Mag-Lev Turntables

I own one. 
Loved the ahhh factor. 

couple things, the wobble is bad, if a record is warped or uneven pressing.

If it were on a flat normal tt, uneven records wouldn't matter, but with the Mag-Lev, the needle lifts if the wobble is too great.

There are some albums (ELO) I can't get to the 4th or 5th song on an album

Then it is advertised as semi-automatic. The arm is suppose to lift and return. My stylus is mush thanks t all the paper it has cut through

Lastly, it caught fire. I walked in and smelled smoke. I assumed it was a McIntosh but nope, it was the ML and it melted the plastic. Now no one answers their phone.

Read this.

https://audiokarma.org/forums/index.php?threads/is-the-levitating-turntable-company-in-financial-tro...

Wow. I never imagined a story so crazy would be behind this turntable. Kickstarter is an investment risk always and it may be the story of a startup having all kinds of problems, struggling to some how “make it” like some Hollywood movie. However, audiophiles want to be arguing about how the TT compared to other gear not waiting for repairs or grabbing a fire extinguisher. Audiophiles are also a niche group, you can’t very easily jump into this market and fall flat on your face expecting to get over and go big. It takes years just to build a customer base with a really solid product. It doesn’t look good for maglev, perhaps something good will come of the technology someday, doesn’t look like it will be a TT. Thanks for all of the informative feedback on this post, appreciated. 

I got in on a kickstarter campaign and thankfully it worked out great:the Degritter Record Cleaner.   The team seemed a class act from the beginning and that never waned.   Now they seem to be relatively successful.

Interesting read! The SOTA Cosmos Eclipse uses a Mag-Lev plater and I was seriously contemplating getting one until now. 

https://sotaturntables.com/products/cosmos-eclipse/

"Platter Fixture

Stainless Steel shaft, machined sintered bronze sleeves hand fit for each table. Platter levitates on the force of opposing magnets."