The Pando is designed to avoid the common frustrations of building split keyboards, such as fiddly assembly or complex configuration software. It uses a modern STM32 microcontroller with an on‑board IO expander, allowing for a clean, cohesive design that requires no soldering of controllers. The board is hot‑swap, meaning users can change switches without desoldering, and it is compatible with any MX‑style switches. Firmware is open‑source, and layout configuration is handled via Vial, enabling users to remap keys and build custom layers.

The keyboard is offered in two main variants. The base kit, priced at $109, includes the pre‑soldered barebones board and a standard case. For those seeking a more premium build, an upgraded version with a multi‑jet fusion‑printed case and a stainless steel bottom plate is available for $179. The Pando can also be assembled as a DIY project from the GitHub repository, but the primary focus is on providing a complete, ready‑to‑use board for those who prefer not to solder.

Why It Matters: The Pando addresses the trade‑off between customizability and ease of use in the mechanical keyboard community. By integrating the microcontroller and IO expander into a single board, it reduces the complexity of wiring and assembly. The hot‑swap feature and open‑source firmware ensure that the keyboard remains flexible for users who want to tweak their setup over time.