Keyboards

3D printed ortholinear style keyboard with a watermelon theme. Hand soldered 3D printed circuit board with press-fit MX switch sockets enables hot swapping of switches. Powered by a Raspberry Pi Pico board programed with KMK firmware. Uses layered keymaps activated by the black "seed" function keys to achieve full keyboard functionality with only 30 keys.

3D printed QAZ style sub-40% keyboard with legendless dot keycaps. Has only 34 keys but achieves full keyboard functionality via layered keymaps. Features staggered keys and a full size spacebar to maintain a familiar key layout with a minimal device footprint. Powered by a Raspberry Pi Pico board programmed with KMK firmware.

3D printed macropad. Features 3D printed custom keycaps, rotary encoder and on/off toggle switch with LED power indicator. A Raspberry Pi Pico W microcontroller programmed with MicroPython enables wireless input via 2.4GHz WiFi. A 820mAh LiPo rechargeable battery controlled by a Pimoroni LiPo Amigo Pro board allows completely wireless operation.

3D printed split ergonomic sub-40% keyboard with custom Pokémon unknown letters keycaps. The two halves are connected using a coiled 3.5mm male to male audio cable. Layered keymaps activated by the colored Pokéball thumb function keys achieve full keyboard functionality in a small form factor. A Raspberry Pi Pico W microcontroller programmed with MicroPython enables wireless input via 2.4GHz WiFi. A 820mAh LiPo rechargeable battery controlled by a Pimoroni LiPo Amigo Pro allows completely wireless operation.

3D printed single key USB-C keyboard with a hot-swappable MX switch and programmable RBG LEDs. Powered by a Pimoroni Tiny 2040 development board programmed with CircuitPython. A simple, small form factor human interface device which enables quick access to a frequently used shortcut or macro.

3D printed 3 x 4 macro pad with with a cotton candy color theme. Allows the user to quickly activate 12 commonly used shortcuts or macros. Switches are hand soldered to a Raspberry Pi Pico board programed with KMK firmware.

3D printed standalone numeric keypad with nautical themed keycaps. Different types of MX switches were used for the number, operator, and enter keys giving each a unique sound and feel. Powered by a Raspberry Pi Pico board programed with QMK firmware.

3D printed standalone numeric keypad with backlit keycaps. RGB LEDs activate whenever a key is pressed. Powered by an Arduino Uno Rev3 microcontroller board programmed with Python.