One challenge we face every day is the misrepresentation of the “plastic” parts in the Millennium III action. It’s an easy target for unscrupulous tuners and retailers to point at their own wooden action components and say “look, this is how it’s been done for hundreds of years – this is the correct way,” and from there it’s a short hop to “Kawai uses cheap plastic parts.” We hear it over and over, and it’s just not the case.

Road bike part – V brake caliper with yellow brake pads

The truth is that fitting our factories out to produce these highly specialised parts cost us a fortune, and have changed, and continue to change, the piano industry. Far from being cheap plastic, Millennium III uses a proprietary textile that combines acrylonitrile butadiene styrene with carbon fibre – what we call ABS Carbon, a material that is lighter, orders of magnitude stronger, more precisely machined, and vastly less susceptible to changes in temperature and humidity than timber. As a structural element, there’s no question that ABS Carbon is the superior material – as evidenced by similar “plastic” parts now commonly found in our competitors’ actions. And in high performance sporting equipment. And defence technologies. And throughout the medical devices industry, and in aeronautics, and so on, and so on.

Handicapped right leg of young paralympic sportsman having break after training on stadium

In fact, in a series of tests run by the Industrial and Manufacturing Engineering Department at the California State Polytechnic University in 1998, our jack was found to take 40kg of pressure to break; traditional timber jacks would break at 16kg. Our flanges absorbed 108% less moisture than timber flanges; dimensional tolerances were 40% higher, and more – and that was before we began infusing carbon to shore up those strengths even further.

Black motorcycle helmet isolated on white background.

It’s a subtle point, but one worth pointing out: we use ABS Carbon as a structural textile – not a musical one. Adventures in using carbon for the “speaking” parts of the piano (like the soundboard or the hammer shanks) have been uninspiring, mostly because timber has unique properties that affect the transmission of sound. We tried. It didn’t work. That’s why we still use mahogany and spruce and maple to bring a piano’s voice to life, and carbon where the goal is strength, or power, or precision.

blade and grip of carbon fiber canoe or SUP (stand up paddleboard) paddle against weathered wood background

Remember, a piano sings by converting the kinetic energy of a player’s downward fingers into the sound energy of strings vibrating in air. Millennium III enhances this process by providing the player with more control, more speed, and more power with less effort at the point of contact with the key, without affecting all the harmonic richness and complexity that characterise a piano’s voice. That Millennium III requires less maintenance than a traditional, all-wooden action, is a happy side effect.

We’re very proud of Millennium III. Bringing it to market was a seriously risky venture, but the results speak – or sing – for themselves. And if somebody tries to tell you that it’s just cheap plastic, hear them out, smile politely – and then trust your fingers and your ears. We’re confident that you’ll love what you find.

 


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