NASA Mars Cardboard Experience

Name: NASA Mars Cardboard Experience
Author: NASA

NASA

DOCUMENTED

Published in academic literature

For:General Public & EnthusiastsKids & Youth

Free

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App Summary

The NASA Mars Cardboard Experience is an educational tool that provides the public with an immersive virtual reality tour of the Martian landscape. The app's design is based on research into augmented reality tools, like NASA's OnSight software, which reconstructs 3D terrain from rover images to enhance scientists' spatial awareness and geological interpretation. The associated research concludes that such immersive technologies can significantly alter how people interact with remote environments, leading to a more intuitive understanding of complex scientific data.

App Screenshots

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Detailed Description

Functionality & Mechanism The NASA Mars Cardboard Experience is a mobile simulation delivering immersive educational content on Martian exploration. The system leverages a smartphone's internal sensors to facilitate a virtual reality experience when paired with a compatible cardboard viewer, though a standard screen mode is also available. Within a session, the interface presents a reconstructed Martian landscape populated with various exploration technologies. Navigation through this environment allows for observation and interaction with informational modules about each technology.

Evidence & Research Context

The app's pedagogical approach is informed by broader NASA research into immersive technologies for planetary science.
Associated research details the development of professional augmented reality systems, such as OnSight, which reconstruct 3D Martian terrain from rover data for scientific analysis.
The use of immersive visualization in this context has been demonstrated to enhance geologists' spatial awareness and data interpretation compared to traditional 2D displays.
These principles of immersive interaction are noted by researchers to improve intuitive understanding of complex, remote environmental data.

Intended Use & Scope This application is designed for educators, students, and the general public as a science communication and educational tool. Its primary utility is to provide a conceptual and visual introduction to technologies proposed for human exploration of Mars. The simulation is not a scientific instrument and does not provide research-grade data or mission planning capabilities. For detailed scientific data, users should consult primary NASA mission archives.

Studies & Publications

1 publication

Peer-reviewed research associated with this app.

Non-Evaluative Reference

Exploring Mars in augmented reality: lessons for earth science

Abercrombie et al. (2017) · NASA Technical Reports Server

Referenced in academic literature; no direct evaluation of the app

This presentation details the development and application of OnSight, a custom software tool developed by NASA's Jet Propulsion Laboratory (JPL) in collaboration with Microsoft. OnSight utilizes the Microsoft HoloLens augmented reality (AR) headset to allow scientists and engineers to virtually "walk" on the surface of Mars. By reconstructing 3D terrain from images captured by the Curiosity and Perseverance rovers, the tool provides an immersive environment that enhances spatial awareness and geological interpretation compared to traditional 2D computer screens. The presentation further explores how the lessons learned from deploying AR for planetary exploration are being applied to Earth science. Key applications include the visualization of complex terrestrial datasets—such as geological field sites, atmospheric models, and hydrological systems—to improve data analysis and collaborative research. The work demonstrates that immersive technologies can significantly alter how scientists interact with remote environments, leading to more intuitive understanding and efficient mission planning.

In the Media

Using Cardboard to Tour Mars

NASA developed the Mars Cardboard Experience to help former rover driver Scott Maxwell share Mars panoramas with audiences, using virtual reality technology to overcome the limitations of traditional slide presentations. Maxwell, who drove three of the four rovers that have landed on Mars including Spirit, Opportunity, and Curiosity, explains that "looking at only a single image is like seeing the Grand Canyon through a straw." The app leverages NASA's policy of making rover images freely available on the Web within hours of transmission from Mars.

PlanetaryRead article

I Went on a Field Trip to Mars with a Piece of Cardboard

Google developed the NASA Mars Cardboard Experience to offer virtual field trips to schools, using imagery from NASA's Spirit probe and Google's low-cost Cardboard VR viewer. Former NASA engineer and Google employee Scott Maxwell guides users through Martian landscapes, pointing out rocks, mountains, and geological features while participants scan the horizon and sky. Google has been running eight pilot projects in schools worldwide, including one in Ghana, with plans to eventually sell the educational setup more broadly.

ViceRead article