What began as a classroom project quickly took flight into the realm of real-world engineering challenges, as students in Pisa designed and built ICARUS, the largest paper airplane ever to soar, now officially certified by Guinness World Records.
- ICARUS spans 20.04 meters with a wingspan longer than a typical transit bus.
- The plane flew 59 meters, surpassing a decade-old record.
- Students used advanced aeronautical design principles with paper.
What happened
A group of students from Pisa achieved a remarkable feat by constructing and flying the world’s largest paper airplane, ICARUS. The plane measures 7 meters in length and boasts an expansive 20.04-meter wingspan. By carefully tackling challenges related to stability, weight, stiffness, and aerodynamics, the team succeeded in flying it a distance of 59 meters during an event in Bologna, Italy.
The project involved precise engineering inspired by the design of passenger jets, applying concepts such as spars, ribs, and honeycomb structures made from laminated paper sheets. This resulted in a lightweight yet sturdy craft, weighing just under 29 kilograms, which was launched from a platform nearly 3 meters high by a single person, meeting exact criteria set by Guinness World Records.
Why it feels good
Beyond simply setting a record, the project highlights the creativity and determination of the students as they pushed the boundaries of what is possible with common materials like paper and glue. They combined scientific rigor with playful ambition, showing how even the simplest materials can inspire engineering breakthroughs when approached with passion and precision.
The success of ICARUS is a reminder that innovation often comes from unconventional places and challenges. By treating their paper airplane like a real aircraft, the students proved the value of experimentation, persistence, and teamwork—qualities that resonate well beyond engineering classrooms and into many areas of life.
What to enjoy or watch next
For those fascinated by engineering feats and inventive projects, this record-breaking flight invites curiosity about future challenges that blend art, science, and fun. Watching how lightweight materials and aerodynamics can be optimized to achieve impressive results encourages both students and enthusiasts to explore similar creative pursuits.
Keep an eye on initiatives like the We Make Future event in Italy, where cutting-edge projects often take center stage, or follow creators like Jakidale, who help bring these stories to light. Such stories inspire a fresh appreciation for the blend of creativity and technical skill involved in pushing limits—sometimes with nothing more than paper and glue.