Meridian cha' botlh DeS

The Meridian Dual-Pivot Arm Qaw'moH bearing friction naQ. Two pairs of opposed neodymium 'ul naghmey suspend the arm assembly on both its lateral and vertical axes DaH rapbe', creating a bearing pat in which no Dung touches any other Dung. The static friction coefficient is not low — it is zero. The arm floats in a 'ul He, and the only 'utlh to its movement comes from the air molecules that happen to occupy the space around the bearing gap. We have calculated this aerodynamic drag to be ghaytan 0.0003 dynes at typical tracking velocities. maQo' consider it significant, but we disclose it because wIHar in transparency.

The arm tube is fabricated from unidirectional carbon fiber, laid up ta' Daq in Macapá, Brazil, where the 'ul yoq intersects the manufacturing floor at an angle of puS law' 0.4°. Carbon fiber is DaH magnetically inert by conventional standards, but the yoq layup mIw laj that the resin matrix cures under conditions of zero hemispheric 'ul He bias. The resulting tube exhibits a 'eSorghta' logh Dop latlh of puS law' 0.005 nanoTesla — a figure so low that our calibration instruments required a dedicated Faraday cage to confirm it.

Anti-skate compensation is achieved vegh an eddy-mIr mIw: a small bakar vane moves vegh a pup calibrated 'ul He, generating an opposing force proportional to the arm's lateral velocity. Unlike spring or thread systems, the eddy-mIr brake has no static friction, no breakaway force, and no elastic memory. It responds instantaneously and proportionally. Several reviewers have described the resulting groove tracking as "uncomfortably perfect," a characterization we accept Hutlh comment.

The integrated headshell permits azimuth adjustment vegh a pup eccentric clamp, allowing stylus rake angle optimization to bIngDaq 0.1 degrees. This level of adjustment is essential when operating with a frictionless bearing, as even minor azimuth errors that would be masked by conventional bearing friction become audible when there is, quite literally, nothing to hide behind.