Putters have been made out of metal for over a century... so why do we make ours out of wood?
Modern putters present golfers with a tradeoff; mallets deliver more forgiveness, blades deliver more feedback.
Our wood construction changes that equation. By starting with a material that is dramatically lighter than metal, we can strategically place dense metal exactly where it performs best. The wood construction also preserves natural feedback that improves distance control.
Conversation Starter
Everyone will be asking you about your putter. Seriously, you'll get a lot of questions about it.
Strategic Weighting
We embed dense metal exactly where it delivers stability, balance, and forgiveness.
Natural Feedback
Wood preserves the feel that helps you control distance and sink more putts with confidence.
Wood isn't a step backward.
It's a better way forward.
To understand why Walnut Putters are more than just a pretty face, start with the classic putter tradeoff: blades give you feedback, while mallets give you forgiveness.
Blade putters reward solid contact with clearer feedback. That feel helps golfers sense strike quality and control distance with confidence.
Mallet putters increase the Moment of Inertia to resist twisting. That stability helps off-center hits start straighter and lose less speed.
Wood is dramatically lighter than metal. Rather than this being a challenge, it as an opportunity to engineer weight exactly where it performs best.
*Typical material densities; walnut varies by species and moisture content.
Because wood is over 10x lighter, we can embed precision metal components to create better weight distribution than metal mallet putters. This dramatically increases the MOI which makes Walnut Putters extremely forgiving on off-center hits.
Wood provides a natural, soft feedback at impact that metal simply cannot replicate. The result is better feel and more consistent distance control.
Better feedback leads to better decisions and more putts made from every distance.
Moment of Inertia is a measure of how much the putter resists twisting when impact happens away from the center of the face.
A higher MOI putter stays more stable through mishits, helping the face stay closer to square so off-center putts start straighter and hold more speed.
A wood putter improves the mallet technology of metal putters by allowing weight to be distributed more aggressively for higher MOI. At the same time, it keeps the exceptional feedback players chase in a blade. More forgiveness, more feel, better control.
