09/17/2025 | Press release | Distributed by Public on 09/17/2025 15:26
A Cincinnati brewing company will unveil a new beer this fall that is out of this world.
Or high altitude at least.
Rhinegeist Brewery produced 16 kegs of its new Apex Apple Ale, brewed from yeast that students from the University of Cincinnati's rocketry team fired nearly 2 miles above the Earth during a competition this year.
Rhinegeist's Nick Ketchum said the new ale will reach its taproom just in time for fall.
"It's not super apple-forward, but it has a hint of apple," he said. "The timing is great. Our sales team is excited about it."
The UC team approached the brewery about a sponsorship and floated the idea of using beer yeast as its payload. In competition, each rocket must carry the same minimum weight of cargo, UC student and payload lead Matt Boller said. Like most of the team members, he is studying aerospace engineering.
UC students competed in the International Rocket Engineering Competition in Midland, Texas. Their entry, the Rising Star, was sponsored by UC's Department of Aerospace Engineering and Engineering Mechanics, the Ohio Space Grant Consortium, Yuri, JetAir, Rhinegeist, the Modal Shop and G90 Engineering. Photo/Provided
The competition has scientific objectives as well, he said.
"We were interested in seeing what the vibrational forces did to the dry yeast in a growth medium," Boller said. "We added sensors to examine how the forces of the launch affected them."
A microbiologist, Rhinegeist's Ketchum said he was immediately interested in the science behind the launch, he said.
"I have an appreciation for science and NASA. I love that kind of thing," he said. "Making beer is like preparing food: it's an art but it's based on the science of microbiology.
"I liked their idea and I thought maybe if we send the yeast up in the rocket, we could brew with it afterward," Ketchum said.
The team recently visited Rhinegeist's innovation brewery for a tour and to learn how beer is brewed. A portion of proceeds from Rhinegeist's Cincy Light benefits UC student athletes.
"I thought that was a really cool experience," Boller said. "It was an added bonus for this project."
UC College of Engineering and Applied Science students visited Rhinegeist Brewery to learn more about how new products are made. Photo/Provided
Working at UC's Victory Parkway Campus, the students built a nearly 11-foot-tall, 60-pound rocket they named Rising Star that would travel at 750 mph on less than four seconds of engine thrust. The rocket features an avionics bay, a payload bay and two parachutes along with a standard engine for each division.
"There was a lot of work to do," UC Adjunct Professor and faculty adviser Grant Schaffner said.
"They added a Fiberglas weave layer to strengthen the rocket. The tailfins, payload and interior are all custom," he said.
Ben Hunt, UC aerospace engineering student
Schaffner said the launches at the competitions are true spectacles.
"They fly at close to the speed of sound, so you'll hear a rumble like a fighter jet. Some even go past the sound barrier," he said. "It creates not so much a sonic boom as a roar. They're pretty spectacular and noisy."
UC students carry their rocket, Rising Star, to the launchpad during competition in Texas. Photo/Provided
Students can use the rocket as their senior capstone project.
"Who doesn't want to make beer in their rocket capstone? Who can say that?" Boller joked.
At the International Rocket Engineering Competition in Midland, Texas, the goal in their division was to launch a rocket as close to 10,000 feet as possible. UC's successful entry reached 10,245 feet, project lead Pierce Elliott said.
"It was the highest rocket we've flown," Elliott said.
At its high point or apogee, the rocket deploys a drogue parachute designed to slow its descent. When the rocket descends to a designated altitude, it fires a second larger chute to bring it gently to the ground, launch vehicle lead Ben Hunt said.
"If you deployed the main chute at apogee, it would carry the rocket 10 miles away," Hunt said. "So you want the altimeter to deploy around 800 feet."
"At 2 miles high, you can barely see the motor's tracking smoke. But it has GPS. We can track the live distance from us, the glide altitude and horizontal distance," he said.
"It's a lot of work, but there's nothing like seeing your rocket launch successfully and deploy successfully," Hunt said.
The team also included Jeff Harper, Melissa Kühnle, Christian Dierksheide, Alex Ravagnani, Derrick Hollins, Collin Gerwe and Zak Upson.
UC students use fundamentals of aerospace engineering to launch rockets. Photo/Provided
The students said rocketry provides valuable relevant experience for their co-ops in engineering. Boller had multiple co-ops at Delta Airlines in fields such as propulsion engineering and in Germany at the space biotech company Yuri, where he worked on an experiment on nerve muscle cells in microgravity aboard the International Space Station.
Hunt worked at four companies in aerospace, including one contractor that makes hydraulic actuators for aircraft landing gear.
And Elliott worked at a manufacturing company in Ohio and completed two rotations in UC's Center for Nondestructive Evaluation, which inspects the integrity of materials without damaging them. Elliott later joined Relativity Space, which makes launch vehicles and rocket engines in California and tests them at the NASA Stennis Space Center in Mississippi.
"A degree in aerospace engineering doesn't restrict you to working in aerospace," Elliott said. "You can work in all kinds of fields from aviation to medicine. My doctorate is in nondestructive evaluation, which I could use in any field: oil, gas, automotive, manufacturing or aerospace."
Boller said he won't soon forget the competition. Even rockets that didn't launch properly failed spectacularly.
"It was one of the coolest things I've experienced. You can feel the vibrations and hear the engines. It's incredible to be in that environment," he said.
Featured image at top: UC students competed this year in the International Rocket Engineering Competition in Midland, Texas. Photo/Provided
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