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Well after considerable deliberation, I am moving forward with my orion project. (I have to regrettably sell my halo gear to fund the project and the process will be the subject of another thread once I begin).
The room that they will be placed in, does not allow for proper integration of rear dipole for surround usage.
So I have thought of using the seas trym.
Changing it to a sealed configuration with a vb of .34 which nets an f3 slightly below 80hz (78 or so).
However... I know that by placing it on the wall, and so close to the ceiling it will result in boundary grain across various frequencies.
So what path should I start out with to begin the process of modifying the existing design to fit this new application.
I'm guessing I have to build them, mount them, measure them (hopefully I can get by with something like soundeasy) and then eq my way to the right response? Springing for clio, is completely out of the question.
Am I on the right track?
Now Mind you I'm not dead set on using the seas trym. If using one of the Dayton RS designs, will work. I would gladly enjoy the money elsewhere.
I'm open to all ideas :0
Nes
The room that they will be placed in, does not allow for proper integration of rear dipole for surround usage.
So I have thought of using the seas trym.
Changing it to a sealed configuration with a vb of .34 which nets an f3 slightly below 80hz (78 or so).
However... I know that by placing it on the wall, and so close to the ceiling it will result in boundary grain across various frequencies.
So what path should I start out with to begin the process of modifying the existing design to fit this new application.
I'm guessing I have to build them, mount them, measure them (hopefully I can get by with something like soundeasy) and then eq my way to the right response? Springing for clio, is completely out of the question.
Am I on the right track?
Now Mind you I'm not dead set on using the seas trym. If using one of the Dayton RS designs, will work. I would gladly enjoy the money elsewhere.
I'm open to all ideas :0
Nes