Get AI summaries of any video or article — Sign up free
Keyboard Show and Tell | The Standup thumbnail

Keyboard Show and Tell | The Standup

The PrimeTime·
5 min read

Based on The PrimeTime's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Keyboard sound and feel come from multiple layers: switches, keycaps, and the keyboard body/chassis all shape resonance and acoustics.

Briefing

Custom keyboards have become a full-blown obsession for several developers on “The Standup,” and the episode’s central takeaway is that the “feel” and “sound” of a keyboard come from a stack of choices—switches, keycaps, and the keyboard’s body—not from any single magic switch color. Casey Moratory traces his path from replacing a basic keyboard every year to building and modding his own, starting with a Keychron board that’s unusually heavy and “crispy” out of the box. To soften the resonance and change the acoustics, he opens the board and adds padding such as foam and a PE plate, chasing a deeper, less pingy tone.

The group then turns the conversation into a practical guide to the keyboard vocabulary that dominates enthusiast circles: “thock” versus “clicky,” “thock” versus “squish,” and “creamy” as a debated category. Casey admits that online demos can sound similar enough to blur the distinctions, while Trash—who is openly chasing satisfying tactile feedback—demonstrates multiple switch types by holding them near the mic. The differences are immediate: blue-style switches deliver a sharper click, while “box” switches (with a stabilizing housing around the stem) are described as harder to press and more resistant to side-to-side wobble. The body of the keyboard is treated like guitar acoustics: switches and keycaps start the sound, but the chassis shapes resonance and overtones.

Trash’s own keyboard journey is more social than technical. At a startup full of younger “zoomers” with flashy, clicky setups, he felt pressure to join the trend—then went all-in on RGB and custom keycaps. He shows a first split keyboard he bought (the Voyager), jokes about the confusion of having “zero keys,” and later compares it to other split/ergonomic experiments like Moonlander and Kinesis. The episode repeatedly returns to the idea that ergonomics can help with wrist pain, but it can also be a steep learning curve if someone’s typing habits don’t match the new layout.

Casey’s setup adds another layer: he doesn’t program keyboard firmware, but he does care about the physical experience—switch weight, keycap profile height, and the “Amiga” feel he’s trying to recreate. He discusses how heavier keycaps (especially ceramic) can force different switch choices on larger keys because the switch must support the extra mass. He also notes that he cycles between sound preferences—sometimes using clickier setups, sometimes returning to quieter ones—because variety can make typing feel less monotonous.

By the end, the group lands on a budget reality check: beyond roughly $200, spending can drift into overspending, and over $300 is often “way too much,” especially when the goal is durability and long-term use. The episode closes with a reminder that keyboard tinkering is fun but time-consuming, and that the “right” keyboard is the one that matches a person’s hands, habits, and tolerance for rabbit holes—whether that rabbit hole is foam mods, box switches, split layouts, or keycap profiles like DSA/Cherry-style variants.

Cornell Notes

The episode frames keyboard building as a multi-part engineering problem: switches, keycaps, and the keyboard’s body each shape both sound and feel. Casey Moratory’s journey starts with frequent failures of a basic keyboard and evolves into modding a Keychron board—adding foam and a PE plate to reduce a “crispy” ping and change resonance. Trash’s path is driven by social pressure and aesthetics, then expands into split/ergonomic experimentation (including the Voyager) after wrist pain and curiosity about different typing experiences. Across the discussion, enthusiasts’ sound terms—thock, clicky, squish, creamy—are treated as useful but inconsistent, since demos can sound similar and personal preference varies. The takeaway: there’s no single correct switch color; the best keyboard is the one that matches an individual’s typing mechanics, comfort needs, and desired acoustic profile.

What actually determines a keyboard’s sound and feel, beyond switch color?

The conversation breaks sound into layers. Switches and keycaps drive the initial clickiness/thockiness, while the keyboard body/chassis strongly affects resonance—compared to guitar acoustics. Casey’s Keychron board felt “crispy” (too much treble/ping) until he opened it and added internal padding like foam and a PE plate, showing that the same switches can sound different depending on the enclosure and damping.

Why do “box switches” get singled out?

Box switches are described as having a stabilizing housing around the stem so the keycap doesn’t wobble side-to-side. That stability changes both feel and sound: they’re often stiffer/harder to press, and the group treats them as a way to get a more controlled, harder click compared with non-box variants.

How does Casey’s modding approach differ from simply buying a new keyboard?

Casey’s goal is long-term durability and a specific acoustic profile. Instead of replacing boards yearly, he buys a base keyboard (Keychron) and then tunes it by adding aftermarket internal materials—foam and a PE plate—to change damping and resonance. He also emphasizes that stock boards may lack enough padding, so modding targets the chassis behavior, not just the switch.

Why did split/ergonomic keyboards help some people but feel difficult for others?

Trash reports wrist pain and tries split keyboards like an Aragodox EZ and later a Kinesis-style direction, saying the hands felt better after switching. But he also notes the learning curve: split layouts can force different reach patterns, and if someone’s typing habits don’t adapt, they may feel “all over the place.” Prime’s blank-key split setup is used as a joke example of how remaps and lack of labels can make the experience harder to learn.

How do keycap material and weight change switch choice?

Casey explains that ceramic keycaps are “extraordinarily heavy,” enough that the same switch choice that works with plastic keycaps may not hold up on larger keys. When he built a keyboard for John, he used a blue switch on smaller keys but switched to jades for bigger keys like Enter and Space because the heavier ceramic caps made the blue feel too squishy.

What’s the episode’s practical spending guideline for keyboards?

Trash and Casey converge on a rough cutoff: above about $200, spending can become overspending, and over $300 is “way too much” for most people. The logic is that a reasonably priced build can last for years, and durability can make the total cost lower than repeatedly buying cheaper boards.

Review Questions

  1. Which component(s) of a keyboard are most responsible for resonance and “crispy” versus “thock” sound, and what mod did Casey use to change it?
  2. Explain what box switches change mechanically and how that affects pressing effort and wobble.
  3. Why might heavier ceramic keycaps require different switch choices on larger keys?

Key Points

  1. 1

    Keyboard sound and feel come from multiple layers: switches, keycaps, and the keyboard body/chassis all shape resonance and acoustics.

  2. 2

    “Box switches” add stabilization around the stem, reducing wobble and often making keys stiffer/harder to press.

  3. 3

    Casey Moratory’s Keychron modding approach targets damping (foam/PE plate) to reduce a treble-heavy, pingy “crispy” stock sound.

  4. 4

    Split and ergonomic keyboards can reduce wrist pain, but they also demand a learning period because reach and hand placement change.

  5. 5

    Keyboard enthusiast sound terms (thock, clicky, squish, creamy) are useful shorthand but can be inconsistent across demos and personal preference.

  6. 6

    Heavier keycap materials like ceramic can force different switch choices—especially on large keys such as Space and Enter.

  7. 7

    A practical budget heuristic emerges: around $200 is where overspending risk increases, and $300+ is often excessive for most buyers.

Highlights

Casey Moratory compares keyboard acoustics to guitar resonance: switches and keycaps start the sound, but the chassis/body shapes the final tone.
A Keychron board that sounded “crispy” out of the box was tuned by adding foam and a PE plate to change damping and reduce ping.
Box switches are described as stabilizing the key stem to prevent side-to-side wobble, making them feel stiffer and more controlled.
Ceramic keycaps are heavy enough to require different switches on larger keys, because the switch must support the extra mass.
The group lands on a spending rule of thumb: $200+ can be overspending, and $300+ is usually too far for most people.

Topics

  • Keyboard Modding
  • Switch Types
  • Keycap Profiles
  • Split Keyboards
  • Ergonomics
  • Keyboard Acoustics

Mentioned

  • Keychron
  • GMMK Pro
  • Kinesis
  • Kinesis Advantage
  • Aragodox
  • Cherry MX
  • Code Rabbit
  • Casey Moratory
  • TJ Bellatro
  • Trash
  • John Blow
  • ASMR
  • QMK
  • ZMK
  • Vim
  • SSH
  • RGB