Planet Series
Why This Collection Was Created?
Traditional astronomy education often relies on flat diagrams, static photographs, or scale-model kits — all of which struggle to convey the real size, surface detail, and physical differences between planets. This collection was created to provide a consistent, reusable, and visually accurate digital alternative that can be used in classrooms, training sessions, and outreach activities regardless of season, location, or access to physical equipment.
About This Collection
The AR/VR Planet Series is an interactive 3D educational resource presenting the planets of the Solar System. The collection has been developed to support STEM education, natural sciences training, and Erasmus+ educational activities through immersive digital learning approaches. All models have been prepared as educational prototypes for future AR/VR learning environments and interactive training scenarios.
Project Overview
The AR/VR Planet Series is an interactive 3D educational resource presenting the planets of the Solar System in a rotatable, detail-rich format. All models are created using a 3D generation and modeling workflow, then prepared as web-based, rotatable 3D objects for direct classroom and training use — with future potential for full AR/VR integration.
Collection Contents
This collection currently contains 1 completed interactive 3D educational model, with 8 more planned, covering the Sun and the planets of the Solar System:
- Mercury
- Venus
- Earth & Moon
- Mars
- Jupiter
- Saturn
- Uranus
- Neptune
- The Sun — closing overview
Educational Focus of Each Model
Mercury – Introduction to extreme temperature variation and surface conditions on a world without an atmosphere.
Additional planets will be added to this section as their models are completed.
Educational Applications
- STEM and Natural Sciences Education
- Vocational Education and Training (VET)
- AR/VR-Supported Learning Environments
- Erasmus+ Learning, Teaching and Training Activities
- Digital Learning and Educational Innovation Projects
Learning Objectives
By the end of this module, learners should be able to:
- Identify and describe the key physical characteristics of each planet
- Compare planets in terms of size, temperature, and atmosphere
- Understand how distance from the Sun affects surface conditions and orbital period
- Recognize the practical relevance of interactive 3D tools in science education
Target Groups
- STEM and natural sciences students
- Vocational education and training participants
- Educators seeking digital, AR/VR-ready teaching material
- Youth workers and organizations interested in innovative, technology-based learning tools
Use in Erasmus+ Activities
This collection has been designed with flexibility in mind, making it suitable for adaptation within Erasmus+ mobility, training, and youth exchange activities focused on STEM education, digital learning, or natural sciences. It can serve as supporting material for Learning, Teaching and Training Activities (LTTAs) or as a demonstration tool during partner meetings.
Future Development Plan
- Completion of the remaining planets in the series
- Integration of true camera-based AR viewing
- Addition of narrated, step-by-step guided tours for each planet
- Expansion with supplementary materials (comparison charts, quizzes)