gaia-series

ISO Acoustics GAIA Series Loudspeaker & Component Feet

The GAIA speaker isolation feet consist of acoustic isolators contained within an elegant machined dark chrome metal housing. Incorporating IsoAcoustics patented design principles, the GAIA’s provides a high degree of isolation while resisting lateral movement and oscillations to maintain alignment with the listening position. Internal reflections from the hard-supporting surface are attenuated resulting in greater sound clarity and openness. The GAIA’s will reveal clarity and openness from your speakers like you’ve never heard.

GAIA isolators are finished with a machined stainless steel housing with an elegant dark chrome finish. Incorporating IsoAcoustics patented design principles, the GAIA provides a high degree of isolation while resisting lateral movement and oscillations to maintain alignment with the listening position. Internal reflections from the hard-supporting surface are attenuated resulting in greater sound clarity and openness. The GAIA Iwill reveal clarity and openness from your speakers like you’ve never heard.

The sound stage blossoms to open up a three-dimensional image of natural, spatial sound.

There are 3 GAIA levels based on loudspeaker weight:

TITAN SERIES:

Modern high end speakers are exotic and perform with great accuracy, providing punch without missing the most subtle details. Similar to performance tires on a race car, the GAIA-TITAN’s allow high end speakers to reach their full potential, delivering remarkable natural openness and clarity.

GAIA-TITAN series feature the same patented isolation technology as the original award winning GAIA series. The GAIA-TITAN series has 3 models with weight limits ranging from 320 lbs to 620 lbs.

The GAIA isolators are machined stainless steel units that incorporate IsoAcoustics’ patented design to provide a high degree of speaker isolation, while resisting lateral movement and oscillations, to maintain accuracy and alignment with the listening position. Internal reflections from the hard supporting surface are attenuated resulting in greater sound clarity and openness.