The Helix Two Mk2 incorporates the Döhmann Audio technologies into a smaller footprint with a single tonearm facility and is engineered to deliver unparalleled performance in analogue playback.
It is the result of many years of research, development, collaboration and listening by internationally acclaimed analogue designer Mark Döhmann and his team.
Mark identified the specific challenges of designing a new benchmark turntable and then explored what technologies exist in the world that address these challenges. After investigating solutions used in aerospace, spectrometry, medical imaging and electron microscopy, Mark incorporated these technologies into a new turntable design.
Due to its fully integrated MinusK vibration isolation system utilizing NSM and mechanical crossover technology, its ability to deal with vibration and resonance is unsurpassed and allows the music to be enjoyed with an outstanding level of realism.
The Helix Two Mk2 has a new custom designed Swiss-manufactured motor which incorporates the very latest technology around constant torque performance and quietness of operation.
The Helix Two Mk2 is designed to operate flawlessly in non-ideal environments such as older houses with wooden floors, upper floors, attics where external vibrations are carried through buildings – even those made from concrete, steel, and brick. Due to its revolutionary vibration isolation system, it is also not dependent on a high-quality audiophile stand.
The design has made it possible to incorporate a level of engineering previously not possible at this price point and as a result, the Helix Two Mk2 is considered to be outstanding value. The more compact dimensions and one box design allow it to be used in smaller spaces and standard sized stands.
Often chosen by discerning audiophiles around the world as their reference analogue system, as well as being the turntable of choice for many high-end brands exhibiting in major international hi-fi shows, the Helix Two simply allows the music to flow and the full potential of the system to be achieved.