MG-1 Magic Groove MKII
Price range: $16,995.00USD through $17,995.00USD
Taking vinyl replay beyond what’s possible in this turntable class, Record Player MG-1 MkII Magic Groove includes and shares critical design elements of the SG-1 Player.
Description
The Vertere MG-1 MkII Magic Groove Turntable is a precision-engineered record player designed to deliver reference-level analog performance through advanced mechanical engineering and meticulous vibration control. Sharing key technologies with Vertere’s higher-tier SG-1, the MG-1 MkII combines a precision bearing and platter assembly, sophisticated multi-stage isolation system, and high-accuracy belt-drive motor to extract exceptional detail, timing, and musical realism from every record. Designed with a built-in upgrade path, it provides an ideal foundation for audiophiles seeking long-term performance and system expansion.
Features:
- Precision main bearing assembly with a hardened stainless steel spindle, phosphor bronze bearing housing, and proprietary L-1G lubricant for exceptionally smooth, silent rotation.
- One-piece precision-machined aluminum alloy platter with a bonded acrylic record interface for improved speed stability and resonance control.
- Advanced three-stage isolation system combining two compliant stages and one rigid stage to minimize unwanted vibration and maximize playback accuracy.
- 24-pole synchronous motor with double precision bearings and adjustable three-point alignment for consistent belt tension and rotational accuracy.
- Crystal-referenced motor drive provides electronic speed selection for 33⅓ and 45 RPM with exceptional speed stability.
- CNC-machined cast acrylic plinth delivers outstanding structural rigidity while reducing resonance throughout the playback system.
- Supplied with Vertere Redline tonearm and motor drive cables to preserve signal integrity and optimize overall system performance.
- Fully upgradeable platform supporting higher-performance tonearms, cables, and motor drive components, allowing the MG-1 MkII to evolve toward SG-1-level performance.



