The ColecoVision is known for trying to fulfill the arcade experience at home. However, one of the main weak points of the ColecoVision is the controller. The stock controller is prone to failure, and even if you've cleaned all of the contacts, it still isn't ergonomically very good. If you've installed a ball-top or some other extension on the joystick, I'm sure that improves things, but there's still some inherent problems with the controller design, such as the location of the switches. The Super Action Controller is decent, but the switches can be painful after extended use. Unless you've got a Questar, most 3rd party controllers aren't much better than the stock controllers, either.
If you're happy with your current controller, please ignore the above prelude.
I'm designing a breakout board to help you create your own arcade controller (or two) for the ColecoVision. This would include the following items/features:
- Six foot extension cable to connect between the ColecoVision and the breakout board
- Female DB9 connector on back of breakout board (connects from extension cable)
- Male DB9 connector on back of breakout board (to externally connect steering wheel, roller controller, etc.)
- DB9 breakout pads on the breakout board in case you want to add more features internally such as steering wheel, etc.
- About 28 or so diodes on the breakout board that are required for proper operation
- A pair of wires soldered on the breakout board (~16" long) for each switch/button
- 1/4" quick connect connectors on the end of each wire
- Coloured wire ties on each pair of wires to help differentiate the many pairs of wires
- Support for a joystick (4 switches essentially), keypad (12 individual switches/buttons), fire buttons (2-4 switches/buttons)
- Standard mounting brackets on the two DB9 connectors (to help installation)
- Mounting holes on the breakout board, for optional increased support
- Arcade joystick
- Arcade buttons
- Case
- Create your own layout for the joystick and switches (the fun part)
- Build or buy the case, and drill the required holes (the tedious part)
- Purchase the joystick and buttons (will need 1/4" quick connect terminals on all switches, which are fairly standard)
- Physical installation
- Solder anything (all the soldering is already on the assembled breakout board)
- Figure out where all of the diodes go
The design isn't complete yet, so feel free to make suggestions, discuss things, etc., etc.
Please reply if you're interested (with quantity). I'm hoping to have these done in a couple of months, approximately. I'm kind of guessing this will be a one-time batch, but new batches could be made in the future, if required.
Thanks,
5-11under














