Three aerospace engineers have shattered the Guinness World Record for the farthest flight by a paper airplane, sending their custom design soaring an astonishing 289 feet, 9 inches (88 meters). The achievement, verified on December 2, 2022, in Crown Point, Indiana, eclipses the previous mark of 252 feet, 7 inches (77 meters) set by a South Korean team in April 2022. The new distance is nearly the length of an American football field and represents the first time the record has moved in over a decade.

Source: media.cnn.com

The Team Behind the Record

Source: media.cnn.com

The record‑breaking trio—Dillon Ruble, Garrett Jensen, and Nathaniel Erickson—are recent graduates of Missouri University of Science and Technology, where they studied aerospace and mechanical engineering. All three work at Boeing: Ruble as a systems engineer, Jensen as a strength engineer, and Erickson as an aerospace engineer. Their passion for paper aircraft dates back to middle school, when they participated in paper‑plane events hosted by Boeing and cultivated a lifelong love of origami.

Design Inspiration and Development Process

To maximize distance, the engineers focused on minimizing drag while maximizing speed, drawing inspiration from hypersonic vehicles such as the NASA X‑43A, which can travel faster than Mach 5. The resulting design was christened “Mach 5.” Over nearly 500 hours, the team studied origami patterns and aerodynamics, building and testing dozens of prototypes. Each iteration involved a trial‑and‑error loop: they hypothesized a fold change, executed it, threw the plane, measured the distance, and compared it to prior versions to determine whether the modification was beneficial.

Optimizing the Throw

Beyond the plane’s shape, the launch technique proved critical. Using computer simulations and slow‑motion video analysis, the engineers identified an optimal release angle of about 40 degrees above the horizon. At that angle, throwing as hard as possible yielded the greatest distance. Jensen noted that the simulations, initially doubted to be useful for such a low‑mass object, provided valuable data that refined their technique. The record was achieved on Ruble’s third throw after months of preparation.

Materials, Flight Time, and Broader Implications

The winning plane was folded from A4‑sized paper, slightly longer than standard letter size, which the team found ideal for precise folding and structural integrity. The Mach 5 remained airborne for roughly six seconds during its record run—far below the Guinness duration record of 29.2 seconds, highlighting that distance‑optimized designs differ greatly from those aimed at maximizing flight time. Ruble emphasized that the rigorous prototyping process mirrors real‑world aerospace development, where iterative testing is essential.

Inspiring the Next Generation

Reflecting on the accomplishment, Ruble expressed pride for his family and friends and hoped the feat would motivate young aspiring engineers to pursue their dreams. He added that while the Mach 5 design demands skill and experience, beginners can start with publicly available paper‑plane templates and gradually improve their throws. The team’s message is clear: with curiosity, methodical experimentation, and a love of flight, even a simple sheet of paper can achieve extraordinary results.