Experience different mechanical keyboard switch types virtually - test tactile, linear, and clicky switches
Select a switch type below to experience its unique feel and sound. Click on the test key or press any key on your keyboard to simulate the switch activation. Each switch type has different characteristics for actuation force, travel distance, and feedback.
Switch Types: Linear - Smooth travel | Tactile - Bump feedback | Clicky - Audible click
Mechanical keyboard switches are the heart of any mechanical keyboard, determining how each key press feels, sounds, and responds. Understanding the different types of switches available helps you choose the perfect keyboard for your typing style, gaming preferences, and work requirements.
Smooth, consistent keystroke from top to bottom with no tactile bump. Preferred by gamers for quick, uninterrupted key presses and rapid fire inputs.
Noticeable bump at the actuation point provides tactile feedback without noise. Ideal for typists who want confirmation of key press without disturbing others.
Audible click sound with tactile feedback for maximum typing satisfaction. Popular among writers and enthusiasts who enjoy the classic mechanical keyboard sound.
Click the key above or press any key to test the selected switch
| Switch | Type | Actuation Force | Travel Distance | Actuation Point | Sound Level |
|---|
The original and most widely recognized mechanical switches, Cherry MX switches set the standard for the industry. Known for their consistency, durability, and wide compatibility with keycap sets.
Affordable alternatives to Cherry MX switches, Gateron switches are known for their smooth operation and slightly different feel. Many enthusiasts prefer Gateron switches for their refined characteristics.
Innovative switch manufacturer offering unique designs and features not found in traditional switches.
High-end switches designed for enthusiasts seeking the ultimate typing experience.
Additional manufacturers offering specialized switches for different needs.
The amount of force required to register a key press, measured in grams or centinewtons.
Total distance the switch can travel from rest to fully pressed, typically 3.5-4.0mm.
Distance where the key press registers, usually 1.5-2.2mm from the top.
Number of key presses the switch can handle before failure, measured in millions.
Linear switches provide smooth, consistent travel with no tactile bump or audible click. The keystroke feels the same from top to bottom, making them popular for gaming due to quick actuation and reset.
Quiet to moderate depending on keycaps and case. No click mechanism means less noise than tactile or clicky switches.
Tactile switches feature a noticeable bump at the actuation point, providing physical feedback without audible click. This helps with typing accuracy and confidence without disturbing others.
Moderate noise level with a soft "thock" sound. The tactile bump creates a distinct feel without the sharp click of clicky switches.
Clicky switches combine tactile feedback with an audible click mechanism, creating the classic mechanical keyboard sound. They provide maximum feedback for each key press.
Loud and crisp click sound that's satisfying but may disturb others. The click mechanism creates a distinct two-stage feel.
Gaming keyboards prioritize speed, consistency, and performance. The choice of switch can significantly impact your gaming experience, especially in competitive scenarios.
Preferred by 80% of professional gamers for their smooth, uninterrupted keystroke and fast reset.
For typing-focused work, accuracy and comfort are more important than speed. Tactile feedback helps reduce errors and provides satisfaction during long typing sessions.
Preferred by writers and programmers for their feedback and typing accuracy without noise.
Mechanical keyboard enthusiasts often modify switches to achieve the perfect feel and sound. Understanding these modifications helps you appreciate the depth of switch customization possible.
Applying lubricant to switch components reduces friction, eliminates scratchiness, and creates smoother keystrokes.
Adding thin films between switch housing parts reduces wobble and tightens tolerances for improved feel.
Replacing switch springs changes actuation force and can eliminate spring ping or modify switch feel.
Combining parts from different switches to create custom combinations with unique characteristics.
Cherry MX Red, Kailh Speed Silver, Gateron Red
Cherry MX Brown, Gateron Brown, Kailh Brown
Cherry MX Blue, Gateron Blue, Kailh Box White
Zealios V2, Holy Panda, Cherry MX Clear
Cherry MX Blue, Kailh Box White, Gateron Blue
Cherry MX Brown, Gateron Brown, Zilent
Understanding the sound and feel characteristics helps you choose switches that match your preferences and environment.
| Switch Type | Sound Level | Sound Character | Tactile Feel | Best Environment |
|---|---|---|---|---|
| Linear | Quiet | Soft thock, minimal noise | Smooth, consistent | Gaming, shared spaces |
| Tactile | Moderate | Muffled bump, gentle thock | Noticeable bump at actuation | Office, productivity work |
| Clicky | Loud | Sharp click, distinctive sound | Crisp bump with audible feedback | Home office, personal use |
Smooth, consistent travel with no tactile bump or audible click. Popular for gaming due to quick actuation.
Noticeable bump at actuation point provides tactile feedback without audible click. Great for typing accuracy.
Tactile bump with audible click sound. Provides both tactile and auditory feedback for satisfying typing experience.