Savoie Update

Savoie - shown with 282mm arm simulation (click to enlarge)
In our previous update (click here), we documented one of the smallest and most critical parts in a turntable. Today, we bring you a revised conceptual drawing as we draw nearer to the finish line.

July, 2022 update:

Savoie prototyping has been ongoing, and we've made significant revisions to the architecture - making it more compact (3" narrower), while accommodating two tonearms. Check the Savoie page for current comments.

Evolving Design Goals

Well not so much evolving as much as a recognition that some things are too good to  change. When we kicked this project off, we envisioned a single box affair - striving for a compact,  understated look.  As we chased down vibration, the advantages of retaining a modular drive unit couldn't be ignored. The footprint projects to 23" wide and 16.5" deep, so by today's standards for state of the art turntables, the dimensions aren't out of line.  A sub-base is in the works for both isolation as well as compatibility with smaller shelves.
Savoie - shown with 282mm arm simulation (click to enlarge)
Of course, this modular design retains the benefits of simplified service (shipping fees), ease of updates, and lastly, the convertible concept - to run the Savoie as a belt drive turntable. The drive system (left side) is considerably larger than what you're used to seeing, as the extra real estate was mandated by the linear drive tensioning system. Given the opportunity for a clean palette, we added a bit more space inside to allow for expansion. We have a few related visual concepts on the drawing board, and this is by no means the final one, but the architecture is getting clearer, and we'll soon be putting out bids for its manufacture. There are no surprises as far as the bearing and platter are concerned. Try as we might, we can't come up with anything better, and in all modesty, we haven't seen anyone else do so. The Savoie retains the Mk II Gavia/Stelvio armboards with their Vernier adjustable pivot to spindle adjustment.  Don't mess with success. We're most certainly interested in your comments (e-mail us).

Related Posts

NiWatt Amplifier Build – Part 3

(click to enlarge)This is part 3 of our NiWatt build log (installment #2 is here).  We’re nearing the finish line with about 3 hours’ work remaining for each amplifier. The observant reader will note that this is a photo of the right ampifier (note the binding post and output transformer location on the left side of

Read More

NiWatt Amplifier Build – Part 2

NiWatt Build in Progress (click to enlarge)Part 2 of our NiWatt build log (installment #1 is here).  At this point, in the build, about 7 hours’ work remains for each amplifier.   Shown here are the glass/fiber epoxy boards after “staking” the turrets: 3 boards for each amplifier.   Preparing boards to the point shown here

Read More

A Pass Labs XA-25 Demo With Rockport Speakers

(click to enlarge)We just demo’d a Pass Labs XA-25 amplifier at a customer’s house. The amplifier showed its pedigree, with all of the clarity, delicacy and nuance you’d expect from a Pass Labs design. At the same time, the Rockport speakers showed how power hungry they are. While the amps never sounded stressed (up to sane, but loud

Read More

Thom


Your Signature

Never miss a good story!

 Subscribe to our newsletter to receive a sample setup report we created for a customer.

Subscribers also receive discounts on all accessories, including Audiodesk, Feickert and AnalogMagik. 


This report is in 3 sections:  


Documentation of the customers's setup and QC

30 pages packed with general setup information - tricks you may not have seen before
An appendix with a guide to tools and other setup tips, including how build your own azimuth gauge


Click the photo below, to subscribe.

Click for Free Setup Report