MoFi Ultra Low Noise Feet

Description

Developed in coordination with the acoustic experts at Harmonic Resolution Systems, Mobile Fidelity Ultra Low Noise Feet provide substantial vibration control and noise reduction for any component under which they are placed. Featuring an outer housing of milled aluminium, the 4cm (1.578-inch) tall feet dramatically lower the noise floor across the entire audio band while doing no harm in the frequency and phase domain, allowing you to hear more detail, nuance, texture, tone, focus, and clarity from all of your music.

All you need to do to experience the benefits is place the component on top of the feet and use the provided level to check that everything is balanced. Then, sit back and listen. You will notice less hardness, dryness, brightness, and much more of what you should be experiencing. Ultra Low Noise Feet work with turntables, DACs, preamplifiers, CD players, power supplies, bookshelf speakers, and more.

Features:

ULNF8-16 feet support between 3.6-7.2 kg (8-16 pounds) specifications for four feet
ULNF16-24 feet support between 7.2 – 10.9 kg (16-24 pounds) specifications for four feet
ULNF24-32 feet support between 10.9- 14.5 kg (24-32 pounds) specifications for four feet
Made in U.S.A. with a milled aluminium outer housing

Review Links:

MoFi Ultra Low Noise Feet, Hi Fi Choice 472, Recommended SEE REVIEWS AND DOWNLOADS

PRODUCT REVIEW: MoFi Ultra Low Noise Feet, Recommended, Hi Fi Choice 472

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Famous petrol head and renowned audio fanatic David Vivian has tested the remarkable qualities of MoFi’s Ultra Low Noise Feet system upgrade and found them to his liking. In the Feb 21 edition of Hi Fi Choice just out he says: “There are easily heard improvements and, more encouragingly, these are cumulative – an initial sense of smoothing and refinement progressing towards a lower noise floor uncovering more detail and finally, with the feet under the Falcon, a still cleaner presentation with seemingly extended bandwidth, a more expansive soundstage and quite extraordinary image specificity. The feet are still in situ. Enough said.”