Switches

When discussing gaming keyboard switches, you will often hear that lighter switches are faster. The idea sounds logical: if less force is required to press the key, you should be able to react more quickly. But are lighter keyboard switches actually better for gaming? The short answer is not automatically. Lighter switches can make rapid and repeated inputs easier, but switch weight does not determine how early a key registers. For gaming, pre-travel, actuation point, reset point, switch technology and keyboard latency also matter. Quick choice Light switches around 35–45 gf are popular for gaming because they require little force....

When choosing mechanical keyboard switches, one of the most important characteristics is how much force is required to press a key. Some switches feel extremely light, while others provide noticeably more resistance. So which is better: light or heavy keyboard switches? The short answer is neither is automatically better. Light switches require less force and often feel fast and effortless. Heavy switches provide more resistance, feel firmer and can make accidental keypresses less likely. Quick choice Choose light switches if you want low resistance, easy repeated inputs and a light typing feel. Choose heavier switches if you want more resistance,...

When comparing mechanical keyboard switches, you will often see descriptions such as 45g switch, 50g switch, or 60g switch. But what does that number actually mean? A 45g switch usually does not mean that the physical switch weighs 45 grams. In keyboard terminology, “45g” normally refers informally to approximately 45 gf of force at a particular part of the keypress. It often refers to actuation force or operating force, although manufacturers do not always use the terminology in exactly the same way. That is why it is important to check which force specification the 45g figure actually refers to. Quick...

When choosing mechanical keyboard switches, you will increasingly encounter switches with less total travel than traditional mechanical designs. Some switches may use around 3.0–3.5 mm total travel, while traditional models are often closer to 3.8–4.0 mm. But is a short-travel switch actually better than a full-travel switch? The short answer is not automatically. Short-travel switches generally feel more compact and direct, while full-travel switches provide a deeper, more traditional mechanical keypress. Which is better depends mainly on gaming, typing style and personal preference. Quick choice Choose short-travel if you want a compact, direct keypress and like moving quickly through the...

The Kailh Jellyfish X Box Switch is a clicky keyboard switch for people who want a clear click, tactile feedback, and an audible typing experience. According to the provided specifications, this switch has a 47±15 gf operation force, 1.8±0.4 mm pre-travel, 3.6±0.3 mm total travel, ≥15 gf return force, 57±10 gf tactile force, and a lifespan of up to 100 million cycles. In simple terms: this is the clicky version in the Jellyfish line. While the Jellyfish Y is a calm linear switch, the Jellyfish X gives audible and tactile feedback. That makes it more typing-focused than silence-focused or smooth-gaming-focused....

When comparing mechanical keyboard switches, you will often see specifications such as 2.0 mm pre-travel and 4.0 mm total travel. The difference between these two measurements can be confusing at first. Total travel is the full distance a switch can move downward from its resting position until it completely bottoms out. In plain English: if a switch has 4.0 mm total travel, the stem can move roughly 4 millimeters downward before it physically reaches the end of its movement. Quick choice Around 4.0 mm total travel gives a traditional mechanical-switch feel. Shorter values such as 3.0–3.5 mm can feel more...

The Kailh Jellyfish Y Box Switch is a linear keyboard switch for people who want a smooth, direct, and relatively calm keypress. According to the provided specifications, this switch has a 50±10 gf operation force, 1.8±0.4 mm pre-travel, 3.6±0.3 mm total travel, ≥15 gf return force, and a lifespan of up to 100 million cycles. In simple terms: this is a linear switch without a tactile bump and without a clicky sound. It feels slightly firmer than ultra-light switches like Coco Pink, while still being easy and fast enough for gaming, office, and daily use. Quick choice Looking for a...

When comparing mechanical keyboard switches, you will often see specifications such as 1.2 mm pre-travel, 2.0 mm pre-travel, or 4.0 mm total travel. The difference between pre-travel and total travel can be confusing at first. Pre-travel is the distance a switch needs to move downward before the keypress is registered. A lower number therefore means the switch activates earlier in its physical movement. In plain English: with 2.0 mm pre-travel, the key needs to move about 2 millimeters before the keyboard registers the input. With 1.2 mm pre-travel, registration happens earlier in the stroke. Quick choice Want a traditional, familiar...

The Kailh Box Summer Switch is a clicky keyboard switch for people who want a clear click, audible feedback, and a pronounced typing feel. According to the provided specifications, this switch has a 50±15 gf operation force, 1.8±0.4 mm pre-travel, 3.6±0.3 mm total travel, ≥15 gf return force, 55±15 gf tactile force, and a lifespan of up to 80 million cycles. In simple terms: this is not a quiet switch and not a smooth linear switch. The Kailh Box Summer is made for typists who like to hear and feel when a key actuates. Because of its clicky character, it...

When comparing mechanical keyboard switches, you will often see several force specifications. Two of the most important are actuation force and bottom-out force. A switch might, for example, be listed as having a 45 gf actuation force and a 60 gf bottom-out force. Although both values describe force, they refer to different parts of the keypress. Actuation force describes approximately how much force is required around the point where the switch registers. Bottom-out force describes the force near the end of the switch's full travel. Quick choice Actuation force mainly tells you how light or heavy the switch is to...

The Kailh Crystal Royal Box Switch is a tactile keyboard switch for people who want a clear, firm bump without a clicky mechanism. According to the provided specifications, this switch has a 45±15 gf operation force, 1.8±0.4 mm pre-travel, 3.6±0.3 mm total travel, ≥15 gf return force, 75±10 gf tactile force, and a lifespan of up to 80 million cycles. In simple terms: this is not a smooth linear switch and not a loud clicky switch. The Crystal Royal Box gives a strong tactile bump, making it very clear when the key passes through the feedback point. That makes it...

When comparing mechanical keyboard switches, you will often see specifications such as 45 gf actuation force and 60 gf bottom-out force. The second number in particular can be confusing. What exactly does bottom-out force mean, and what difference does it make when typing or gaming? Bottom-out force is approximately the amount of force required when you press a switch all the way to the end of its travel. It does not describe the point where the key registers. Instead, it describes the resistance near the bottom of the keypress. In plain English: actuation force tells you roughly how much force...