Footers under new speakers


Hi , I’m seeking advice regarding footers and/or platforms under my speakers. I purchased Tekton Double Impact’s and have heavy shag carpet and padding over a cement slab floor. House is 35 years old, cement is thick and well cured. I’m from that old mindset of spikes into cement and I am looking for an improvement. I’ve looked online at Gaia footers and Herbie's Studded Giant Gliders. I emailed Herbie’s and specifically inquired about the studded gliders alone on the DI’s over carpet. I asked about stability and was told the speakers were “ heavy enough “. Unfortunately I just set up the DI’s temporarily to get a little break in time. They are without any footers upright on my carpet. At 115 lbs the speaker does about zero to compress the carpet. I understand weight Vs footprint is abysmal but they won’t even stand straight. I’ll probably put the spikes on for a bit until I formulate a plan. But my first concern is that Herbie’s gliders alone are not enough and due to the minimum cost of the speakers I am struggling with purchasing Gaia’s footers and footer spikes. The seismic stands look exceptional, but I’m trying to be frugal. So I’m looking for suggestions like, gliders or dots with or without spikes on wood / stone plinths spiked to the floor. My goal is to try some sort decoupling (Gliders / Springs / Dots) AND eliminate the need of having to rely on the carpet being compressed. And yes I have cheap speakers and seek a cheap solution, so I get that limitation. Unfortunately I can’t afford Tannoy’s or Fynes to compliment my 180 watt tube mono blocs for at least a year. Cheers , Mike B. 

buellrider97

Showing 1 response by sargonicuse

I recently posted this link to an excellent article on this subject from the March 2022 edition of Positive Feedback in a different thread, but hopefully it can find some appreciation here as well:

Ten Misconceptions about Loudspeaker Spikes

The article is well written by the senior technical editor of PF and contains concise explanations for all points. Here is the article summary:

  • Rigid feet couple vibrations
  • Vibration is a two-way street
  • Spikes cannot drain energy to a heavier mass
  • A small contact point actually amplifies vibrations
  • Spikes cannot reduce internally generated cabinet vibrations
  • Question one-size-fits-all and no lab report devices
  • Isolation means the mechanical path is either broken, or the form of energy is converted to another form
  • Properly designed isolation is predictable, repeatable, and neutral in performance
  • Isolation will offer clarity that cannot be experienced with coupling, because with coupling comes additional, unwanted vibrations
  • Isolation is easy to perceive
  • Vibration transmissibility is easily measured