Happy New Years to all! I would like to know if this model can be scaled down to 4x5x7 or even 3"5'x4"8'x7" range and still be able to get a decent sound for hip hop/trap vocals only? Also, instead of using rockwool is it preferable to use OC 703 and still to be able achieve similar results in a compact booth? Thank you for taking the time to answer these questions that will definitely help me get an idea if this is the right build for the considered space.
- Henry :snack::blah:
it's possible to scale it although if you're talking about outer dimensions, then i think the booth might as well be one of your spare closets - music stand a laptop - open so you can communicate via video, maybe install some vent fan units on the door, and viola! or something similar to this.
The design you offer on the Booth.skp file, Rachat de crédit et trésorerie my computer does not open it. Can you tell me what program opens a .skp file.
The design you offer on the Booth.skp file, Rachat de crédit et trésorerie my computer does not open it. Can you tell me what program opens a .skp file.
I have some problems like you
SketchUp by Trimble. there is a free version you can use via the Web.
the cost? probably under $1000. the ventilation is the two boxes on the door - each is a small silencer with a quiet fan in it. one intake (lower), one exhaust (upper). and they simply exchange with the larger room.
Thanks Gullfo. Not seeing the ventilation on the bottom. Just the 2 vents on the top (red dots).
Is the bottom thing (yellow dot) a vent? I thought that was a port/connection point for mic/USB/etc.
Recovered from web.archive.org — originally hosted at https://i.imgur.com/SA9lu7l.png
Those are form John's original booth design put on here. I've been pricing this out myself to build as a voice over booth and would be omitting the window.
That outlet at the bottom though was perplexing me, as I was trying to think of how one might mount those on an inside-out wall and still get good isolation.
One thought, for my specific needs would be to put a 4-gang female XLR plug on the inside, then a single ethernet on the outside, so that the outer hole was smaller. Then I could just run to a breakout box at my interface, in the event that I had the computer outside the booth.
I guess you'd mount the box on some cross beams on the inside-out wall facing in the booth and run the insulation behind the box? Or run some of those high density putties around the back of the outer box to prevent leakage?
if the booth is inside out, then no need for anything behind the box, run the wiring as you normally would in the frame and cover with insulation and cloth. and just make sure the holes are fully sealed. the bigger potential leaks will be the venting holes.
if the booth is inside out, then no need for anything behind the box, run the wiring as you normally would in the frame and cover with insulation and cloth. and just make sure the holes are fully sealed. the bigger potential leaks will be the venting holes.
So there would be no concern about building up mass on that wall around the outlet? It just needs to be sealed nicely?
if the outlet is in the inside out room, there is no mass except on the outside wall. unless you're cutting an opening through the mass to put in the outlet (which seems self-defeating since there is no benefit from that approach).
Ah, I feel like an idiot. So I would surface mount the outlet, not recess it. That way only the wire is coming through and it's easily sealed... Right? That makes more sense.
correct. although if you want it flush to the surface, you can inset it into the frame - it's still not a penetration since it's inside the mass layer.
