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Daily News B1 · Intermediate

NASA Awards First Prize in LunaRecycle Challenge

By Emma Carter
3 min read 361 words Published Aug 29, 2026
Engineering students observe a prototype that turns mixed mission waste into reusable powder beside a 3D printer.
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Intro

NASA has chosen an MIT student team as the first-prize winner in Phase 2 of its LunaRecycle Challenge. The team’s system could help recycle waste during space missions and also offer useful ideas for Earth.

Vocabulary

Daily News

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Practise the 6 words from NASA Awards First Prize in LunaRecycle Challenge.

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Unscramble letters to build the word.

All 6 article words

Uses words with 3–9 letters.
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All 6 article words
Word Part of speech Meaning Example
prototype noun noun Meaning: an early model built to test an idea Example: The engineers tested a prototype before building the final machine.
mixed adjective adjective Meaning: made from different kinds of things Example: The bin contained mixed materials, including paper and plastic.
filament noun noun Meaning: a thin material used by some 3D printers Example: The printer needs a new roll of filament.
track noun noun Meaning: one part or area of a competition or project Example: She entered the design track of the competition.
reuse verb verb Meaning: to use something again Example: We can reuse the container instead of buying a new one.
limited adjective adjective Meaning: not large or plentiful Example: The hikers had limited water for the long walk.

The story

The MIT student group CERBERUZ won the top Phase 2 award in NASA’s LunaRecycle Challenge. The challenge asks teams to create ways to recycle waste during Moon and deep-space missions.

The CERBERUZ system begins by grinding mixed mission waste into powder. The powder can then be used in injection molding systems to make shaped parts. It can also be used to produce filament for 3D printers. Filament is the thin material that a 3D printer uses to build an object.

NASA says the team received $775,000 in awards across two tracks. One track focused on developing a working prototype. The other focused on a digital twin, or a computer model that represents how a real system works. Together, these awards recognized the team’s work in both physical design and digital planning.

The challenge included several kinds of waste that could be produced during a mission. These materials included fabrics, plastics, foam, and metals. On a long mission, carrying new supplies for every repair could take up valuable space. A recycling system could help a crew reuse some materials instead of throwing them away.

Fourteen finalist teams demonstrated their prototypes in Alabama from August 24 through August 28, 2026. Their demonstrations gave NASA a chance to examine different ideas for dealing with mission waste. The teams worked on technology that could be useful in difficult space environments.

The challenge is aimed at space travel, but its possible value is not limited to space. NASA encouraged the teams to consider how their recycling technology might be used on Earth as well. For example, a system that separates or reuses several materials could support work in places where storage and supplies are limited.

The first prize does not mean that CERBERUZ’s system is ready for immediate use on a space mission. The challenge recognized the team’s design and development work. Further development would be needed before NASA could use the technology during a real mission.

The LunaRecycle Challenge shows how space research can focus on a practical problem: what to do with waste. By turning mixed waste into powder and then into new products, the CERBERUZ system offers one possible path toward more efficient missions.

Warm-up questions

  1. What kinds of waste might people need to manage during a long space mission?
  2. Why might recycling be useful when storage space is limited?

Comprehension questions

  1. Which team won first prize in Phase 2 of the challenge?
  2. What does the CERBERUZ system do first?
  3. What were the two award tracks about?
  4. Where and when did the finalist teams demonstrate their prototypes?
  5. Why is the system not ready for immediate use on a space mission?

Opinion questions

  1. Would you want to work on a recycling project for space travel? Why or why not?
  2. Which possible Earth use for this technology seems most valuable to you?

Further discussion

  1. What problems could astronauts face if they cannot recycle mission waste?
  2. What other materials might people try to recycle on Earth?

Writing prompt

  1. Write a short paragraph explaining how recycling could help a future space mission.

Sources

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