IsoAcoustics Gaia Titan Theis, 4 per box

“Installing the GAIA isolators on my KEF Blades gave the biggest improvement in sound I have ever heard on the system. Better than changing cables or electronics, the noise floor was lower, the focus was better, and the bass went deeper. All around a total success.”

— HARRY WEISFELD, FOUNDER, VPI INDUSTRIES

 

“I heard more of the music and less of the speaker. Not only that—instruments and voices were more precisely defined on the soundstage, which itself was wider and higher. A remarkable product.”

— ROBERT DEUTSCH, STEREOPHILE

Dramatically Improve Your System’s Clarity, Soundstaging, and Openness with IsoAcoustics GAIA-Titan Theis Isolation Feet: Tuned and Optimized for Speakers Weighing Up to 320 Pounds Each

What if you could dramatically improve your system’s clarity, soundstaging, and openness – and significantly raise the performance of your floorstanding loudspeakers – simply by placing isolation feet underneath the speakers? Available for tower speakers weighing up to 320 pounds (when paired with four GAIA-Titan Theis units), measuring 2.75 x 2.0 inches a piece, and tuned and optimized for their specified weight ranges, IsoAcoustics’ GAIA-Titan Theis 70 cast-metal isolatorsaccomplish these feats and more. Featuring a patented design to provide an extremely high degree of speaker isolation, and complete with carpet cups, GAIA speaker isolators simultaneously resist lateral movement and oscillations while maintaining alignment with the listening position. By attenuating secondary internal reflections from hard support surfaces such as floors, GAIA prevents smearing and soundstage collapse – and effectively enhances transparency, openness, dimensionality, naturalism, and dynamics. Installation is easy. Get the best-possible results by arranging GAIAwith their logo facing the listening position, or rotated 180 degrees, to align the isolators with the speaker’s motive forces. Then lift and place the speakers into position as the GAIA lower isolator will adhere to the supporting surface.