Rega RP6 Turntable with RB303 Tonearm, TTPSU Power Supply, Dust Cover (Gloss Black)
Brand: REGA

Hand assembled RB303 tonearm with stainless steel balance weight. 24v low noise motor. Dual layer float glass platter. Phenolic (lower) and metal faced (upper) bracing. Precision main bearing & aluminium adaptor. TT-PSU power supply electronic speed change.

GLOSS BLACK - INCLUDES MANUAL, TTPSU POWER SUPPLY, DUST COVER - DOES NOT INCLUDE CARTRIDGE
The RP6 has been designed and engineered to achieve outstanding performance way beyond the expectations of a product at this price point. Excellent build quality, reliability and ease of use combine to make a product which, if used correctly, will offer you a lifetime of musical enjoyment. Omitting unnecessary gimmicks allows us to concentrate the manufacturing costs on the high quality parts necessary to reproduce music accurately.
The RP6 is fitted with a hand assembled RB303 tonearm, precision main bearing and a low vibration low noise 24v motor assembly which is individually hand tuned to its circuit to further reduce vibration. The minimalist design of the Rega RP6 and the use of extremely high quality components ensure that your turntable should last for many years.
The compact TT-PSU uses a high stability crystal locked low distortion sine wave generator. This, along with an efficient drive amplifier fed from a stabilised DC power supply, generates a 24V AC balanced signal of less than 0.05% distortion, which is completely un-affected by any changes in the mains/line voltage and conditions. This then drives the improved Rega anti-vibration circuit built into the RP6 motor PCB.
Designed using the latest 3D CAD technology the new RB303 is the culmination of more than 30 years of tonearm design experience. Due to advances in technology we have been able to fine tune the iconic RB300 tonearm design. Featuring a brand new tube which has increased rigidity to the bearing housing, arm carrier and headshell coupled with intelligent redistribution of mass, ensure this arm will exhibit fewer points of possible resonance.