An immersive VR experience for learning the Solar System

Name: Onix
Brand: Onix

A sequential, guided journey combining narrated storytelling, interactive mini-games, and NASA-accurate visuals

This case study explains how we helped design and develop Space Explorers, an educational VR project that takes users on a guided tour of the Solar System from the deck of a virtual spacecraft.

The platform allows visitors to “travel” between planets along a predefined route, learn through presence rather than text-heavy explanations, and conclude the session with a light interactive mini-game. The solution is optimized for first-time VR users and for public installations such as museums, schools, and planetariums.

EdTech
Industry
3 specialists
Team size
Malaysia
Location
2 months
Project duration

[ Benefits of the app ]

Our team developed a robust set of benefits:

Engaging, guided VR tour of the Solar System from a spacecraft perspective

Dual-language support for wider audience accessibility

Configurable session length to match time constraints

High-fidelity planetary visuals based on NASA references

Lightweight interaction design suitable for VR newcomers

[ Business context ]

Educational institutions and public venues often struggle to maintain attention during complex astronomy lessons.

Traditional methods rely on text-heavy displays, images, or videos that fail to immerse learners.

The client wanted an accessible, interactive VR experience that could communicate Solar System concepts through exploration and presence, engaging audiences of all ages and familiarity levels with VR.

[ Product scope ]

During our collaboration, the Onix team needed to:

Design a guided VR spacecraft tour of the Solar System

Implement sequential planetary navigation with narrated voiceovers

Build a mini-game to conclude the experience with light interactivity

Optimize performance for smooth frame rates and visual comfort

Support dual-language narration and configurable session lengths

Ensure compatibility with Meta Quest 2-3 for public installations

Ready to make learning immersive? Schedule a consultation and let’s design your VR educational experience.

[ Solutions we provide ]

Our team handled the end-to-end design and technical implementation of the VR experience, focusing on user comfort, immersive storytelling, and educational impact.

We made a great effort to provide the following solutions:

VR application development

Guided exploration mechanics

Mini-game integration

Visual & performance optimization

Dual-language support

Configurable session length

We built a Unity-based VR app integrating VR Interaction Framework for smooth navigation and interaction.

Users travel between planets along a pre-defined route, while narrated voiceovers deliver educational content in a sequential and accessible manner.

An asteroid-shooting mini-game concludes the journey, offering light interaction that reinforces engagement without overwhelming users.

We recreated planets using NASA reference imagery and optimized shaders, materials, and scene setups to maintain high FPS and visual comfort during long sessions.

The experience supports multiple languages, making it suitable for diverse audiences in museums, planetariums, and schools.

Operators can adjust how many planets are visited per session to fit scheduling needs, balancing educational depth and audience attention spans.

Core technology stack we used

Unity Engine,

VR Interaction Framework,

Blender for 3D assets,

Amplify Shader Editor,

Meta Quest 3 platform

[ Results ]

As a result of our work, we delivered the following outcomes:

Key Achievements:

﹂

An accessible, immersive way to explore the Solar System

﹂

Engaging educational storytelling through presence, not text

﹂

Stable, high-performance VR sessions suitable for public installations

﹂

Lightweight interactivity to maintain engagement for first-time VR users

﹂

Dual-language support for broader reach

﹂

A platform that can be adapted for museums, schools, and interactive events

The project demonstrates how VR can transform educational content into memorable experiences, combining visuals, narration, and interaction to make complex topics like astronomy intuitive and fun.