Goodwill Chest Upgrade

Thursday, January 19, 2017 3-minute read

A search for cheap Goodwill sweaters led me to 0 sweaters and 1 chest too big to fit in my car.

The Goals

  1. To Create a nice Bench for the balcony in the warmer months

  2. To Create a nice Table for the living room in the colder months

The goals in their designated immediacy are…

Most Important

  • Convenient way to transport
  • Surround sound / device network connectivity
  • Controlled Speakers
  • Easy access to inside storage
  • Aesthetic repairs


  • USB charging
  • Cooler for iced beverages


  • Amazon Echo support
  • Temperature display


As of now, I’m fairly clueless on what I’m going to need. I’ll be buying things as I need them, and will be recycling old parts as much as possible.

The Supplies List is as Follows:

  1. One Big Chest
  2. Raspberry Pi
  3. An old computer power supply

Yes, I know, not much to go off of. These items may be replaced by other things depending on what makes sense.


I’d like to chip the paint off of all sides, exposing the raw wood. After that, my thoughts were to either stain the raw wood, paint it black again, or leave it raw and have friends paint over it. Here is a poll for your opinions:

So far Ive scraped some of the paint off the sides. It is very dry, it cracks off in some places when I’m lucky. I’ll be buying a chisel ASAP, an old pocket knife and some sandpaper isn’t cutting it.

I’ve also cut out most of the old floral canvas on the inside, leaving the exposed wood. Very dusty.

As for the electronics, I’d like to mount some sort of power to the inside and allow for the chest itself to plug in to a wall outlet for power. This way it can be run permanently during the winter, and turned on when needed in the summer. A power strip might be the easiest solution; a battery would be inconvenient for this application.

I plan to put the speakers on both sides of the chest, mostly because I think it would look aesthetically pleasing. As of now, this is planned to be controlled by a raspberry pi with a wifi and bluetooth dongle so devices can connect, and it can stream. I may also look at separate solutions that avoid using an ARM processor, as it can be inconvenient due to most software being 32bit/64bit dependent.

I have no idea how this will turn out, or if I will need to throw it out. But for 13$ and some old parts, its worth a shot. I’ll be giving updates in new posts as I go.