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I’m Back!

The store is turned back on.  Please note that while everything is “in stock”, the bezels are for the most part printed to order, so it may be 5-7 days before your order ships (but often is quicker than that).



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8bitjunkie is on “vacation”

I’ve got a bunch of things I need to get done over the next couple of weeks so I’m not going to be able to take new orders for a bit.

If you’d like to place a large bezel order (say 20+), contact me so I can get the 3d printer working on it, but note that I won’t be shipping anything for at least a week or two.

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RetroPie Shutdown and Startup Switch – The Easy Way

Tired of unplugging your Raspberry Pi to turn it off?

Don’t want to purchase one of those switched USB power adapters and have to shutdown your Pi from a menu every time? Do you also want an easy way to turn your Pi on?  There’s a script for that.  And you may have already seen it floating around on YouTube but there’s a lot of code you have to copy and paste to get it working.  So, want a push button that can turn on and safely shutdown your Pi, and an easy way to get the software working?  Well, here it is –

Hardware setup:

You will need to connect a momentary switch from pin 5 (GPIO 3) to pin 6 (GND).  Pin 6 tends to be the most convenient ground, but it doesn’t actually matter which one you use – pins 6, 9, 14, 20, or 25 will all work.  See the pinout if you’d like to use a different ground pin.

Raspberry Pi Pinout (all versions)

Pi 3 Connections:

Raspberry Pi 3 Reset Pins

Pi Zero Connections:

Raspberry Pi Zero Reset Pins

You can use pretty much any momentary switch that is normally open.  You can even use a reed switch for a magnet activated switch to avoid drilling holes in your case!

On Raspberry Pi 3, you will need to connect pin connectors (Dupont connectors) to the switch wires, or find a switch that already has them (just an example, not a recommendation).

If you need to add pin connectors to your switch, you can solder/splice on female Dupont wires.

Or, (especially if you plan to do multiples), you can crimp your own connectors with a kit like this.  While, it is *possible* to crimp those connectors with some regular pliers, it’s not really ideal so you’d also want to get a crimping tool.

Software setup:

Once you have your switch connected, you will need to install a bit of software to allow the switch to shut down your Pi (pressing the switch while the Pi is shut down will turn it back on without any software.) Your Pi needs to be connected to the internet to download the install script and packages.

Hat tips to Barry Hubbard who I believe is the originator of the Python script that makes this work, and to ETA Prime for creating an awesome how-to video that’s popularized this mod.  I used ETA Prime’s video to do this initially and realized that the process was more complicated and error prone than it needs to be.  So, I created a script that automates the entire software setup.

There are two ways you can run the setup script: using a keyboard plugged into your Pi, or over a network terminal session using your computer. Using your computer over the network was the preferred way to do this using the ETA Prime instructions due to the amount of copying and pasting required.  However, it’s might be easier to use a keyboard (at least in the UK) for this method unless you’re already set up to connect over the network.

Keyboard Method (UK):

  1. Press the start button on your game controller and exit emulationstation to get to the shell.
  2. Type the following and press enter:

curl | bash

That’s it! You’re done.

(Skip to testing section)

Keyboard Method (US):

Some distros including RetroPie have the keyboard layout set to GB by default, so there’s no way to type the | symbol on a US keyboard. So you can do this instead:

  1. Press the start button on your game controller and exit emulationstation to get to the shell.
  2. Enter the following commands (press enter after typing each line)

curl --output

sudo chmod +x


That’s it! You’re done.

(Skip to testing section)

SSH/Network Method:

Make sure your Pi is connected to the same network as your computer either via Wifi or Ethernet. For Pi Zero you will need a WiFi dongle.

Using Windows:

  1. Download putty.exe to your desktop (if you have a relatively modern computer, you probably want the 64-bit version)
  2. Start putty
  3. Enter ‘retropie’ as the host name, make sure SSH is checked, and click open.
  4. If you are presented with a security alert about the server’s host key, click yes.

Using Mac/Linux:

  1. Open the Terminal application.
  2. Type ‘ssh retropie’ and press enter.

Host not found / other error?

If you get an error like ‘host not found’, you may need to use the IP address vs the host name of the Pi.  To get the IP address: in RetroPi select the RetroPi channel and select Show IP.  Use the IP in place of ‘retropie’ in the previous instructions.

Once you’ve connected:

  1. Once you’ve connected to the Pi via SSH, you will be prompted for a username and password. The username is ‘pi’ and the password is ‘raspberry’ (all lower-case).
  2. You should now be at a shell prompt. Copy and paste the following command and press enter:

curl | bash

That’s it! You’re done.


Now the shutdown script should be installed and set up to run every time the Pi boots.  To test it out, press the switch.  The Pi should shut down.  Press the switch again and the Pi should boot up.


If your Pi didn’t shut down, shut it down manually.  Press the switch.  If your Pi doesn’t start up, there’s something wrong with your switch/wiring/connection.  If it does start up, wait for emulationstation to load and press it again.  If it doesn’t shut down, there’s something wrong with the software setup.  A good place to get help at that point would be the RetroPie gaming group on Facebook.


Copyright © 2017

Licensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License at

Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an “AS IS” BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.

See the License for the specific language governing permissions and limitations under the License.

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Pi Cart Zero Kit Installation Notes

The USB and HDMI ports must be glued into the bezel.


Optional but recommended: lightly sand the outside surfaces of the ports to help ensure a strong adhesive bond.

Clean the ports and inside of the bezel with isopropyl alcohol (isopropanol) to ensure the surfaces are completely clean. Don’t use “rubbing alcohol”. All alcohol labeled as “rubbing” in the United States contains additives which will leave a residue. Also, do not use acetone which will attack/soften the plastic.

Let the alcohol dry completely before proceeding.

Insert the ports into the bezel.  Make sure the orientation is correct before applying adhesive.  You don’t want one USB port to be rotated differently than the others. The orientation of the HDMI port isn’t as important and, due to the short length of the cable, it may be difficult to rotate it anyway.

Apply adhesive/glue:

We have two recommended options –

1. Super glue (Cyanoacrylate): Get glue between the bezel plastic and the port on all four sides. You can apply glue around the edges of the holes and tilt the part around to get it to flow under the bezel plastic. You should also apply glue from the back on all four sides.

Make sure the port is pushed down all the way into the bezel before applying super glue. The glue sets fairly rapidly and it will be difficult or impossible to reposition things once it does.

If the ports on the hubs you have are much smaller than the bezel was designed for (like there’s a significant gap on three or more sides), you can use baking soda to fill the gaps. Super glue reacts quite actively (gets really hot, be careful) with baking soda, sets almost instantly, and acts like a cement. It’s a good way to fill gaps as super glue on its own requires a tight fit to bond.

You could also try an expanding glue like Gorilla Glue, but we haven’t tested it – could be problematic.

2. Hot glue: Apply hot glue in the holes. Don’t add so much that it increases the height of the part because it might not fit into the cart. You may also add some to the back, but it might not be necessary.

Other adhesive options:

Other types of adhesives may also work, but we haven’t tested them. Obviously, the glue you use must adhere to plastic to be effective. A two-part epoxy that’s labeled for plastic would probably work great. Contact cement or a PVA based adhesive may also work.

With any type of glue you may use, the most important aspect is to maximize the amount of surface area where the two parts are bonded together. Cleaning and/or sanding the plastic around the ports will help ensure the bond is strong.


Note: we will update this page with some photos showing some of the steps soon.