When NuPhy teased the highly anticipated Kick75, the tech community was buzzing with questions, particularly about its innovative switch mechanism. As it turns out, the secret to their hybrid design lies in the use of a PCB gasket mount. This clever engineering solution allows users to only replace the plate foam and top case to switch between different profiles, making the transformation smooth and hassle-free. What’s even more impressive is how NuPhy has managed to create stabilizers compatible with both setups.
This is fascinating for two main reasons. First, the simplified conversion requires minimal hardware—a new top case and foam—making it far more cost-effective for enthusiasts who want to explore different profile options without breaking the bank. Secondly, the challenge in accommodating both low- and high-profile mechanical switches has always been the differing plate height requirements. Unlike previous models like the Nos75, which needed multiple component changes, the Kick75 sidesteps this with a savvy PCB gasket mount that effortlessly handles the height difference.
The Kick75’s profile swap kit is incredibly streamlined. It includes a taller top case and thicker foam sheet, all priced at a budget-friendly $19, thanks to a 30% discount available with pre-orders. While you will need additional switches for different profiles, many keyboard aficionados likely already have spare switches, making this transition even more accessible.
For those interested in the standard full-height variant of the Kick75, it supports five-pin Cherry MX-style switches, akin to Epomaker Wisteria Tactile switches, retailing for about $11.99 for 30 pieces. On the flip side, if you’re leaning towards the low-profile configuration, the Kick75 employs a novel Gateron Nano switch. These use the same pin configuration as the full-height, but are unique to the Kick75, making them a must-have if you prefer the low-profile experience. It’s an excellent idea to opt for the Low Kick75 configuration if these specific switches catch your fancy, given the uncertainty of their production lifespan.
