4.17cf before sub disp (after port) tuned to 32 hz with 50sq inch of port area.15" FI Q32W x 14 H x 26D
tuned to 32Hz
2.8 - 4 cubes (as much as you can get...)
Just whatever you can get that's best.
oh and sub up and port back (kinda obvious......)
I'll be using the XX-Zeus
50 would be enough on the lower end of the rule of thumb. It's not hard to add more , though.50sq" is not enough port.
Good design, although he only has 14" for height, so it would not fit on the front face, but you already know that.
IDK why you can't do the hole on top, it works everytime for me.
Here is 8cf, tuned to 33hz with 146.25sq inch of port area. Port length is 36.25inches.1 18" BTL 8cuft tuned to 33hz with 150sqin of port sub discplacment is .26. Sub up port back double top baffle. Max dimensions are 49W x 24H x 30D
How much port area, whats the sub disp.?how about a box for a 12" re audio mx, ive got 37wide 16high id like for it to be long and narrow
Um, that is NOT cubic feet but rather area (two dimensional instead of three). You still need one more dimension to make it cubic (as in, to the third power).And no, obviously you can't find the port length using sketchup. But once you find the port length 99% of the rest of it sketchup can handle. Cut out sheet, actual port length on the 3d model, area of the box etc..
Actually the box i made you should work out perfect, it's less than 30inches wide, and has your requested tuning/port area.
It's actually 3.81cf net after port and sub displacement. I forgot to add in the sub displacement to the box. As you can see here, the internal volume minus the port is exactly 4.01cf.
[img ]http://i25.photobucket.com/albums/c77/slikrider20/shit.jpg[/img]
yeah, i know. I just took the number it gives me in area in cubic inches, took it times the internal height and divided by 1728. glad you noticed it though.Um, that is NOT cubic feet but rather area (two dimensional instead of three). You still need one more dimension to make it cubic (as in, to the third power).
You also left off the volume taken away due to end correction because one end of the port is against the enclosure wall.