It's now been eight years since a Rega P3 turntable passed through my listening room. While the new P3-24 superficially resembles the P3 (and virtually every other Rega 'table), the company has made some significant changes, including upgrading to the high-quality, low-voltage (24V), electronically adjusted motor used in the more expensive <A HREF="http://www.stereophile.com/turntables/1204rega">P5, P7, and P9</A>. As in those models, an electronic circuit trims the phase angle of the P3-24's motor coils, thus substantially reducing motor vibrations. In 1998, during a factory tour, a Rega engineer demonstrated the circuit's effectiveness to me. As he adjusted the circuit board's pot, vibrations from the motor dramatically decreased, until it was difficult to tell if the motor was spinning or not. Back then, this "hand-trimmed" motor technology was available only in the P9. The P3-24 uses a less sophisticated version of the same basic idea.

It's now been eight years since a Rega P3 turntable passed through my listening room. While the new P3-24 superficially resembles the P3 (and virtually every other Rega 'table), the company has made some significant changes, including upgrading to the high-quality, low-voltage (24V), electronically adjusted motor used in the more expensive <A HREF="http://www.stereophile.com/turntables/1204rega">P5, P7, and P9</A>. As in those models, an electronic circuit trims the phase angle of the P3-24's motor coils, thus substantially reducing motor vibrations. In 1998, during a factory tour, a Rega engineer demonstrated the circuit's effectiveness to me. As he adjusted the circuit board's pot, vibrations from the motor dramatically decreased, until it was difficult to tell if the motor was spinning or not. Back then, this "hand-trimmed" motor technology was available only in the P9. The P3-24 uses a less sophisticated version of the same basic idea.

It's now been eight years since a Rega P3 turntable passed through my listening room. While the new P3-24 superficially resembles the P3 (and virtually every other Rega 'table), the company has made some significant changes, including upgrading to the high-quality, low-voltage (24V), electronically adjusted motor used in the more expensive <A HREF="http://www.stereophile.com/turntables/1204rega">P5, P7, and P9</A>. As in those models, an electronic circuit trims the phase angle of the P3-24's motor coils, thus substantially reducing motor vibrations. In 1998, during a factory tour, a Rega engineer demonstrated the circuit's effectiveness to me. As he adjusted the circuit board's pot, vibrations from the motor dramatically decreased, until it was difficult to tell if the motor was spinning or not. Back then, this "hand-trimmed" motor technology was available only in the P9. The P3-24 uses a less sophisticated version of the same basic idea.

It's now been eight years since a Rega P3 turntable passed through my listening room. While the new P3-24 superficially resembles the P3 (and virtually every other Rega 'table), the company has made some significant changes, including upgrading to the high-quality, low-voltage (24V), electronically adjusted motor used in the more expensive P5, P7, and P9. As in those models, an electronic circuit trims the phase angle of the P3-24's motor coils, thus substantially reducing motor vibrations. In 1998, during a factory tour, a Rega engineer demonstrated the circuit's effectiveness to me. As he adjusted the circuit board's pot, vibrations from the motor dramatically decreased, until it was difficult to tell if the motor was spinning or not. Back then, this "hand-trimmed" motor technology was available only in the P9. The P3-24 uses a less sophisticated version of the same basic idea.