Using 3D Printed Breadboards To Accommodate Wide Boards Although off-the-shelf breadboards are plentiful and cheap, they almost always seem to use the same basic design. Although you can clumsily reassemble most of them by removing the voltage rail section and merging a few boards together, wouldn’t it be nice if you had a breadboard that you could stick e.g. one of those wide ESP32 development boards onto and still have plenty of holes to poke wires and component leads into? Cue [Ludwin]’s 3D printable breadboard design that adds a big hole where otherwise wasted contact holes would be. The related Instructables article provides a visual overview of the rationale and the assembly process. Obviously only the plastic shell of the breadboard is printed, after which the standard metal contacts are inserted. These contacts can be ‘borrowed’ from commercial boards, or you can buy the contacts separately. For the design files there is a GitHub repository, with breadboard designs that target the ESP32, Raspberry Pi Pico, and the Arduino Nano. An overview of the currently available board designs is found on the Hackaday.io project page, with the top image showing many of them. In addition to the single big space design there are also a few variations that seek to accommodate just about any component and usage, making it rather versatile.

Using 3D Printed Breadboards to Accommodate Wide Boards Although off-the-shelf breadboards are plentiful and cheap, they almost always seem to use the same basic design. Although you can clumsily r...

#Parts #3D #printed #parts #breadboards

Origin | Interest | Match

Using 3D Printed Breadboards To Accommodate Wide Boards Although off-the-shelf breadboards are plentiful and cheap, they almost always seem to use the same basic design. Although you can clumsily reassemble most of them by removing the voltage rail section and merging a few boards together, wouldn’t it be nice if you had a breadboard that you could stick e.g. one of those wide ESP32 development boards onto and still have plenty of holes to poke wires and component leads into? Cue [Ludwin]’s 3D printable breadboard design that adds a big hole where otherwise wasted contact holes would be. The related Instructables article provides a visual overview of the rationale and the assembly process. Obviously only the plastic shell of the breadboard is printed, after which the standard metal contacts are inserted. These contacts can be ‘borrowed’ from commercial boards, or you can buy the contacts separately. For the design files there is a GitHub repository, with breadboard designs that target the ESP32, Raspberry Pi Pico, and the Arduino Nano. An overview of the currently available board designs is found on the Hackaday.io project page, with the top image showing many of them. In addition to the single big space design there are also a few variations that seek to accommodate just about any component and usage, making it rather versatile.

Using 3D Printed Breadboards to Accommodate Wide Boards Although off-the-shelf breadboards are plentiful and cheap, they almost always seem to use the same basic design. Although you can clumsily r...

#Parts #3D #printed #parts #breadboards

Origin | Interest | Match

DIY 3D printed breadboards optimized for Raspberry Pi Pico and ESP32 boards GitHub user lhm0 has posted an interesting project: This project provides a custom 3D-printed breadboard body designed to...

#3D #printing #prototyping #breadboards #innovation

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Wooden Leaf Carved bread Board. homesyncing.co.uk

Bring a touch of nature to your table with our Leaf Bread Board — where simple, everyday moments become quietly special. homesyncing.co.uk/Leaf‑Bread‑Board‑p809104963

#LeafBreadBoard #RusticTableware #KitchenEssentials #bread #breadboards #homeandgarden #houseandhome #beautifulhomes