Other Prize Competitions
Click here for links leading to other competitions and related activities external to Centennial Challenges.

Connect With Us

Follow the Night Rover Challenge on social media.

facebook twitter

› OCT on Twitter
› OCT on Facebook
› OCT on Flickr
› OCT on YouTube
› Subscribe to OCT News

Media Contacts

For NASA media support regarding the Night Rover Challenge, please contact:

Janet Anderson
Marshall Space Flight Center
Phone: 256-544-0034

Night Rover Latest News

Image collage for the Night Rover Challenge

NASA and The Cleantech Open Partner in Robotics

NASA has selected The Cleantech Open of Redwood, Calif., to manage the agency's Night Rover Challenge, culminating in a competition in fall 2012.

› Read More
Three NASA Centennial Challenges, graphics show artist concepts for Night Rover, Sample Return Robot, Nano Satellite Launch

NASA Announces Three New Centennial Challenges

NASA has announced three new Centennial Challenges, with an overall prize purse of $5 million.

› Read More
NASA seeks sponsors for its Centennial Challenges.

Sponsors Sought For NASA's Centennial Challenges

NASA is seeking private and corporate sponsors for the Centennial Challenges, a program of incentive prizes designed for the "citizen inventor."

› Read More

Overview: Night Rover Challenge

    False color image of the surface of the moon Solar energy is a renewable source that would be available on the Moon and at other destinations in space. To enable practical system demonstrations of diverse design solutions by independent teams, the Night Rover Challenge may be conducted in an ambient Earth environment. Competitors with successful and appropriate system designs may be invited to test their energy storage systems in NASA thermal-vacuum chambers to demonstrate applicability to the space and lunar environment. The Challenge will be to demonstrate a portable energy storage system through several cycles of lunar daylight and darkness. During the daylight period, systems will receive electrical or thermal energy from a simulated solar collector. During darkness, the stored energy will be used for simulated thermal management, scientific experimentation, communications, and rover movement. The competitors may store and extract the energy by any means they desire. A winning system must exceed the performance of a reference state-of-the-art system by a specified margin. The winning system would be the one that has the highest energy storage density.

    › More About the Night Rover Challenge
    › Centennial Challenges Fact Sheet (PDF, 810 Kb)

Night Rover in the News

More Articles

Centennial Challenges on Twitter

More Tweets