By TrivBits, Staff Writer — Published September 15, 2026
Table of Contents
- Key Takeaways
- How the Inventor of the Frisbee Was Cremated Into His Creation
- The Origin Story: From Pie Tins to Plastic Discs
- The Science Behind Morrison’s Design
- Unknown Facts and Common Myths About the Frisbee
- The Legacy Beyond the Backyard
- Frequently Asked Questions
- Sources
Did you know that one of the most surprising facts about the Frisbee involves what happened after its inventor passed away? Walter Frederick Morrison, the man who patented the design that became the modern flying disc, was cremated and his ashes were molded into a Frisbee. It’s one of those interesting truths that sounds like a myth but is absolutely real—a fitting tribute for someone who spent decades perfecting the art of aerodynamic flight in plastic form.
This unusual memorial captures something special about Morrison’s relationship with his invention. The Frisbee wasn’t just a product he created; it was his life’s work, his passion, and ultimately, his legacy.
Key Takeaways
- Walter Frederick Morrison invented the modern Frisbee design and received the patent in 1958
- After Morrison’s death in 2010, his family had his ashes turned into memorial Frisbees
- The original inspiration came from pie tins that college students tossed in the 1940s
- Morrison’s design used aerodynamic principles to create a stable, predictable flight pattern
- Wham-O purchased Morrison’s patent and trademarked the name “Frisbee” in 1957
- The flying disc has since become one of the most recognized toys worldwide
How the Inventor of the Frisbee Was Cremated Into His Creation
When Walter Morrison died on February 9, 2010, at age 90, his family wanted to honor him in a way that reflected his lifelong dedication to the flying disc. They worked with Steady Ed Headrick’s family—Headrick being the man who later redesigned the Frisbee with its distinctive ridged edges—to create memorial discs containing Morrison’s ashes. This wasn’t a mass-produced item. These were personal keepsakes for family members, each one literally incorporating the remains of the inventor into the very object he’d spent so much time perfecting.
The choice makes sense when you consider Morrison’s journey. He didn’t just invent something and move on. He refined his design repeatedly, filed multiple patents, and watched his creation evolve from a curiosity into a cultural phenomenon. Having part of him become part of a Frisbee represents a full-circle moment that few inventors ever achieve.
The Origin Story: From Pie Tins to Plastic Discs
Morrison’s innovation didn’t emerge from nothing. The story begins with the Frisbie Pie Company in Bridgeport, Connecticut, which sold pies to New England colleges in the early 20th century. Students discovered that the empty metal pie tins flew remarkably well when tossed. They’d yell “Frisbie!” as a warning before throwing one.
Morrison took this casual campus pastime and applied engineering principles. After serving as a pilot in World War II, he understood aerodynamics in ways the pie-tin tossers never did. His first attempt, called the “Whirlo-Way,” debuted in 1948. But it was his 1955 design, the “Pluto Platter,” that caught the attention of Wham-O founders Richard Knerr and Arthur “Spud” Melin.
The Pluto Platter name played on America’s UFO obsession in the 1950s. Morrison even marketed it with space-age graphics and claims about its mysterious flight properties. Wham-O bought the rights in 1957 and, after learning about the pie-tin tradition, changed the spelling slightly and registered “Frisbee” as a trademark.
The Science Behind Morrison’s Design
What made Morrison’s invention actually work? The key was understanding lift and gyroscopic stability. His plastic disc featured a curved top surface and a flat bottom, creating an airfoil shape similar to an airplane wing. When thrown with spin, the disc generates lift as air moves faster over the curved top than the flat bottom, creating lower pressure above.
The spin is crucial. It creates gyroscopic stability that keeps the disc oriented in one direction, preventing it from tumbling. Morrison’s design also included a specific weight distribution and rim thickness that maximized these effects. Earlier attempts at flying discs failed because they lacked these carefully calculated features.
The material mattered too. Morrison experimented with different plastics until finding one with the right combination of flexibility, durability, and weight. Too rigid and the disc would crack on impact. Too flexible and it wouldn’t hold its shape during flight. His final design struck the perfect balance.
Unknown Facts and Common Myths About the Frisbee
Many people believe Wham-O invented the Frisbee entirely, but that’s a myth. The company bought Morrison’s patent and marketed it brilliantly, but the core design was his. Another misconception is that “Frisbee” is a generic term for any flying disc. It’s actually a registered trademark, which is why competitors use terms like “flying disc” instead.
Here’s an interesting fact: Morrison never made huge money from his invention. He sold the patent to Wham-O for a lump sum and royalties, but the real fortune came later as the toy exploded in popularity. Still, he seemed content with seeing his creation bring joy to millions rather than focusing solely on profits.
The trivia gets even more fascinating when you learn that Morrison’s wife, Lu, was his partner in the early days. They’d demonstrate the Pluto Platter at fairs and parking lots, with Lu catching throws while Walter pitched the product to curious onlookers. She was integral to the invention’s early success, though history often overlooks her contributions.
The Legacy Beyond the Backyard
Morrison’s invention spawned entire sports. Ultimate Frisbee emerged in the 1960s as a serious competitive game with organized leagues and international tournaments. Disc golf transformed parks into courses where players aim for elevated baskets. Freestyle Frisbee became an artistic performance discipline. None of this existed before Morrison refined that flying disc design.
The military even found uses for the technology. Research into disc aerodynamics influenced drone design and other aircraft development. What started as a toy became a legitimate field of engineering study.
| Frisbee Milestone | Year | Significance |
|---|---|---|
| Morrison’s first design (Whirlo-Way) | 1948 | Initial commercial flying disc attempt |
| Pluto Platter patent | 1958 | Design that became the modern Frisbee |
| Wham-O purchases rights | 1957 | Mass production begins |
| Ultimate Frisbee invented | 1968 | First organized Frisbee sport |
| Morrison’s death and memorial | 2010 | Ashes incorporated into Frisbees |
Frequently Asked Questions
Did Walter Morrison really get cremated into a Frisbee?
Yes, this is true. After Morrison died in 2010, his family had his cremated remains molded into memorial Frisbees for family members. This wasn’t a commercial product but rather a personal tribute that honored his life’s work in a unique and meaningful way.
Who actually invented the Frisbee—Morrison or Wham-O?
Walter Morrison invented the design and received the patent for what became the Frisbee. Wham-O purchased his patent in 1957, manufactured the product, and created the “Frisbee” brand name. Morrison was the inventor; Wham-O was the marketer and manufacturer that made it famous.
Why is it called a Frisbee if it came from pie tins called Frisbie?
Wham-O co-founder Rich Knerr heard about college students throwing Frisbie Pie Company tins and decided to use a similar name for Morrison’s flying disc. They changed the spelling from “Frisbie” to “Frisbee” and registered it as a trademark in 1958, creating the brand name we know today.
Are all flying discs called Frisbees?
No, “Frisbee” is a registered trademark owned by Wham-O (now part of Mattel). Other companies must call their products “flying discs” or use different brand names. In casual conversation people often use “frisbee” generically, but technically only Wham-O’s products are true Frisbees.
Walter Morrison’s story reminds us that great inventions often come from simple observations refined through persistence and knowledge. He took something people already enjoyed—tossing pie tins—and transformed it into something better through applied science. And in the end, he became part of his creation in the most literal way possible, forever linked to those spinning discs that continue to fly through backyards and parks around the world.