Building a 60% mechanical keyboard from scratch can be an incredibly fulfilling experience. Whether you’re an ardent gamer, a writer who spends hours punching letters on a keyboard, or a tech enthusiast with a predilection for DIY projects, crafting a keyboard that meets your personal needs can elevate your typing or gaming experience to new heights.
Gathering Essential Components
Before starting your endeavor, you need to gather all the essential components to construct your customized 60% mechanical keyboard.
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PCB (Printed Circuit Board): A 60% PCB is the first component you’ll need, acting as the keyboard’s foundation. It’s named “60%” because it incorporates approximately 60% of the typical 104-key keyboard layout. Choose a PCB that supports your preferred switch type and lighting, knowing that some PCBs come pre-soldered with resistors and diodes, simplifying the DIY process.
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Keyboard Case: The case shelters the PCB. You can choose from materials including aluminum, acrylic, wood, or plastic, each has pros and cons relating to aesthetics, weight, and sound dampening properties.
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Plate: Positioned between the PCB and switches, the plate offers structural stability and influences the keyboard’s sound and feel. Materials usually include steel, aluminum, brass, and polycarbonate.
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Switches: Mechanical switches differentiate mechanical keyboards from standard ones. Linear, clicky, or tactile switches are available, each providing a unique typing experience.
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Keycaps: Keycaps are the buttons that you strike while typing or gaming. They come in various materials like ABS or PBT, and in diverse profiles including DSA, SA, or Cherry.
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Stabilizers: Stabilizers prevent larger keys, like shift or space, from wobbling when pressed off-center. Genuine Cherry or GMK screw-in stabilizers are often recommended.
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Cable: Most custom keyboards use USB-C or mini-USB cables. Some people opt for custom cables that match their setup’s aesthetic.
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Soldering/Desoldering tools: You would need a soldering iron, solder wire, and possibly a desoldering pump or wick if you plan on soldering the switches. Some PCBs offer hot-swappable sockets, making this unnecessary.
Assembly Process
With all the necessary parts at hand, commence the mindful and meticulous journey of building your custom 60% mechanical keyboard from scratch.
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Soldering Switches & Stabilizers: Start by mounting the stabilizers onto the PCB. Apply dielectric grease to eliminate rattle. Then, insert the switches into the plate (if you’re using one) and then into the PCB. Ensure they’re flush against the PCB before soldering them.
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Testing: After soldering, plug the keyboard into a computer. Use a keyboard testing application to test if all the switches are working correctly.
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Assembling the Case: Place the PCB with its plate and switches in the case. Secure it using the supplied screws.
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Installing Keycaps: Install the keycaps on the switches. Sound-test the large keys to ensure stabilizers are working properly, and tune them if needed.
Programming Your Keyboard
To maximize the utility of your 60% keyboard, consider programming it. Tools like QMK or VIA offer user-friendly interfaces to customize each key’s function. You can create multiple layers, toggled by pressing a designated key, extending the functionality of your compact keyboard without sacrificing accessibility to infrequently used keys.
Maintaining Your Keyboard
To ensure the longevity of your hand-crafted mechanical keyboard, regular maintenance is necessary. Clean it at least once a month to prevent dust accumulation, especially if you eat or drink at your computer. Remove the keycaps and gently clean them and the area underneath.
The Worth of Building a 60% Mechanical Keyboard
Creating a 60% mechanical keyboard from scratch may seem like a daunting task, but the benefits far outweigh the challenges. The allure stems from the unlimited customization options at your disposal, transforming the keyboard from just an input tool into an objet d’art reflecting your personality.
A mechanical keyboard’s lifespan and responsiveness, combined with the reduced size of a 60% layout, resulting in a highly portable, robust, and personally tailored device makes the project worth undertaking.
Moreover, over time, your understanding and experience with this technology will mature, enabling you to engage more deeply in the mechanical keyboard community, discovering next-level keycaps, switches, modding techniques, or even building your next keyboard.
Every meticulously chosen component in a custom keyboard comes together to deliver an unmatched personal touch, setting these keyboards apart from regular retail keyboards. Whether it’s for better ergonomics, aesthetics, or simply the enjoyment one gets from DIY, there are few things as gratifying as using a 60% mechanical keyboard that you’ve built right from scratch.
Therefore, dive into the fulfilling endeavor of building a DIY 60% keyboard from scratch, embarking on a quest to create a device uniquely your own. Take your time, relish each step, and at the end of it all, sit back and admire the realization of your creativity and workmanship.
