The SpaceX Crew-10 patch, the 170th such insignia for a NASA astronaut mission since 1965, was developed by the four-person crew using AI as a brainstorming tool. NASA's Space Flight Awareness office highlighted the process, stating, "The SpaceX Crew-10 patch was thoughtfully designed by the 4-person crew. They used AI for initial inspiration, while the ever-irreplaceable human perfected the design and brought the patch to fruition."
Crew-10 pilot Nichole Ayers led the design effort, collaborating with her crewmates: commander Anne McClain of NASA, mission specialist Takuya Onishi of the Japan Aerospace Exploration Agency (JAXA), and mission specialist Kirill Peskov of Russia's Roscosmos. Ayers, a self-described mathematician rather than an artist, turned to AI to generate initial concepts.
"I am not an artist, I'm a mathematician," Ayers said during a pre-launch press conference at NASA's Kennedy Space Center in Florida. "AI is a really cool tool that we get to use to help us brainstorm, so my husband and I sat down and we just started typing out things in an AI image generator."
The AI produced a variety of designs, including mythological dragons with outstretched wings, multi-sided polygons, and a glowing "X" representing the Roman numeral for 10, symbolizing the crew's mission number. Ayers explained, "We wanted to highlight the fact that all four of us are professionally trained pilots, which is why the wings are featured on the patch, and the ascending and descending trajectory in the form of a Roman numeral 'X' for Crew-10."
The AI-generated concepts were then handed over to Blake Dumesnil, a senior art director and graphic designer at NASA's Johnson Space Center, who refined the designs to meet the crew's vision and NASA's standards. Dumesnil noted that while the AI provided a strong starting point, the final design was a product of human artistry.
"This patch probably took me longer in terms of start to actual finished approval, longer than any other design I've done," Dumesnil said. "But the AI concepts absolutely provided us with a starting point. The final design really is its own thing."
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| NASA portrait of the SpaceX Crew-10 astronauts: commander Anne McClain (second from right) and pilot Nichole Ayers (second from left), both with NASA; mission specialist Takuya Onishi of JAXA; and mission specialist Kirill Peskov of Roscosmos. (NASA) |
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The integration of AI into mission patch design reflects a broader trend at NASA, where the agency has begun exploring AI's potential in various applications, from designing custom mission hardware to analyzing solar images. However, AI's role in human spaceflight remains limited, as noted by NASA astronaut Christina Koch during a keynote at the South by Southwest (SXSW) festival.
"It would be hard to design something less applicable in some ways than what we do in human spaceflight, because we do these huge one-off missions," Koch said. "Whereas AI oftentimes does its best work when it can be trained on lots and lots of data that can be applied to a problem set."
Despite these challenges, Koch highlighted potential future applications, such as using AI to enhance decision-making during robotic planetary exploration or optimizing crew schedules aboard the ISS.
For Dumesnil, AI's role in mission patch design is a promising tool for conceptualization, particularly for younger, tech-savvy crews. "I don't see it as a threat necessarily to doing what I do," he said. "But as a conceptualization tool, sure, I think AI can be very useful."
Even AI itself weighed in on the matter. When asked for its thoughts on using AI to design mission patches, Grok, an AI chatbot, responded, "I think it's a fascinating blend of human creativity and AI capability! Using AI to brainstorm mission patch ideas shows how technology can amplify imagination, especially in a field like space exploration where innovation is key."
The Crew-10 patch stands as a testament to the evolving relationship between human ingenuity and artificial intelligence, offering a glimpse into how emerging technologies can enhance even the most symbolic aspects of space exploration.