Hi everyone,
A few years ago, I restored a heavily worn MKI 88. Back then, I spent a lot of time learning about the instrument and studying piano mechanics, and this forum was an incredible resource—so thank you all for that!
I was really happy with the results at the time (and still am), but of course, I missed a few things along the way. Now I'm planning to dive back in for some further improvements.
This round, I'm focusing on the action and mechanical parts. I have a few ideas I want to explore, starting with a new hammer concept. My plan is to document everything thoroughly, so others can follow along, build on it, or even collaborate. Feedback from experienced members is also very welcome.
Here's what I'm aiming for with the hammers:
1) Mark V-style hammers for the Mark I and II.
I've always loved the wider dynamic range of the MKV. From what I understand, this is due to a longer key and lower hammer position in the MKV. If anyone can shed more light on the specifics, I'd love to learn more.
2) Carbon fiber components.
WNG (a piano parts company) makes carbon fiber hammers, and I'm thinking of doing something similar. After some initial 3D printing, I'd like to mold certain parts using a carbon fiber composite, as it seems like a great fit for this application.
3) Low-friction bushings.
Another potential upgrade is using a Teflon-style bushing on the shank/flange, which should reduce friction compared to the current Rhodes hammer systems.
Any advice, hints, or ideas are much appreciated!
I'm starting with a few 3D printing tests soon.
A few years ago, I restored a heavily worn MKI 88. Back then, I spent a lot of time learning about the instrument and studying piano mechanics, and this forum was an incredible resource—so thank you all for that!
I was really happy with the results at the time (and still am), but of course, I missed a few things along the way. Now I'm planning to dive back in for some further improvements.
This round, I'm focusing on the action and mechanical parts. I have a few ideas I want to explore, starting with a new hammer concept. My plan is to document everything thoroughly, so others can follow along, build on it, or even collaborate. Feedback from experienced members is also very welcome.
Here's what I'm aiming for with the hammers:
1) Mark V-style hammers for the Mark I and II.
I've always loved the wider dynamic range of the MKV. From what I understand, this is due to a longer key and lower hammer position in the MKV. If anyone can shed more light on the specifics, I'd love to learn more.
2) Carbon fiber components.
WNG (a piano parts company) makes carbon fiber hammers, and I'm thinking of doing something similar. After some initial 3D printing, I'd like to mold certain parts using a carbon fiber composite, as it seems like a great fit for this application.
3) Low-friction bushings.
Another potential upgrade is using a Teflon-style bushing on the shank/flange, which should reduce friction compared to the current Rhodes hammer systems.
Any advice, hints, or ideas are much appreciated!
I'm starting with a few 3D printing tests soon.
