
I'm currently working on a project studio which is to be built inside a hangar: http://www.dikkechill.com/xspringe/area.gif. The Red line indicates the are where I would like to locate the control room, the dimensions are shown in millimeters. As for now I am focusing on the production/control area, with a possible future addition of a recording area.
The location is fairly quiet, the hangar is constructed out of concrete, and therefore isolation is not of enormous concern (for now). I will be using a dual layer of wood and rockwool (room within room principle) which according to manufacterer specs will deliver about 55 db isolation (STC).
As for now I am concentrating on the shape of the room, accoustical treatments are of later concern.
So far I have come up with the following plans:
Side view: http://www.dikkechill.com/xspringe/zij.gif.
Top view: http://www.dikkechill.com/xspringe/boven.gif.
I'm taking the LEDE approach, and I thought I had things pretty much nailed down but I ran into a few problems recently:
- Because the room isn't entirely rectangular I have no way to calculate room modes properly.
- Some people have been saying that splaying walls about 10 degrees should help prevent flutter echos, others say it makes the room too unpredictable
- I'm having doubts that the room length of 5.10 is enough to create a proper initial time delay of 20ms+ (current calculations indicate a worst case scenario of slightly over 20ms, but I'd rather have a larger margin).
- Some information suggests that nearfields are unsuitable to be soffit mounted and a different approach should be taken.
If anyone is able to help me solve these issues, or happens to have a good studio design laying around which fits within the specified dimension limits, I would be delighted to accept their help.
Alex