NASA opens its ORBIT student challenge for 2026 while researchers study fire-induced weather patterns to improve safety.
NASA officially opened applications for its second season of the ORBIT student challenge. This program invites university students to create new technologies for Earth and space. Teams have until November 16, 2026, to register through the NASA STEM Gateway.
Meanwhile, scientists are studying how wildfires affect our atmosphere. Researchers recently captured rare images of a unique cloud forming over a Montana wildfire. These studies help experts understand how smoke and heat change weather patterns.
Why this matters
These programs show how NASA connects student ideas to real-world problems. By offering $500,000 in prizes, the agency encourages bold thinking. It also builds a strong workforce for future aerospace jobs.
Additionally, field research provides vital data for climate modeling. Seeing how fire clouds behave helps officials predict dangerous wildfire growth. Combining student innovation with scientific observation strengthens our collective knowledge base.
Expanding the reach of aerospace research
The ORBIT challenge includes two distinct paths for students. The Earth track asks participants to adapt NASA patents for public benefit. Students might improve medical devices or reduce noise pollution from drones.
Next, the Space track focuses on the Artemis program. Teams design solutions for living on the Moon or Mars. They create concepts for power, communication, and astronaut health.
Also, the program offers new recognition awards this year. The Faculty Advisors’ Choice Award celebrates teamwork and communication skills. The Next Steps Award honors teams with strong plans for future development.
Advanced monitoring of environmental threats
Researchers recently used high-flying aircraft to observe fire-induced clouds. They studied the Sand Creek fire in Montana during August 2026. This work is part of the INSPYRE campaign.
Then, the team witnessed a rare pileus cloud above a smoke column. A pileus cloud looks like a cap sitting on a mountain. In this case, the fire acted like a mountain to lift moist air.
Finally, the MASTER simulator captured detailed data from the sky. This tool uses 50 different spectral bands to see through smoke. It identifies active burn spots and helps map fire spread.
How we got here
- August 11, 2026: NASA researchers observed a rare pileus cloud over a Montana wildfire.
- September 28, 2026: Reports emerged regarding conflict in Ethiopia’s Afar region.
- September 29, 2026: NASA released images of the wildfire cloud study to the public.
- September 30, 2026: NASA officially opened the registration window for the 2026-2027 ORBIT season.
What happens next
Student teams will begin conducting research and creating models over the coming months. They must submit feasibility studies to move forward in the contest. Judges will then select the top teams for the final in-person pitch showcase.
As a result, NASA expects to see new prototypes by early 2027. The agency plans to track how these student projects continue after the contest ends. This ongoing support will bridge the gap between classroom theory and industry practice.
Finally, scientists will continue to analyze the data from the Montana wildfire flight. They aim to publish findings on how pyrocumulus clouds influence fire behavior. This information will support better fire safety strategies for ground crews in future seasons.