Tonearm Reviews

Brinkmann's 9.6 tonearm ($3990) resembles the German company's longer, more expensive 10.5 and 12.1 arms, which in turn resemble the legendary Breuer. The new arm includes the same headshell, armtube, mounting socket, and cueing device used in the other arms. The bearing system differs, though the Swiss-made ball bearings are identical.

Much has happened in the analog world since I reviewed SME's flagship Model 30/2 turntable for the March 2003 Stereophile (footnote 1). Back then, spending $25,000 on a turntable (without tonearm) was an odd extravagance intended only for those seriously committed to the format, and who already owned large LP collections. Although new LPs were being pressed in growing numbers, the resurgence of vinyl was still spotty, and the long-term prognosis for the old medium remained in question.

Simon Yorke is an artist, a machinist, an electronics wiz, and a political idealist. He's also an analog enthusiast who melds aesthetic and technical considerations into eye-catching, densely packed, compact record-playing devices that are ruggedly built and functionally elegant. His turntables' smooth, matte-gray, metallic finishes and efficient lines make them among the most visually pleasing ever made.

The Graham Engineering 1.5 tonearm, originally introduced in 1990, was a thoughtfully executed design that logically addressed all of the basics of good tonearm performance—geometry, resonance control, rigidity, dynamic stability—with effective, sometimes ingenious ideas, while providing exceptional ease and flexibility of setup. Over time, designer Bob Graham came up with ways to significantly improve the 1.5's performance, including the replacement of its brass side weights with heavier ones of tungsten, an improved bearing with a more massive cap, various changes in internal wiring, a far more rigid and better-grounded mounting platform, and a new, sophisticated ceramic armwand. (The original wand had hardly been an afterthought: its heat-bonded, constrained-layer-damped design consisted of an inner tube of stainless steel and an outer tube of aluminum.) The arm's name changed from the 1.5 to the 1.5t (tungsten), then the 1.5t/c (ceramic), and on to the 2.0, 2.1, and 2.2.

Part New Jersey diner, part Wurlitzer jukebox, with a snakelike tonearm that at certain angles looks vaguely lewd, this boxy, man-sized creation from Australia seems to have been built around its distinctive looks rather than for any functional purpose. Combine that with its sky-high price—itself almost obscene—and the result is apparently the sort of product that envious, cynical, self-loathing audiophiles love to hate, and reviewers love to write about.

Andy Payor hurls a briefcase full of engineering and scientific mumbo-jumbo at in an attempt to justify the $73,750 price of the latest and greatest edition of his Rockport Technologies turntable, but really—isn't this all-air-driven design a case of analog overkill? After all, defining a turntable's job seems rather easy: rotate the record at an exact and constant speed, and, for a linear tracker, put the stylus in play across the record surface so that it maintains precise tangency to a radius described across the groove surface. By definition, a pivoted arm can't do that, so the goal there is to minimize the deviation. That's basically it. Right?