Nottingham Space 294 Turntable and Ace-Space 294 Tonearm

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Nottingham Analogue Studios Space 294
Nottingham Space 294 Turntable and Ace-Space 294 Tonearm

I first became curious about Nottingham Analogue Studios (NAS) turntables and tonearms after reading Stephan Harrell’s favorable 2002 review of the NAS Space Deck ’table/arm combo in Issue 138. What appealed to me was Harrell’s description of the Space Deck as an analog playback system that was highly three-dimensional, richly detailed, yet not excessively analytical, sterile, or bright. I enjoy audio products that offer ample resolving power as much as the next fellow, but not if resolution comes at the expense of sound that is persistently brighter than the real thing. Eager to learn more about Nottingham, I began to do background reading and gradually to form a mental picture of Tom Fletcher, the company’s founder and chief designer. Fletcher, as near as I can tell, is roughly equal parts inventor, materials scientist, and audio pragmatist, with a bit of iconoclast thrown in for good measure—a man who, in his own words, wants “music, not hi-fi.” Not surprisingly, Fletcher’s Nottingham turntables and tonearms are models of functional simplicity, yet they incorporate unconventional design touches in subtle but purposeful ways. Two good examples would be Nottingham’s Space 294 turntable and Ace-Space 294 tonearm ($3999 for the pair), which combine elements of simplicity and innovation to serve music in a rare and beautiful way.

The Space 294 is a large belt-driven turntable designed specifically for use with 12-inch tonearms such as the Ace-Space 294, whose pivot-to-spindle length happens to be 294 millimeters (hence the “294” appellation). Constructed with an eye toward maintaining consistent rotational speed, the Space 294’s features an oversized, 14-inch metal platter that is damped by two large rubber O-rings that fit in grooves on the platter’s rim. During my listening sessions the Space 294 exhibited virtually no audible speed fluctuations—not even on passages that tend to reveal speed instabilities. When I played the “Three Cowboy Songs” medley from Dave Grusin’s Discovered Again [Sheffield Labs], a track whose solo piano sections often expose speed problems, the Nottingham made Grusin’s piano sound as stable as the Rock of Gibraltar. Nottingham’s optional Wave Mechanic outboard power supply might improve speed stability even more, but I think most audiophiles would be well satisfied with the Space 294 in standard form.

To ensure low-noise operation, the Space 294 features a hardened steel spindle that rides within an oil-pumping lead-bronze main bearing. Machining tolerances are so precise that, upon initial installation, the platter/spindle assembly takes several minutes to settle to the bottom of the bearing well. Friction is so low that when I gave the platter a gentle push I found it continued to rotate for more than three minutes before slowing to a stop. To make the most of the Space 294’s main bearing and platter, Fletcher deliberately equips the turntable with an ultralow- torque synchronous motor. Because the motor cannot (and does not attempt to) bring the turntable’s platter up to speed from a dead stop, Nottingham foregoes a traditional on/off switch. Instead, the motor remains plugged in at all times, while the platter must be started and stopped by hand. Why this unorthodox approach? Fletcher believes turntable motors should supply “just enough energy to keep the platter spinning; any motor with enough power to start a heavy platter has too much to properly play records.”

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