It started with a putter that didn't fit.

Like a lot of golfers, I kept buying putters. Chasing the one that would finally make everything click. None of them did. They were built around tradition, not around how I actually putt.

I'm a civil engineer. My day job is roads and bridges: geometry, loads, materials, and how small changes add up to big ones. So when the search for the right putter kept coming up short, I did what engineers do. I started building one.

From the garage to the green

It started with sketches and CAD models, then 3D-printed heads. I built a putting green in the backyard to test them. Then came epoxy molds, concrete-weighted prototypes and metal-filament prints. Every version taught me something about where mass should sit, how the face meets the ball, and what feels right in your hands.

The breakthrough came from my day job. Highway engineers use parabolic vertical curves to make smooth, predictable transitions between grades. That same geometry became the Parabola face: a curve sized to the golfer, not a flat face built for an average one.

Why fitting is the point

Most golfers have never been fitted for a putter, even though it's the club they use most. Custom fitting usually means a long drive and a big bill. We wanted to change that. Parabola fittings happen online, and every putter is built from the golfer's own numbers.

What we believe