separate repository contains models of non-human animals, extending the project beyond human anatomy. The project presents the atlases as collaborative educational resources with interactive tools and multilingual terminology.

Using the human atlas means installing its template through Blender’s “Install Application Template” command; the instructions require Blender. That makes it a better fit for someone willing to use Blender than for anyone seeking an immediate, self-contained phone reference. Although Android appears among the supported platforms, mobile access is none, so the platform label should not be mistaken for a mobile atlas experience.

Key features

The atlas provides 3D models and dissection views. Its add-ons focus on practical ways to inspect and work with that content: Z-Cross supports named section planes and collections or objects, while Z-Translate supports changing languages and importing or exporting translations of object names and data. Those are useful capabilities for users who need to examine structures in sections or work with translated terminology, rather than simply browse a fixed set of illustrations.

Z-Wiki downloads Wikipedia articles directly into Blender’s text editor, connecting reference reading with the atlas workflow. The add-ons repository also includes tools for labels and visibility synchronization, which support more focused exploration of the models. Compatibility varies: several add-ons are listed for Blender 2.80+, while Z-Def, Z-Family, and Z-BONUS require Blender 4.5+. Users should check the requirement for the specific add-on they intend to use before building their workflow around it.

Pricing

Z-Anatomy’s Free plan costs nothing. It allows users to freely access, acquire, and redistribute data, making it an unusually open option for students, educators, and contributors who want to work with anatomy material without a subscription.

That freedom comes with a consequential condition: redistributed data and derivative works must credit the database and use the same Creative Commons Attribution-ShareAlike 4.0 International license. The requirement matters if you plan to incorporate the material into teaching resources, publish adapted models, or redistribute a modified atlas. It is not a permissive choice for projects that need to keep derivatives under different terms.

Platforms

The supported platform list includes Android, Linux, macOS, web, and Windows, but the human atlas is a Blender template and its installation requires Blender. The project states that mobile access is none. For practical use, this points toward a Blender-based desktop workflow rather than an atlas to consult on a phone; users should confirm that their intended Blender setup and add-ons meet the relevant compatibility requirements.

Who it's for

Z-Anatomy is a strong fit for anatomy learners, educators, and contributors who want human and veterinary models in a navigable 3D atlas and are comfortable using Blender. Its translation and sectioning tools make it especially relevant to people who need multilingual terminology or more than a basic model viewer. Readers who want a quick mobile reference, or who cannot use the required share-alike terms, should look elsewhere.

Pros and cons

  • Pros: The free plan provides access to human and veterinary anatomy material without a subscription, and the open data can be redistributed under its stated terms.
  • Pros: Add-ons for cross-sections, translation, labels, visibility synchronization, and Wikipedia retrieval give Blender users a broader study workflow than model browsing alone.
  • Cons: The required Blender installation adds setup and workflow overhead for users who want a standalone atlas.
  • Cons: Mobile access is none, limiting its usefulness as an on-the-go anatomy reference.
  • Cons: Share-alike licensing requires attribution and the same license for derivatives, which can rule it out for projects with incompatible redistribution terms.
  • Cons: Some add-ons require Blender 4.5+, so users on older Blender versions cannot assume every tool will work with their setup.

Alternatives

Browse the Anatomy Learning Software category to compare options across the field. Choose 3D Organon instead if you want an anatomy product with a student subscription at $74.50 a year, or a free Guest plan for entry-level anatomy.

Anatomy 3D Atlas is a better fit for someone seeking an app with free skeletal and selected anatomical models plus a paid monthly option for full access. BioDigital Human suits readers who want a free personal plan with 10 model views per month, five saved models, and access to 500+ anatomy and physiology models.

For a canine-focused alternative, Complete Canine 3D offers a free starter download covering the skeletal system and ligaments. EasyAnatomy is another option for canine study, with a free account covering selected systems, skeletal quizzes, annotations, notes, and virtual dissection.

Anato may suit readers who prefer lessons and questions, with a free plan that includes energy-paced learning and a 3D bones-and-muscles sandbox. OpenHuman Atlas is a fit for those wanting free atlas access with system-by-system and regional exploration, anatomical search, and augmented-reality exploration. For veterinary readers who prefer articles and quizzes, Vetflow offers free access to veterinary anatomy articles plus selected models, interactive images, and quizzes.

Verdict

Choose Z-Anatomy if you want a free, collaborative 3D atlas spanning human and veterinary anatomy and are prepared to work in Blender under share-alike terms. Its add-ons add meaningful study and translation tools, but the required Blender workflow and lack of mobile access make it a poor choice for readers seeking a simple phone-based reference or licensing flexibility.

Getting started

  1. Visit the Z-Anatomy website.
  2. Download and install Blender.
  3. Install the human atlas template in Blender using “Install Application Template.”
  4. Choose any add-ons you need and check their listed Blender compatibility.
  5. Attribute the database and use the same license for redistributed data or derivative works.

Limits worth knowing

The atlas is free, but redistributed data and derivative works must attribute the database and use the same Creative Commons Attribution-ShareAlike 4.0 International license. Mobile access is listed as none.

Questions

Is Z-Anatomy free?

Yes. Its listed Free plan costs nothing.

What platforms are listed?

Android, Linux, macOS, web, and Windows are listed. Mobile access is listed as none.

Does the human atlas need Blender?

Yes. The human atlas is designed as a Blender template, and installation requires downloading Blender.

What license does Z-Anatomy use?

Its code and content are under Creative Commons Attribution-ShareAlike 4.0 International. Redistributed data and derivatives require attribution and the same license.

Does it include veterinary anatomy?

The project describes its atlases as covering human and veterinary anatomy, and a separate repository contains non-human animal models.

What do the add-ons do?

Listed tools cover cross-sections, labels, translation, visibility synchronization, and retrieving Wikipedia articles into Blender.

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