Kettering student drives NASA lunar wheel design to Houston student showcase

Kettering senior’s wheel prototype wins NASA ‘Hunch’ invite
Kettering Fairmont High School CTC engineering student, Andrew Wright walks back to class Monday April 17, 2023 with his wheel he engineered and designed for NASA. Wright's design is one of five out of 271 schools that was picked by NASA to be used for the lunar scooter wheel. Wright and his teacher, Brett Jenkins are off to the Houston Space Center Tuesday April 18 to talk to NASA about Wright's design. JIM NOELKER/STAFF

Credit: JIM NOELKER

Credit: JIM NOELKER

Kettering Fairmont High School CTC engineering student, Andrew Wright walks back to class Monday April 17, 2023 with his wheel he engineered and designed for NASA. Wright's design is one of five out of 271 schools that was picked by NASA to be used for the lunar scooter wheel. Wright and his teacher, Brett Jenkins are off to the Houston Space Center Tuesday April 18 to talk to NASA about Wright's design. JIM NOELKER/STAFF

He hasn’t re-invented the wheel, but Kettering Fairmont High School senior Andrew Wright may be nudging it in the right direction.

Wright and Brett Jenkins, Wright’s engineering Career Technology Center (CTC) teacher at Fairmont, flew to NASA in Houston, Texas Tuesday to show Wright’s design for a lunar scooter vehicle wheel. Wright has been invited to the NASA Houston Space Center to showcase his idea with hundreds of other NASA “Hunch” competition participants.

“He has done a great job,” Jenkins said of his student. “He really has.”

Founded in 2003, NASA’s “Hunch” program is a nationwide partnership between NASA and high school and middle school students who try to build things NASA can use, often on the International Space Station. More than 3,000 student-designed items from more than 500 classrooms have made their way to the station, NASA says.

Kettering Fairmont High School CTC engineering student, Andrew Wright 
engineered and designed a wheel that maybe used on the moon by NASA.  JIM NOELKER/STAFF

Credit: JIM NOELKER

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Credit: JIM NOELKER

Review finals in the contest are scheduled for Wednesday at the Space Center in Houston.

Wright’s idea is decidedly moon-focused. The 18-year-old has worked on a wheel for a lunar scooter or vehicle since the start of the school year in Jenkins’ CTC class.

“All year I’ve been working on this; I’ve gone through a lot of prototypes,” Wright said in an interview at Fairmont. “And this is my final design for right now. I don’t have much time to change anything.”

The prototype he showed a Dayton Daily News reporter Monday had a plastic wheel hub. Prototypes aren’t expected to be made of flight materials. A real moon vehicle wheel would likely boast a aluminum hub with spokes made of titanium.

Conditions on the moon are unforgiving, to say the least. NASA needs a wheel that can withstand temperatures down to a minus-208 degrees Fahrenheit and abrasive moon dust. To move on the moon, a metal cover of kevlar would go around the hub, Wright said.

Wright met with NASA representatives in recent weeks, who invited him to the Hunch gathering this week. He’ll rub elbows with fellow students from across the nation with their own ideas and prototypes.

“I’m just hoping it all goes well,” Wright said. “I’m not really sure what to expect.”

Jenkins said NASA wants prototypes displaying innovation, devices that honor NASA requirements and specifications — in this case, a wheel no bigger than 18 inches in diameter with a half-inch axle. He expects Wright to be asked questions about how the wheel might withstand stresses and be manufactured.

“This is all his idea, all of it,” Jenkins said. “This is all from him goofing around on Solid Works (a software design program) and taking chances and banging his head on the wall. He had a lot of failures and a lot of successes, and this is really all that coming together. He put a lot of hours into it.”

Wright said he hopes to attend Sinclair Community College for two years before transferring to Ohio State University to study engineering.

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