Developed by the Genoplant Research Institute, MayaSat-1 will carry cannabis seeds and other biological samples into an ultra-radiation area in low Earth orbit during a SpaceX mission. Testing how these seeds withstand radiation could be crucial for growing food on other planets. The mission will see the incubator pass over Earth's poles, where radiation levels are elevated, and will last approximately three hours, concluding with a re-entry over the Pacific. This experiment is anticipated to enhance our understanding of the potential for space agriculture in support of future human explorations on the Moon and Mars.
The experiment will send plant seeds, including cannabis, into orbit to study radiation effects, which could inform future crop cultivation on lunar and Martian colonies.
Scientists aim to understand how biological systems react to high radiation levels in space, an essential step toward supporting long-term human presence on other planets.
MayaSat-1, a biological incubator, will be launched to expose seeds and organisms to extreme conditions and gather vital data for future extraterrestrial agriculture.
The mission, lasting three hours, involves a unique orbit above polar regions where radiation is significantly higher, paving the way for future crop production in space.
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