Designing a new technology for discs
Chapter 1 - Create Further Flying Disc
Every mold has a story. Some begin as a quick sketch on a notepad, others as a question asked on the course: What if this flew just a little further? A little more understable? A little bit more flat?
This is the story of how question How we can create further flying disc? turned into a 2-year long testing period.
Our goal with this new lineup was not to reinvent disc golf, but to elevate the disc designing and chasing what’s possible - by refining weight distribution, improving stability, and maximizing performance within the boundaries of the sport.
We wanted a disc that rewarded good throws, handled modern power, and still felt approachable for a wide range of players. That vision guided every decision, from the first sketch to the final test throws in the field.
Chapter 2 - Design Challenges: Innovation Within PDGA Limits
Designing a high-performance flying disc isn’t just about imagination, it’s about working creatively within clearly defined limits. The PDGA rules set strict boundaries for diameter, maximum weight, rim sharpness, and flexibility. Rather than seeing these as obstacles, we treated them as a framework for innovation.
- Diameter and Weight: With size and weight capped, raw mass couldn’t be added for stability. Instead, we explored how weight is distributed. Shifting the mass toward the rim improved gyroscopic stability and increased spin without breaking the rules.
- Stiffness: Flexibility rules influenced our material choices. We experimented with blends that remained PDGA-legal while offering a firm, responsive feel and ideal grip that maintains shape on all conditions.
One key idea that emerged was a thinner lid design, paired with a carefully shaped rim. This allowed the disc maintain spin longer in flight which gave extra distance.
Chapter 3 - Testing and Results: Turning Ideas Into Distance
The first real test throws is always unforgettable. There’s a brief moment of silence after release, when everyone watches the disc turning over, gliding through the air and hopefully do exactly what you imagined.
With this design, the difference was immediate.
The disc stayed in the air longer. It pushed forward instead of fading early. Testers started smiling, then asking for another throw. Distance gains were noticeable. That’s when we knew the work had paid off, not because of numbers on a chart, but because of reactions on the field.
Conclusion: More Than a Disc
The evolution of a flying disc is never just about plastic and shape. It’s about problem-solving, listening, testing, and refining until an idea becomes something players genuinely enjoy throwing.
This journey from vision to ideas to results reflects what drives innovation in disc golf. And when a disc finally finds its place in someone’s bag, becoming part of their game and their story, that’s the true measure of success.
After all, the best designs don’t just fly better - they inspire better throws.
This is the Year Of Premier!