Moving into an apartment with wood joist floors - worried about neighbors hearing


Hey all,

So during the pandemic I bought a pair of very Manhattan-unfriendly Egglestonworks Kivas. They sound amazing! 

However I recently decided to move and found an amazing old loft. While signing the lease I saw a bunch of language about noise and playing music loud - and now I’m starting to wonder if I’ve made a huge mistake.

I’ve lived in places with concrete floors the last 15 years, so i didn’t even think about it when taking the place, but this old building has wood joist floors. 

While I don’t listen loud - I’ve always been a low- to medium-volume listener - I’m worried that even then the Kiva’s will have too much bass energy.

The opposite pressure is that the room is huge with high ceilings. So in a vacuum, the Kiva’s would be the perfect speaker for the space.

The way I see it I have two options:

1) Try to move in with the Kiva’s and do everything I can to contain their energy (bass traps / panels / thick rugs / Isoacoustics Gaia pucks - some of which I already have). If there are complaints, then get different speakers or use equalization to lower the bass on my digital sources (not an option for vinyl though)

Or:

2) Get different speakers proactively. If I do this, I could consider a pair of bookshelf speakers with limited LF (SF Amati’s or those WIlson bookshelves?)

Anyone have any experience with this? If I go route #2, what about planar ribbon speakers like Maggie 3.7? Seems like the dispersion on them might solve a lot of the problem here, but not sure if they’ll still resonate the floor.

hudsonhawk

Showing 1 response by hiphiphan

There are two different problems:  1) mechanical vibrations of the speakers being transferred to the floor, and 2) sound waves from the speakers hitting the floor, causing it to vibrate and produce sound.  The first problem can be pretty much solved with mechanical isolation, as described in this video:  https://www.youtube.com/watch?v=LmZKKVQZx_Y

The second problem can be greatly mitigated by placing material under the speaker that absorbs low frequencies.  The guy at Acoustic Fields seems to know what he's talking about and claims carbon is the best (practical) material for absorbing low frequencies.  He sells various carbon based absorbers, including platforms.  The drawbacks are expense and an increase in speaker height.  He has some DIY guides too.