ssj2xxgotenxx
10+ year member
The Chan Man
Well springbreak is finally here, and I've decided to use my free time to build my box for my xxx. I'm pretty much using Moe Lester's plans for 2.1 CuFt @ 28hz, but I plan on adding a little flair. If you guys would be so kind to check my plans I'd greatly appreciate it.
Box Plans:
I plan on adding a single brace spaced throughout the box
Here's the math for the brace at 1" thickness....
Displacement of entire "solid" brace is LxWxH:
(8.75)x(.75)x(13.5) Divided by 1728 = .051 CuFt
Displacement of "Hollow" part of brace is LxWxH:
(6.75)x(.75)x(11.5) Divided by 1728 = .033 CuFt
By taking the displacement of the entire brace and subtracting the hollow piece's displacement I get a net displacement of .009 Cuft, and since I'm using two I have a total displacement of .018 Cuft.
[2.31] total box volume - [.018] Brace - [.19] Driver displacement = 2.102 CuFt... Perfection =D plus room to spare for triangular corner bracing =D
Box Plans:
I plan on adding a single brace spaced throughout the box
Here's the math for the brace at 1" thickness....
Displacement of entire "solid" brace is LxWxH:
(8.75)x(.75)x(13.5) Divided by 1728 = .051 CuFt
Displacement of "Hollow" part of brace is LxWxH:
(6.75)x(.75)x(11.5) Divided by 1728 = .033 CuFt
By taking the displacement of the entire brace and subtracting the hollow piece's displacement I get a net displacement of .009 Cuft, and since I'm using two I have a total displacement of .018 Cuft.
[2.31] total box volume - [.018] Brace - [.19] Driver displacement = 2.102 CuFt... Perfection =D plus room to spare for triangular corner bracing =D

