I think my DIYs look OK. Though perhaps if I'd taken the time and effort, an automotive gloss finish would look better; maybe sometime I'll rework them.
Last edited:
I think my DIYs look OK. Though perhaps if I'd taken the time and effort, an automotive gloss finish would like better; maybe sometime I'll rework them.
Reminds me of the Spendor A7I think my DIYs look OK. Though perhaps if I'd taken the time and effort, an automotive gloss finish would like better; maybe sometime I'll rework them.
I think my DIYs look OK. Though perhaps if I'd taken the time and effort, an automotive gloss finish would like better; maybe sometime I'll rework them.
So I can only take so much credit for those proportions. In fact the cabinets are from Parts Express, their Denovo Audio knock-down MDF 1.16 cu. ft. cabinets. I don't have a table saw so it was pretty much necessary to just buy the cabinets. I laminated 1/4" of MDF to the front panel to bring it to 1" thickness; also I fabricated the black bases myself.Very well proportioned!
+1Beautiful wood cabinetry let down by exposed screws and ugly drivers. Those Purifi drivers have the worst looking surrounds ever......as though they partially melted in a house fire or something
Replace the woofer with a wheel and you have a great Guinea pig cage. Powered speakers?
Looks very much like Sonus fabers.Opera Audio Callas Divas. Glossy Mahogany. Leather baffle.
Glossy Walnut below.
I think they are dead cute. If you live in a small apartment, they are very practical.
Active or passiveReplace the woofer with a wheel and you have a great Guinea pig cage. Powered speakers?
They need Voltaren
I like those. Butch and classy.Opera Audio Callas Divas. Glossy Mahogany. Leather baffle.
Glossy Walnut below.
What is the design justification for the curve? Don’t line arrays of any kind have cancellation issues and create a comb response? I’ll do some research.
Regular line arrays suffer greatly from lobing and comb filtering and require a lot of distance for the drivers to sum well. But this design, which is called CBT (constant beamwidth transducer), overcomes these issues. The curvature design gives the needed delay. It's also possible to do that with DSP, but the physical curving avoids the need for advanced DSP power. See thread below about CBTs.What is the design justification for the curve? Don’t line arrays of any kind have cancellation issues and create a comb response? I’ll do some research.