Identifying Stabilizer Tuning Issues

While many people joined the mechanical keyboard hobby over the course of the past couple of years, I’ve been lucky enough to have been around to see all of the changes that have followed this surge in popularity. One of the undeniably best changes that has come about as a result of the COVID-based surge in mechanical keyboards is the sheer quality and number of prebuilt options that are available on the market today. Whereas back when I first started the hobby, you’d pick up something like an Obins Anne Pro, DAS Keyboard, or maybe even a Leopold, there are now at least a dozen different brands I can think of off of the top of my head besides these three which are still around as well. However, it’s at least evident to me that not all of these mechanical keyboards are created equally. Knowing full well that the hobby can be daunting to those just now joining, I suspect that the nuances between some of these brands may not be the most evident. So, let’s go through a quick rundown of...

As we publish more articles in the "Mech Keys How-To" series currently ongoing, navigating the various topics and finding previous articles will only become more difficult. This thread will serve as a table of contents to help add some structure to the whole project. Feel free to also suggest future topics in this thread, as it will surely be easier to identify gaps and opportunities for further exploration when viewing everything as a whole. Mechanical Keyboards Introductory Topics Mechanical vs Membrane Sizes and Layouts of Mechanical Keyboards Staggered and Ortholinear Layouts Low-Profile vs High-Profile Keyboard Designs Build Materials and Other Case Design Considerations Selecting Your First Mechanical Keyboard (The_Manic_Geek) Keycaps Keycap Materials Keycap Profiles How To Design a GMK Keycap Set (GMK_Andy) The GMK Color Matching Process (GMK_Andy) Switches Introduction to Mechanical Keyboard Switches (ThereminGoatMK) The Three Main Types of Switches...

If you’re in this hobby long enough, you’ll eventually encounter a set of stabilizers (stabs) that, for reasons you can’t quite explain, will not stop rattling or ticking! Even if you followed all of the best practices we previously outlined, and memorized our stabilizer tuning guide, you may still run into a set of stabilizers that doesn’t seem to want to behave. Today, we’re going to clarify the specific functionality of a stabilizer, and demystify what can cause stabilizer issues, split into the three main things that can cause them: the keycap, the switch, or the stabilizer, itself. Bear in mind that while many of these things CAN cause an issue, not all of them are curable through traditional means, so stay with us as we walk you through what can cause stabilizer tuning issues! If some of these don’t seem to be happening with your keyboard, or you’ve encountered SEVERAL ISSUES AT ONCE, we’ll cover that at the end as well. As always, if you have anything...

Let’s face it – everything in the world today revolves around brand names. The clothes have to be Supreme or Gucci, the cars have to be Lamborghinis or Porsches, and the cereal better have Toucan Sam on it, or I will go hungry all day. While a lot of these brands have become ingrained into every facet of our lives thanks to social media, television, etc., many people don’t realize just how foreign the appeal of some of these brands would be if we weren’t overly invested in fashion, cars, or breakfast cereals. In much the same way, when people begin stepping into the mechanical keyboard scene they lose complete bearing on what brands represent what. The matter is only further compounded with switches, which have nearly exploded in popularity and number of releases in recent years. So, while I may not be able to give you all of the ins and outs of every single manufacturer out there, here’s an arbitrary amount of the most common brand names in switches that you should be aware of...

One of the most important aspect of designing a keycap set is the color selection and subsequent color matching process. Without a solid combination of colors that resonates with the community, a set is almost certainly destined for obscurity, or even at risk of not being manufactured at all. The entire process is also one of the few steps that can really derail a set’s production estimate. In this post I hope to shed some light on the color selection and matching process from start to finish and give plenty of tips along the way to ensure that this step will go as smoothly as possible for anyone that plans on designing a GMK keycap set. The first, and often overlooked step, is to calibrate your monitor(s)! If you’re like me and not a graphic designer by trade, chances are that you leave your monitor in some kind of gaming mode, or eye comfort mode, and not setup to give the most accurate color reproduction. Another good thing to do is check your work on multiple devices or...

I don’t like the phrase “it should go without saying”; if that were the case, there would be so many things that never got mentioned, and a lot of things we’d get wrong because of it. This is also true when building your custom mechanical keyboard: there’s a multitude of best practices out there that can, and will, help guide you towards a cleanly built, good-sounding board and an overall positive experience, provided someone *tells* you what those are. Here are some that “should go without saying”, but will be said anyway for those who are new to the hobby, or just getting back in after some time away! We’ll be focusing on hotswap mechanical keyboards, as those are by and large the most popular kind of PCB for newcomers and veterans alike, though many of our practices will still apply to soldered builds as well. As always, if there’s anything you feel we missed and would like to add, or need further clarification on, feel free to leave a comment below! Check All Parts Before...