Lewm: I wouldn't expect an automated manufacturing version of this arm to come in at $300, but Panasonic/Technics made *millions* of SL12x0 tonearms while maintaining a mere 7.5mg bearing friction. This was based on a 30+ year-old design and implementation. The Shroeder bearings demand half that level of resistance, and I think it could be as easily accomplished today as 7.5mg was in 1981. Japanese industry has a long track record of high precision mass production. I think it could bring the price from $9K down to $1000-1500.
A $30K automobile, if made individually, would cost at least a million dollars. The quantities for a specialty tonearm wouldn't be nearly as high, but if the pivot were manufactured under tight control and licensed to many tonearm implementers, I think they could reach significant economy of scale, especially if it became the new pivot standard for Pro-Ject, Rega, and VPI. Maybe it would be enticing enough to get Denon or similar back into the quality TT business.
If this works as expected, it should be a game-changer--a tangential tracker that for the most part behaves like a standard pivoting tonearm in all the good ways.
A $30K automobile, if made individually, would cost at least a million dollars. The quantities for a specialty tonearm wouldn't be nearly as high, but if the pivot were manufactured under tight control and licensed to many tonearm implementers, I think they could reach significant economy of scale, especially if it became the new pivot standard for Pro-Ject, Rega, and VPI. Maybe it would be enticing enough to get Denon or similar back into the quality TT business.
If this works as expected, it should be a game-changer--a tangential tracker that for the most part behaves like a standard pivoting tonearm in all the good ways.