Mechanical Keyboard Switches Explained: Linear vs Tactile vs Clicky

Every mechanical keyboard switch falls into one of three families — linear, tactile, or clicky — and the difference between them comes down to a single mechanical detail: whether the switch stem moves in a smooth straight line, or rides over a small internal bump partway down. Everything else (sound, feel, and which one suits gaming versus typing) follows from that one design choice.

Last checked: November 2026.

On this page

• Linear switches
• Tactile switches
• Clicky switches
• Which type for gaming?
• Which type for typing and office use?
• Actuation force and spring weight
• FAQ

Linear switches

Linear switches (the classic example is Cherry MX Red, with hot-swap equivalents from Gateron, Kailh, and others at similar spec) have a stem that travels straight down with no bump and no click. The keypress feels completely smooth from the top of the stroke to the bottom, and there’s no physical or audible signal at the actuation point — the switch registers the keypress silently, partway through the travel.

• Sound: quiet, with a soft bottom-out thock rather than a click.
• Feel: consistent resistance the whole way down.
• Best for: fast, repeated key taps where feedback isn’t needed — the smoothness lets a key be pressed again quickly.

Tactile switches

Tactile switches (Cherry MX Brown and its equivalents are the common reference point) add a small bump partway through the travel that you feel but don’t hear as a distinct click. That bump typically lines up with — or sits just before — the actuation point, giving a physical cue that the key has registered without needing to bottom it out.

• Sound: moderate, a little louder than linear but without a sharp click.
• Feel: a distinct bump partway down, useful feedback for typing accuracy.
• Best for: a middle ground — most people who want feedback without the noise of a clicky switch land here.

Clicky switches

Clicky switches (Cherry MX Blue and similar) add a second internal part — a click jacket or click bar — that produces an audible click at the same point as the tactile bump. Feel and sound are tied together: hitting the actuation point produces both the physical bump and the click sound.

• Sound: the loudest of the three families, a sharp, distinct click on every actuation.
• Feel: the clearest feedback of the three, which some typists prefer for accuracy.
• Best for: people who type a lot and want maximum feedback, and don’t mind (or like) the noise — a poor fit for shared offices or late-night use near others.

Which type for gaming?

There’s no single “best for gaming” switch — it depends on the genre:

• Competitive FPS and rhythm games tend to favor linear switches, because the lack of a bump means no resistance interrupting rapid double-taps on movement keys, and lighter-spring linear switches can shave a small amount off actuation time.
• Strategy, MMO, and general play often suit tactile switches better — the feedback helps confirm a key registered without needing to look down, useful when a lot of your attention is on the screen rather than the keyboard.
• If frame rate rather than input feel is the thing getting in your way during competitive play, our FPS drops troubleshooting guide covers the more common causes.

Which type for typing and office use?

For long typing sessions, tactile and clicky switches are generally preferred because the feedback reduces the tendency to bottom out every keystroke, which can reduce finger fatigue over a full day. Clicky switches give the clearest confirmation but are a genuinely bad fit for open offices or shared spaces — tactile is the common compromise.

Actuation force and spring weight

Separately from the linear/tactile/clicky family, every switch also has a spring weight, usually given in grams of force (measured at actuation and at full bottom-out). Lighter springs (around 35–45g) feel easier to press repeatedly and are common in gaming-focused linear switches; heavier springs (60g and up) reduce accidental presses and are more common in typing-focused or tactile switches. The two properties — switch type and spring weight — are independent, so a single switch family comes in multiple weights, and trying a tester pack before committing to a full board is the only reliable way to know which weight suits your hand.

FAQ

Are linear switches always faster than tactile ones?

Not meaningfully for most players. The difference comes from the absence of a bump’s resistance, which matters most for very rapid repeated taps; for general gameplay the difference is small enough that feel and sound preference matter more than any speed gain.

Can I try different switch types without buying a whole new keyboard?

Yes, on hot-swappable boards, which let you pull and replace individual switches without soldering. A switch tester (a small board with a handful of switches in a holder) is the standard way to compare feel and sound before buying switches in bulk.

Do clicky switches wear out faster than linear or tactile ones?

Not inherently — switch lifespan is mostly about the mechanical design and manufacturing quality rather than the switch family, and most modern mechanical switches are rated for tens of millions of keystrokes regardless of type.

Why do some switches feel scratchy instead of smooth?

That’s usually friction between the stem and housing rather than a property of linear, tactile, or clicky design itself. It’s often improved with factory or user-applied lubricant, which is why some switches are sold pre-lubed.

If you’re putting together a full setup rather than just the keyboard, our guides section has more practical, settings-level advice, and you can read about how we test and recommend hardware on our About page.

Source: switch mechanics cross-checked against PC Gamer’s guide to mechanical switches for gaming (accessed November 2026).