Pretty sure that six dimensions is just as applicable where GK is concerned!
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I have designed my first custom racks and tables in 1998, this is the last one , custom made a few years ago for my Luxman PD-444 turntables. Grey finishing. |
You'll think I'm joking for sure but flexibility is a good thing. I have something like one of the wire ones shown here at our summer home which is a quite bouncy wood floor and have never experienced a single skip ever tracking at 1.25 gm. http://http//www.retro-vegas.com/uploads/8/1/5/6/81569438/vintage-three-tier-wrought-iron-wire-record-holder-159_orig.jpg $100-150 for a really nice one. |
I confess I have not read all the responses, but for this need in my basement system where at the time I did not want to spend a lot of money, I went I think to the Home Depot website where I found a very sturdy work table, just the right size for a turntable on top and a second shelf midway from the floor, for under $100. (Shelves are MDF but could be upgraded to any material that could be cut to fit.) All I had to do was assemble it. It holds my Victor TT101 on the top surface with a preamplifier on the underneath shelf. Two of these stands could accommodate a system. If you want something better, I use Adona Audio shelving for my upstairs system. Best bang for the buck, IMO. They advertise on Audiogon. Very nice job, Chakster! |
What am I, back in 1985? My Nimbus was the first audiophile 6-D iso platform. D stands for Degree-of-freedom, or direction. Since the horizontal plane ✈️ comprises an infinite number of directions 🔛, there are effectively more than six. You got your vertical. 🔝You got your three rotational directions , one around each of the x, y, z axes. 🚁 We split the difference and say the horizontal plane counts for two degrees of freedom (directions) for 6 total. The reason the number of directions is important is that the waves of seismic type vibration have six directions, all of which affect the audio component to some degree. Like a wave passing under a boat 🚣♀️ on the ocean. Oh, the Nimbus resonant frequency Fr is lower than 1 Hz for some of the directions. Nimbus uses only 1 airspring which just between you and me is practically impossible since almost any significant load will cause the airspring to flop over, even when it’s pumped up to 40 psi. It’s like trying to balance a 5 LB weight on a rubber pencil. The advantage of a single airspring isolator is you get extremely low Fr - every airspring (for stability) you add raises total spring rate and thus Fr. As it turns out you can get very low Fr and 2 Hz performance in many directions without all the hassle simply using small springs. Where’s the beef? 🍔 |
- 47 posts total