Hundreds of decisions you can feel.
The best bike is not the stiffest
Stiffness measures one axis and calls it everything. What matters is dynamic response: frame doing different things in different directions, independently, at the same time. That is the problem we solve.
Every layup is designed around a specific rider. Weight. Power. Style. Geometry tells your body where to be. Layup tells the frame how to respond when you’re there.
Repeatability is everything.
Our patented High Pressure Silicone Molding (HPSM) process uses precision-machined silicone mandrels instead of inflatable bladders. Cleaner Fiber. The finished part matches the design intention. Every time.
Our build, our word.
We never outsource. We know the name of every person who touches our frames.
Outsourcing would mean being responsible for the outcome but not the process. For the bike but not the build. That is not a trade we can make.
Ben Farver, Founder of Argonaut Cycles
I spent years making things beautiful. Racing taught me that beautiful things that break are worthless.
The Ornate Problem
Ben Farver, Founder of Argonaut Cycles
The industry has been racing toward aerodynamics and stiffness for a decade. Neither one is the most important thing about a bicycle.
The Wrong Problem
Ben Farver, Founder of Argonaut Cycles
Carbon is an essence distinct from steel, capable of doing things no metal can. But only if you know how to build it.
The Carbon Argument
Ben Farver, Founder of Argonaut Cycles
Most carbon bikes are built the same way they were built 20 years ago. The aerospace and F1 industries moved on. We followed them.
The Silicone Standard
Ben Farver, Founder of Argonaut Cycles
Every great ride has three distinct moments. We design separately, specifically, and deliberately for each of them.
The Ride as Three Acts
Ben Farver, Founder of Argonaut Cycles
We don't outsource manufacturing because I'm personally responsible for whether someone gets hurt. More than a brand promise, this is a promise I made to myself.
The Safety Promise
FOUNDER SERIES