Nottingham resonance control

I am trying to figure out how to do away with those rubber feet, both under the table and the motor. Or at least to greatly improve the table-platform interface.
Currently, my Spacedeck sits on a 3" maple block which is right on the hardwood floor with Boston Audio tuneblocks under it. No Nottingham platform. My speakers are on Boston Audio tuneblocks for speakers. I have very little floor vibration even at high volume level.
I was thinking about Walker resonance control discs or Steelpoints. Steelpoints are very expensive, Walker discs are $50 each. I would need six - three for the table and three for the motor.
What are your thoughts and experience?
Oh, yes, I am also using Boston Audio Mat-1.
I wonder, if it would make the deck sound better, at least to me, if I put it on Brazilian rosewood block instead of maple. Ebony doesn't seem very appealing. Indian or Honduran rosewood might work too. Brazilian rosewood block of high quality would be difficult and expensive to get.
Ironwood is very 'stupid' wood, makes nice knife handles but even for that that's not what I prefer. African blackwood, which is not ebony, I have no idea of.
I think, Tom Fletcher should've experimented with plinths made of different woods. Maybe he did, but that's not what materialized.
All of the woods you mention at least on terms of sonic results pale in comparison to real isolation techniques, and what I'm referring to here is mass on spring isoaltion. Of course, if you've made your mind up with respect to exotic woods you can have your cake and eat it too. You know by employing exotic hardwoods between the component and the uh springs.
What springs? I didn't quite get it.
My mind is not set on anything, only on the need to experiment and listen.
Mass-on-spring system is the default technical method of vibration isolation, isolation from footfall, seismic type vibration including traffic, subways and the like, even wind if one's abode is on one of the upper floors of a highrise. Mass-on-spring devices can range from the mid as to the sublime, from bicycle inner tubes to squash balls to Bungee cords to Vibraplane, Minus K and other more complex and pricier devices. It is with these very low frequency devices we discover the unadvisability of very low frequency vibration.