Performing DIY mods on your mechanical keyboard not only delivers a satisfying, personalized typing experience but also notably enhances the acoustics, levelling up your keyboard’s sound quality. From sound dampening mods to switch and spring swaps, our comprehensive guide walks you through a variety of keyboard modifications.
First, an important aspect impacting keyboard sound is the stabilizers. Stabilizers are critical components, preventing larger keys from wobbling. Many factory-issued stabilizers, however, can create an unpleasant, rattling noise during use. Two popular do-it-yourself modifications can mitigate this distracting sound: clipping and lubricating stabilizers.
In the clipping modification, the focus is to reduce the stabilizers’ “mushy” feel and the resulting undesired sound they create. Most stabilizers possess extra plastic legs, which when the key is pressed, hit the PCB and cause this annoying sound. Clipping these legs reduces the noise, offering a more firm, consistent typing experience. For this, you’ll need a small pair of clippers or scissors. Removing the small legs on the bottom will give your stabilizers a crisp, clean sound.
Next, lubricating the stabilizers significantly cuts down the friction-induced noise produced while typing. Lubrication brings a smooth, fluid motion when keys are pressed. Responsible yet sparing application of lubricant, specifically Krytox GPL-205 Grade 0, can make a world of difference. Make sure to lube the stabilizer stems, housings, and wires evenly, ensuring no part is left untouched.
Switch swaps, another popular modification, can lead to a dramatic improvement in your keyboard’s sound output. Different switches create unique acoustics. For example, linear switches are quiet and smooth, while tactile switches, featuring a small bump midway through the keystroke, produce a satisfying click. Clicky switches, fondly known for their pronounced click sound and tactile feedback, can be an excellent choice if you seek audible gratification. Brands such as Cherry MX, Kailh, or Gateron offer diverse ranges of switches to cater to different sound profiles, allowing users to tailor their keyboards’ sound quality to their preferences.
In the quest for the perfect acoustics, springs often get overlooked. The spring weight can drastically impact the keypress sound. Lighter springs lead to higher-pitched sounds, while heavier springs produce lower tones. Similarly, certain springs resonate more than others. Lubricating the springs can dampen this resonance, rendering a delightful thocky sound. The market boasts an array of aftermarket springs, rated by weight in grams, inviting keyboard enthusiasts to explore and experiment.
Beyond the internal mechanics, the keyboard’s case and plate significantly influence the sound. High-profile cases, encompassing the entire perimeter of the keyboard, tend to contain the noise better than low-profile counterparts, providing a deeper tone. The plate, sandwiched between the switches and the board, can also be altered for enhanced sound quality. Brass plates add a warm depth to the sound, whereas aluminium plates offer a higher pitch. Recently, Polyethylene Terephthalate (PET) plates, known for their soft, muted keystrokes, have grown in popularity within the keyboard community.
Sound dampening mods also play a crucial role in shaping your keyboard’s acoustic performance. Whether using a foam pad under the PCB or employing O-rings on your keycaps, these modifications help reduce echoing, reverberation, and underlying noise. Sorbothane, a proprietary visco-elastic polymer, is excellent for this purpose, widely reputed for its superior sound absorption characteristics.
Innovative modifications such as band-aid mod are also gaining traction. This involves sticking pieces of band-aid or fabric tape where the stabilizer clips onto the plate, absorbing the shock and decreasing metal-on-plastic noise.
Lastly, the keycaps are a small yet significant factor impacting keyboard sound. PBT keycaps, due to their denser material, offer a deeper, louder clack compared to thinner ABS keycaps. Furthermore, choosing high-profile or low-profile keycaps can change the sound profile as well.
It’s clear that mechanical keyboards offer an exciting world of modifications for those craving a certain depth, tone, or level of auditory feedback. The beauty lies in the subjective nature of this pursuit. There isn’t a one-size-fits-all solution, but through trial and error, it’s entirely possible to achieve unique, personalized sound profiles. With the various modifications and components readily available, every keyboard enthusiast can create a well-tuned instrument of their own.
