DIY Brass-Framed OLED Smartwatch Costs Under $10

DIY Smartwatch With OLED Display and Brass Case Delivers a Striking Steampunk Style

A creative DIY smartwatch project is turning heads thanks to its unusual design, compact OLED display, and distinctive brass tube case. Instead of following the clean, sealed look of most modern wearables, this handmade smartwatch embraces a more industrial, steampunk-inspired appearance that makes it stand out immediately.

The brass frame gives the watch a rugged and mechanical feel, making it especially appealing to makers, hardware enthusiasts, and anyone interested in custom wearable technology. However, the open-case design comes with one important trade-off: it is not fully waterproof. That said, the device has been treated with a water-repellent coating, which helped it survive a short dip in a glass of water during testing. While that does not make it suitable for swimming or heavy rain, it does show that the build has some basic resistance against accidental splashes.

On the software side, the smartwatch runs NWatch firmware, giving it practical everyday features beyond its eye-catching design. When paired with a smartphone over Bluetooth, the DIY watch can synchronize the time automatically and show incoming notifications and calls. This makes it more than just a display project; it functions as a usable Bluetooth smartwatch for basic connected features.

The firmware also includes multiple watch faces, allowing users to change the look of the display to match their preference. Combined with the OLED screen, the result is a compact wearable that blends retro-inspired hardware with modern smartwatch functionality.

For tinkerers and electronics hobbyists, this project is a great example of what can be achieved with creative design, custom firmware, and a hands-on approach to wearable tech. Those interested in building a DIY smartwatch of their own can find detailed technical information from the creator, Huy Vector, including guidance about the hardware and software behind the project.