The Ride as Three Acts

When I think about designing a new layup, I don't start with the material.

I start with three specific moments on the road. Everything flows from there.

Most people think of a bike ride as a single continuous experience. And it is, in the way that a film is a single continuous experience. But inside it, there are distinct acts. Moments that make entirely different demands on the machine. Moments that require the frame to do things that are, in some ways, in direct tension with each other.

Getting all three right on the same bike is the design problem. It's the one we've been working on since the beginning, and it's the one that custom layup pattern makes solvable in a way nothing else does.

Let me walk you through them.

You're not riding one bike. You're riding three. One for the sprint. One for the climb. One for the descent. We build for all three.

The first moment is the high-speed, high-effort acceleration. Picture coming down a roller and driving back up the other side. You're out of the saddle, full gas, trying to carry your speed over the top. Everything you're putting into the pedals has to get to the road.

This is where torsional stiffness does its most important work. The load path runs from your legs through the cranks, through the bottom bracket, out through the chainstays, and into the rear wheel. If the frame twists under that load instead of transmitting it, you lose. The power goes somewhere other than forward.

But here's what most people miss: the right amount of torsional stiffness depends on the rider. Someone putting out 250 watts needs the frame to respond differently than someone putting out 350. Too stiff for the rider, and the frame doesn't have the load-and-release quality that makes power transfer feel alive. Not stiff enough, and you're losing watts to flex that should be driving the wheel.

Custom layup is the only way to precisely tune that relationship. It's the reason two riders on what look like the same bike can have completely different experiences, and why getting the layup right for a specific person matters as much as getting the geometry right.

The second moment is the climb.

Lower cadence. Higher torque. Back and forth between seated and standing as the grade changes. The demands on the frame shift almost entirely to the rear of the bike. The chainstays carry the load now. The top tube's horizontal stiffness comes into play in a way it doesn't during a sprint.

What you want from the frame in this moment is the feeling that it wants to jump out in front of you. Under each pedal stroke, the bike is working with you rather than just supporting your weight. It's a subtle thing. But it's the difference between a climb that grinds you down and one where you arrive at the top having spent your energy efficiently.

Geometry contributes to this. Rear-end design contributes. But the layup of the chainstays, tuned to the specific load characteristics of climbing, is what either gives you that feeling or doesn't.

The frame isn't passive. It's participating. Every layup decision is a decision about how the bike shows up in each of those three moments.

The third moment is the descent.

This is your payoff. Everything you spent on the climb, you get back here. And how much you get back depends almost entirely on confidence.

Confidence at speed comes from two things. The first is horizontal stiffness. The frame resisting the twisting forces generated by cornering and holding your line through the turn as the G-forces load the outside of the bike. A frame that flexes laterally under those forces wanders. You feel it as vagueness, as a bike that isn't quite doing what you're asking.

The second is vertical compliance. The road at fifty miles an hour is not smooth. Cracks, covers, rough patches. Each one is a disruption to your line. A frame with the right amount of vertical give absorbs those disruptions without transmitting them into the handling. You stay on course. The descent stays in your control.

Those two things, horizontal stiffness and vertical compliance, are in fundamental tension in metal. You can't have both. In carbon, with a complex layup pattern, you can tune them independently. The frame can be laterally rigid and vertically forgiving in the same structure.

That's what makes a descent feel different on an Argonaut. Not faster in any way you'd measure on a Garmin. Just more in control. More confidence at the speeds where confidence is the thing that matters most.

Riding is usually fun regardless of the bike. That's genuinely true. Get on almost anything and point it down a good road, and you'll find something worth doing.

What we're building is the best version of each of those three moments. The sprint where the frame feels like it's adding to your power. The climb where the bike is with you, not just under you. The descent where you can push the limit because the bike has earned your trust.

That's the whole argument, really. Everything in the last four pieces leads here.

We're in the business of making each of those three moments better. That's it. This is what material science is for. This is what the manufacturing process is for. This is what custom layup is for.

The ride is the point.