Science Built Into Every Shot.
I loved the feel and touch of my all-wood blade.
But I wanted even more.
More feel. More touch. More dwell.
And more speed—without giving any of it up.
Like many players, I assumed carbon was the answer. Modern blade development had moved decisively in that direction, and virtually all of the world’s best players were using carbon blades.
If I wanted more speed, I needed carbon fiber in my blade.
So I bought a custom blade with carbon fiber.
It was faster.
But it didn’t deliver the feel and touch I was looking for.
Instead of trying one blade after another, I decided to understand why.
Four Ways to Improve a Paddle
At a fundamental level, there are four ways to improve a table tennis paddle.
You can improve the rubber.
You can develop a new fiber.
You can redesign the internal construction of the blade.
Or you can change the shape of the blade.
I wasn’t interested in developing a new rubber or inventing a new fiber.
That left two possibilities for me: redesign the construction of the blade and, later, reconsider the shape of the blade itself.
I began with the construction.
Understanding Why Blades Play Differently
As a retired physician with a lifelong interest in learning and understanding how things work, I became fascinated by the engineering behind blade design.
I spent the next year building a physics-based evaluation engine to understand why blades play the way they do.
The possible combinations were enormous. Wood species, layer thicknesses, core materials, fiber types, fiber placement, and overall architecture created billions of possible blade constructions—far more than anyone could evaluate by building prototypes one at a time.
The engine allowed me to evaluate those possibilities systematically rather than relying on tradition, marketing claims, or trial and error.
But the engine did more than compare designs.
It changed my understanding of what I was trying to create.
I began the project believing I was searching for greater feel.
Then I realized I wasn’t.
I was searching for greater dwell.
Feel, touch, and dwell are not the same thing. They are separate playing characteristics.
Dwell—the brief time the ball remains in contact with the paddle—was a critical part of the playing experience I had been trying to achieve.
That realization changed the direction of the project.
I was no longer simply asking how to make an all-wood blade faster.
I was asking whether a blade could deliver greater feel, greater touch, greater dwell, and more speed at the same time.
The Complete Structure Matters
The engine also challenged another assumption.
I began the project believing that Hinoki was necessary for exceptional feel.
Hinoki is an extraordinary blade wood.
But it is not the only path to high feel.
Exceptional feel is not created by one species of wood or one special material. It is created by the interaction of the entire structure: the face wood, the inner plies, the core, the fibers, their thicknesses, and where each layer is placed.
Every layer matters.
Every thickness matters.
Every material has a purpose.
The opportunity was not simply to find a better wood or a newer fiber. It was to rethink how the existing materials could be combined.
That became the foundation of JMW Blades.
The first JMW blade is the result of that process: engineering the complete construction to achieve a carefully balanced combination of feel, touch, dwell, speed, stability, control, and forgiveness.
It is not a copy of the all-wood blade I began with.
It is not a conventional carbon blade.
And it was not created by guesswork.
It was created by asking better questions, challenging my own assumptions, and allowing the engineering to guide the answer.
The internal construction was the first chapter.
Blade shape will come next.
What began as a search for a better blade became a better way to design one.
That is the philosophy behind JMW Blades.
— Jeff Wilson
Founder, JMW Blades
Science Built Into Every Shot.