Why not put crossover networks in accessible compartments?


Why not put crossover networks in accessible compartments? Seems as though speakers could easily be designed with easily accessible compartments that allow changing components. Does anyone do that? 
pmboyd
Living Voice is another company that uses outboard crossovers. Other benefits beyond vibration control include...

- More room for proper spacing of inductors.  Far too many speakers have them jammed together due to limited space and this negatively impacts the Sonics as they interact. 

- Some of the better parts are just plain huge like PIO caps and heavy gauge, air core inductors for bass drivers. They won’t fit in the cramped internal speaker cabs. 


@mofojo . It does amaze how many, if not most, speakers that retail for up to $30,000 use $ .40 cent resistors and $7 capacitors. I mod and upgrade speakers for myself and clients and see this all the time. The sonic gains realized with a few well chosen and implemented upgrades is shocking.
Open baffle loudspeakers usually have their crossovers on a board right behind the upper drivers. Danny Richie does his GR Research OB’s that way, and uses unusually high quality parts (Sonicaps, Mills resistors) to create them. In his Tech talk Tuesday videos, Danny takes apart mainstream speakers that have been sent him by clients for upgrading, showing all the crap x/o parts used in even fairly expensive speakers, and describes what he replaces them with.
Yes indeed. Stock sand cast resistors that sound relatively grainy compared to the Mills MRA or the even better Path Audio resistors. The Mills would only cost builders some $4 each, but instead they use $ .25-40 cent crappy sand cast resistors. This in $30,000 speakers! Spend the $4 bucks each builders!