How to Choose Keyboard Switches by Actuation Force

There is no universally best keyboard switch actuation force: lighter switches take less force to trigger, while heavier ones require a firmer press. The right choice depends on how you type or play, whether you tend to press keys unintentionally, and which feel you prefer. To start comparing, open the mechanical keyboard switch database, set an actuation-force range, then apply the filter or sort the results by force.

What does actuation force mean?

Actuation force is the force needed for a switch to register a keypress. It is commonly listed in grams, though the more precise unit is gram-force (gf). A lower figure means less force is needed to reach the actuation point; a higher figure means more is needed. Manufacturer figures may include a tolerance, so the force of an individual switch can vary around the nominal value.

Actuation force is not the same as bottom-out force. Bottom-out force describes the force specified for pressing the switch all the way down. Nor is force a measure of actuation distance: pre-travel is how far the stem moves before the keypress registers. A switch can therefore feel different depending on its spring, travel, and, for a tactile switch, the shape of its tactile bump—not just its actuation-force number.

A real comparison: 35 gf and 50 gf switches

Consider two linear switches in Creamy Keyboard’s database. The Akko CS Vintage White is listed at 35 gf actuation force; Akko specifies 35 gf ± 5 gf. The Akko CS Matcha Green is listed at 50 gf; Akko specifies 50 gf ± 5 gf. These are manufacturer-published actuation figures, not bottom-out-force figures.Akko’s specifications for Vintage White and Matcha Green give the respective force values and tolerances.

• The 35 gf Vintage White is the lighter option on paper. You may prefer this sort of force if you like a light press or want to avoid pushing firmly on every keystroke. If you rest your fingers on the keys or type with a very light touch, it may also take less to trigger a key than you intend.

• The 50 gf Matcha Green takes more force to actuate. You may prefer that firmer feel if a very light switch seems too easy to press. It is not a guarantee against accidental keypresses, and a heavier switch may feel tiring to some people during long sessions.

This comparison holds switch type constant—both are linear—so it offers a useful starting point for thinking about force. It does not make them identical in feel: springs, tolerances, lubrication, and the rest of each switch’s design still matter. In these examples, the database lists bottom-out force as 45 gf for Vintage White and 63 gf for Matcha Green; compare that field separately rather than treating it as the actuation force.

How to choose a force that suits you

Think about what you notice at your keyboard now. Do you find very light presses comfortable, or do you sometimes brush keys and register characters by accident? Does a firmer press feel reassuring, or does it become tiring? Your own experience is a better guide than treating any force value as a performance ranking.

For gaming, consider the feel you want under frequently used keys, but do not assume a lower actuation force makes you faster. For writing or general use, consider how a switch feels across repeated presses and over a typical session. Force is only one part of that experience; switch type and travel also affect the press.

If you can, try a small switch tester or borrow a few switches before buying a full set. Compare a lighter and heavier option of the same type, and pay attention to both the press needed to actuate and the feel when the key bottoms out. Published specifications help you shortlist; they cannot fully describe how a switch will feel to you.

Filter and sort by force in the database

On the Creamy Keyboard switch database, enter the lower and upper actuation-force values you want to explore, then apply the filters. You can combine that range with switch type, pre-travel, silent status, or factory lubrication. Sorting by actuation force can also help you scan the available options from lighter to heavier or vice versa. The database shows the specifications available for each listing; where reliable information is unavailable, a field may be left unknown rather than estimated.

Before choosing a switch, check that it is compatible with your keyboard. Mechanical, optical, magnetic, and low-profile switches are not interchangeable by default, and even mechanical switches need the right socket and mounting fit.

Start with a broad force range, compare a few switches of the same type, then narrow the list to the presses that sound comfortable for your habits. Explore the database to compare available switch specifications and refine your shortlist.