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WHY ARE WE SENDING
LIQUID RESIN

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NEW SOLAR ARRAYS

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AND TOMATOES
TO SPACE?

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DOZENS OF NEW EXPERIMENTS WILL SOON
ARRIVE AT THE INTERNATIONAL SPACE STATION

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FOR THE BENEFIT OF HUMANITY AND
FUTURE MISSIONS TO SPACE

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LET’S TAKE A LOOK AT WHAT’S ON BOARD
THE 26TH SPACEX CARGO MISSION

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The space station is adding energy-production
capabilities with the installation of

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Roll Out Solar Array technology. The latest
iROSAs are set to launch in the trunk of Dragon.

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NASA researchers are examining a
mini-microscope kit that could

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provide medical diagnoses on future
missions to the Moon or Mars.

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A new tool for capturing detailed high-speed
video of the eyes will collect precise data an

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ocular alignment and assess
vestibular function.

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The station crew is ready to grow
dwarf tomatoes to better understand

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how light quality and fertilizer affect
fruit production in microgravity.

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A technology using resin to create geometries
that cannot be made on Earth could

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enable in-space fabrication of large
structures such as space stations.

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In-space production of nutrients may help
maintain crew health on future space missions.

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An on-demand system using yogurt,
kefir, and yeast tests this capability.

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THESE EXPERIMENTS WILL JOIN THE
HUNDREDS OF ONGOING INVESTIGATIONS

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ABOARD THE
ORBITING LABORATORY.