Mechboards Gherkin Kit vs LeleDesign LeleLab LelePad Numpad/MacropadDIY Kit vs Pre-Built Macropad

The LelePad is a pre-built kit that includes switches, stabilizers, and an OLED screen. It requires simple assembly with the included screwdriver and screws, but no soldering is needed. It will be functional much faster than a full DIY soldering kit.

According to the vendor listing, you need to source 30 MX switches, 30 keycaps, and a USB cable separately. You also need soldering tools: an iron, solder, flush cutters, and a small screwdriver to complete the build.

Yes, the LelePad features hot-swappable sockets. This allows you to pull out and replace switches without any soldering, making it simple to test different switch types.

An ortholinear layout arranges keys in a straight grid, with each key aligned vertically and horizontally. The Gherkin uses this layout, which differs from the standard staggered key arrangement found on most keyboards, including the LelePad.

The LelePad vendor description mentions 'per switch RGB lighting,' indicating individual LEDs for each key. The Gherkin kit does not include any RGB lighting features.

The LelePad is more beginner-friendly for someone who just wants a working macropad. The Gherkin is a project for a beginner interested in learning soldering and keyboard assembly, as the vendor includes notes and a build overview for first-timers.

Both are very small, with 30 and 20 keys respectively. They are designed as macropads, numpads, or specialty boards. Using one as a main keyboard requires heavy reliance on function layers to access letters, numbers, and symbols, which has a significant learning curve.

The vendor description shows the OLED can be configured via LeleConsole to display a calculator interface, a cat animation, or other custom graphics and system information. It is a programmable feature for visual feedback.

The LelePad includes three plate-mounted stabilizers. The Gherkin does not require stabilizers, as the vendor notes all its keys are single-unit size.

The Gherkin uses an RP2040 controller and is open-source, typically programmed via QMK or similar firmware. The LelePad uses proprietary 'LeleConsole' software for configuration, as mentioned in its product description.

The LelePad offers more immediate hardware customization with hot-swap sockets, multiple color cases, and an OLED screen. The Gherkin offers deeper, foundational customization through the soldering process and open-source firmware, but requires more skill and effort.