Explorer Package
Introduce immersive learning — safely and simply
- 3D Models of Human Ancestors (Ardipithecus ramidus, Australopithecus africanus, Homo habilis, Homo erectus, Homo neanderthalensis, Homo sapiens)
- AR enabled worksheets
Introduce immersive learning — safely and simply
Curriculum-aligned immersive VR learning experience
Turnkey immersive classroom — fully equipped and supported
Tell us a bit about your school and we’ll contact you with a tailored offer.
Learning: Develop curiosity about the story of human evolution and become familiar with the VR controllers.
Overview: This introductory level welcomes students into the experience and sets the stage for the journey ahead. It introduces the idea that the fossil remains of our human ancestors are surprisingly limited in number, small enough to fit into a single lorry, while helping students learn how to navigate the VR environment.
Learning: Identify key hominin species and place them within the broader story of human evolution. Compare physical differences between ancestors.
Overview: Set in a classical rotunda, this level pays tribute to Charles Darwin and "On the Origin of Species". Through skull comparisons and narrative guidance, students are introduced to the ancestors from Ardipithecus ramidus to Homo sapiens. It helps them understand that human evolution was not a single leap, but a long and complex process shaped by many different species.
Learning: Understand the environmental pressures that shaped early human evolution. Explore why moving from the trees to the ground was a major evolutionary change.
Overview: Set in the savannah, this level immerses students in a world of danger, change, and adaptation. By following Ardi and confronting the challenges of life on the ground, students discover why leaving the trees was such a revolutionary step in human evolution. The level reveals that descending from the trees and stepping into danger was driven not by choice, but by necessity.
Learning: Understand why the Laetoli Footprints are important evidence in the story of human evolution. Learn about cultural heritage. Intertwining with art history.
Overview: Returning to the classical rotunda, this level invites students to begin collecting Ancestral Knowledge. At its centre is the discovery of the Laetoli Footprints, one of the most important pieces of evidence for early human bipedalism. The level also connects science with cultural heritage: the ancestor statues are inspired by classical works such as Michelangelo’s David and Myron’s Discobolus, linking the story of human origins with the artistic traditions through which people have represented the human body across time.
Learning: Understand that the history of life on Earth unfolded across vast geological ages. Explore how key biological traits such as cell division, heredity, body symmetry, hearing, depth perception, and reproduction emerged through evolution. Recognise that many features of the human body have deep evolutionary origins shared with earlier life forms.
Overview: Set in a fantasy environment, this level takes students on a journey to the very beginnings of life on Earth. Students move along the Evolution Path and encounter major stages in the development of life, from cells and DNA to multicellular organisms, movement onto land, embryos, and the origins of important senses and traits. By turning these scientific concepts into memorable experiences, the level helps students understand evolution as a long and connected process rather than a series of isolated facts.
Learning: Understand that evolution followed many different paths, and that not all of them led to survival. Learn about the development of early stone tool industries, including the Lomekwian, Oldowan, and Acheulean traditions.
Overview: Set in a maze symbolising the many possible paths of evolution, this level shows students that the story of human development was not a straight line. As they navigate its routes, they encounter the earliest stone tool industries and discover how technology became an increasingly important survival strategy for our ancestors.
Learning: Understand how empathy, cooperation, and care could improve survival in early human communities. Explore how cave art, music, and burial practices provide evidence of emotion, symbolism, and social life in prehistory.
Overview: Set in a cave during the harsh conditions of the Ice Age, this level explores the emergence of empathy and its role in human evolution. Through encounters with Neanderthals and early Homo sapiens, students discover how survival depended not only on strength and skill, but also on care, companionship, imagination, and shared culture.
3D model
3D model
3D model
3D model
3D model
3D model
Coming soon!
Game modes: Single User
Supported platforms: Meta Quest 3S, Meta Quest 3, Meta Quest 2
Category: Games
Genres: Education
Languages: English, Estonian, German, Dutch, Italian, Spanish
Duration:
Privacy Policy: Privacy Policy
Terms of Service: Terms of Service
Space required: 1.23 GB
Internet connection: Internet connection not required
Lesson plans to conduct an effective lesson using VR devices, AR and 3D models.
Fast Guide How To Kick-Start VR Use in Your School One-Pager
Assigning a contact person in school
VR game runs on Meta Quest 3, Pico Ultra. These are standalone VR headsets don't require a PC or external sensors.
Yes, to ensure successful implementation in your classroom, all bundles include teacher training and support.
Our curriculum is designed for high school and middle school history and biology classes.
We can help you acquire suitable headsets.
No, we don't collect any student data. Our VR game works completely offline.
MDM is not required, but can be helpful for managing multiple headsets.
This website has been designed and built to meet WCAG 2.2 AA accessibility guidelines. We use technical solutions and content principles to make information accessible to as many people as possible. You can also improve accessibility using browser/OS settings and the on-page accessibility panel (including changing fonts).
A more detailed guide (in English): AbilityNet guide.
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The first link intended for keyboard users is “Skip to main content” (skip link), which bypasses the header/menu and moves to the main content.
You can change contrast to make reading easier. Use the “Contrast” options in this panel (yellow/black or default).
We recommend using your browser’s built-in zoom features first.
Hold Ctrl (macOS: Cmd) and scroll up/down.
Use the pinch-to-zoom gesture.
Open the browser menu (⋮ or ≡), choose Zoom, and adjust the percentage.
Windows 10/11: use Magnifier from the Start menu (search “Magnifier”).
macOS: Apple menu > System Preferences > Accessibility > Zoom.
A screen reader interprets on-screen content and outputs it in other formats (e.g., audio).
Content is created to be understandable for screen readers: images have text alternatives and structure supports logical navigation.
Popular screen readers:This website is partially compliant with WCAG 2.2 Level AA.
Non-accessible content and functions:
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• Some decorative or branding images lack descriptive alternative text. (WCAG 1.1.1 Non-text Content)
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We aim to implement a working skip-link solution (with a focusable target) and provide an accessible alternative for sending feedback.