An American man has achieved an extraordinary Guinness World Record after spending more than a decade creating a gigantic ball made entirely of rubber bands. Claude P. Moore’s unusual creation weighs approximately 5,252 kilograms, making it the world’s largest rubber band ball and breaking a record that had stood since 2008.
What began as a simple hobby eventually turned into an incredible achievement for an American man who dedicated more than 10 years of his life to creating something truly unusual.
Claude P. Moore has officially earned a place in Guinness World Records after building an enormous ball using thousands of rubber bands.
According to Guinness World Records, the massive creation weighs approximately 5,252 kilograms, making it heavier than many large vehicles.
The journey behind this remarkable achievement is just as interesting as the record itself.
Moore explained that his interest in making rubber band balls began when he frequently visited doctors for medical examinations related to hemophilia, a condition that affects the blood’s ability to clot properly.
During those visits, he started making small balls by wrapping rubber bands around one another.
Initially, it was simply a way to pass the time, but the activity gradually developed into a serious hobby.
In 2015, some of his colleagues challenged him to create an exceptionally large rubber band ball.
Moore accepted the challenge and began working on a project that would eventually take more than a decade to complete.
Over the years, he continued adding rubber bands, gradually increasing the size and weight of the ball.
Each additional layer made the creation larger, and what started as a small object eventually became an enormous structure weighing several thousand kilograms.
At first, Moore kept the rubber band ball inside his home garage.
However, as the ball continued growing, it became too large to fit comfortably in the available space.
He eventually had to move it into a dedicated storage unit, where he continued working on the project.
The enormous size and weight of the rubber band ball created another major challenge when the time came for its official measurement.
According to Guinness World Records, Moore and dozens of helpers worked together in August to move the massive ball out of its storage facility.
Because the ball weighed several tonnes, ordinary lifting methods were not sufficient.
Heavy lifting equipment, including a crane, was required to transport the creation safely.
The rubber band ball was then moved to Belle Isle, where an official Guinness World Records representative supervised the weighing process.
After the measurement was completed, the ball’s weight was confirmed at approximately 5,252 kilograms.
The result officially established Moore’s creation as the world’s largest rubber band ball.
With this achievement, Moore surpassed the previous record held by Joel Waul, a resident of Florida.
Waul had created a rubber band ball weighing approximately 4,099 kilograms in 2008.
That record remained unbeaten for years until Moore completed his enormous creation.
The difference between the two record-breaking balls is approximately 1,153 kilograms, highlighting the remarkable scale of Moore’s achievement.
What makes this story particularly fascinating is that the project began with an ordinary activity involving a simple everyday object.
Rubber bands are commonly used in homes, offices, and businesses, but Moore transformed them into a record-breaking creation through years of patience and dedication.
His achievement demonstrates how a small personal interest can develop into something extraordinary when pursued consistently over time.
The project also required considerable planning and physical effort, especially as the ball became too heavy to move without specialized equipment.
After more than a decade of determination, Moore successfully turned a personal challenge into an internationally recognized accomplishment.
His record-breaking rubber band ball now stands as an unusual example of creativity, persistence, and the surprising possibilities of everyday materials.