Rapid Trigger is a feature on Wooting’s analog keyboards, configured through the Wootility software, that changes how key presses and releases are detected. Instead of a fixed actuation point that triggers a press at a set distance and needs the key to travel back up before releasing, Rapid Trigger continuously tracks the direction the key is moving and registers a press or release based on that direction change, at whatever depth it happens.
To set it up, open Wootility, select your keyboard, go to the per-key or global performance settings, enable Rapid Trigger, and set a reset sensitivity value. The sensitivity is the part most people need to tune — too low and you get accidental double inputs from finger tremor, too high and it starts behaving closer to a normal actuation point.
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Quick answer
Enable Rapid Trigger in Wootility’s key configuration screen, start with a small reset sensitivity value, and test it specifically on your movement keys (WASD) where counter-strafing benefits most. If you notice unwanted double presses, raise the sensitivity slightly; if direction changes feel like they’re not registering fast enough, lower it.
| Setting | What it controls | Starting point |
|---|---|---|
| Actuation point | Depth at which a normal press first registers | Personal preference, often light-to-medium |
| Rapid Trigger toggle | Switches from fixed actuation to direction-based detection | Enabled on movement keys for counter-strafing |
| Reset sensitivity | How much direction change is needed to register a new state | A small value, adjusted up if double inputs occur |
Why Rapid Trigger exists
Wooting’s keyboards use analog Hall-effect switches, which measure how far a key has physically traveled rather than just registering a binary on/off state like a standard mechanical switch. That continuous travel data is what makes Rapid Trigger possible — the keyboard’s firmware can watch the key’s position in real time and react to a change in direction immediately, instead of waiting for the key to cross a fixed threshold.
The practical benefit shows up most clearly in games that reward fast, precise movement changes — stopping instantly when you release a movement key, a technique often called counter-strafing in tactical shooters. With a standard switch and fixed actuation point, there’s a mechanical delay built into how far the key has to travel before release registers. Rapid Trigger shrinks that delay to the minimum the switch itself allows.
It’s a firmware-level feature, not a software macro or scripted behavior, which is part of why it’s treated differently from things like auto-fire macros in most games’ rules — it changes how quickly a legitimate key state is detected, not what gets sent when you press a key.
To put the mechanical difference in concrete terms: a standard mechanical switch with a fixed actuation point set at, say, 2mm requires the key to travel down 2mm to register a press, and then travel back up close to its full reset point — often close to the top of its total travel — before a release is recognized. Rapid Trigger removes that fixed reset requirement entirely. If you push the key down 1mm and immediately start letting up, even a fraction of a millimeter of upward movement is enough to register a release under Rapid Trigger, versus needing to travel most of the way back to the top under fixed actuation. That difference, multiplied across dozens of direction changes during a single round, is where the responsiveness gain actually comes from.
Enabling Rapid Trigger in Wootility
Open Wootility with your Wooting keyboard connected and select your device from the app. Navigate to the performance or key-configuration area where actuation settings live — this is where you’ll find both the standard actuation point controls and the Rapid Trigger toggle, since they’re two different modes for the same underlying analog input system.
You can typically apply Rapid Trigger globally across the whole keyboard, or per-key/per-profile if you only want it active on specific keys like WASD while leaving other keys on standard fixed actuation. Enabling it per-key is common among competitive players who want Rapid Trigger’s benefits for movement without changing the feel of every other key on the board.
Once enabled, save the change to your active profile. If your keyboard supports onboard profile storage, save it to the device as well so the setting persists without Wootility running in the background.
It’s worth building out a small set of named profiles rather than continuously editing one single configuration — a “default typing” profile with standard fixed actuation for everyday use, and a separate “competitive movement” profile with Rapid Trigger enabled specifically on WASD, switched between as needed. This avoids accidentally leaving an aggressive Rapid Trigger sensitivity active during normal typing, where the same tremor-sensitivity tradeoff that helps counter-strafing can instead cause frustrating double letters in a chat message or document.
Step-by-step: the exact clicks in current Wootility
Wootility runs both as a desktop app and as a browser version at the Wootility web address, which talks to the keyboard directly through a Chromium-based browser. The layout is the same in both. Here is the full sequence from a fresh install:
- Update firmware first. When you connect the keyboard, Wootility checks the firmware and prompts you to update if a newer version exists. Accept it before changing settings. Several Rapid Trigger options, including split press and release sensitivity and per-key Rapid Trigger, depend on recent firmware.
- Pick a profile. Wooting keyboards store several onboard profiles. Choose the one you want to make your gaming profile, and rename it so you can tell it apart from your typing profile.
- Open the Performance tab. This is where the actuation point slider and the Rapid Trigger section live.
- Flip the Rapid Trigger toggle. As soon as it is on, the sensitivity slider appears underneath.
- Set the sensitivity. This value, shown in millimeters, is how far the key must move in the opposite direction before a new press or release registers. A smaller distance is more sensitive.
- Optionally split press and release. Hall-effect Wooting boards let you set separate distances for the downstroke (re-press) and the upstroke (release).
- Restrict it to specific keys. Use the per-key Rapid Trigger option to select only the keys you want, such as W, A, S and D, and leave everything else on a normal actuation point.
- Decide on Continuous Rapid Trigger. By default, Rapid Trigger stops tracking once the key rises above the actuation point. With Continuous Rapid Trigger on, it keeps tracking all the way until the key is fully released, so you can re-trigger high in the key’s travel.
- Save. Changes are written to the keyboard’s onboard profile, so they keep working on another PC or without Wootility running.
On older Wooting One and Wooting Two boards with optical Flaretech switches, Rapid Trigger is available but with a narrower range. Wooting lists the Flaretech upstroke sensitivity range as 0.60mm to 2.15mm, and per-key Rapid Trigger is limited to the Hall-effect lineup (Wooting Two Lekker Edition, Two HE, 60HE, 80HE and UwU). If your slider will not go below 0.6mm, that is a hardware limit, not a bug.
Wootility Walkthrough: Every Rapid Trigger Option Explained
Wootility groups all of the analog behaviour on one screen, but the options are easy to misread the first time. Here is what each control does in the current layout, which is the same in the desktop app and the browser-based version.
- Pick the profile first. Every Rapid Trigger setting belongs to a profile. Choose or create the profile you want to change before touching any sliders, otherwise you will edit your typing profile by accident.
- Open the Performance tab. This is where the actuation point, Rapid Trigger and related options live.
- Check the actuation point on the left. Rapid Trigger only takes over once the key has passed this depth. Wooting’s own example uses a 2.0mm actuation point, with Rapid Trigger active anywhere past 2.0mm.
- Enable the Rapid Trigger toggle. One shared sensitivity slider appears, controlling how far the key must reverse direction to register a press or release.
- Optional: Separate up/downstroke sensitivity. This splits the slider in two, so you can set one distance for presses on the way down and another for releases on the way up. Most players who use it set a smaller release distance so stopping feels instant, while keeping presses slightly more forgiving.
- Optional: Continuous Rapid Trigger. Explained in its own section below.
- Optional: Per-key Rapid Trigger. On Hall-effect boards, the “Set per-key rapid trigger” button lets you choose which keys use it. Older Flaretech boards (Wooting One and Two) apply it to the whole profile.
- Save to the keyboard. Confirm the profile is stored on the board so it works without Wootility open and on other computers.
Sensitivity ranges by keyboard generation
The available range depends on the switch technology. According to Wooting’s help documentation, Flaretech (optical) boards allow a shared sensitivity from 0.60mm to 2.15mm, and with split sensitivity 0.60mm to 2.15mm on the upstroke and 0.20mm to 2.15mm on the downstroke. Hall-effect boards such as the 60HE and 80HE allow much finer values. The exact slider limits can change with firmware updates, so read them directly from the Performance tab for your model rather than copying a number from an older guide.
Tuning reset sensitivity
Reset sensitivity is the distance of direction-change the switch needs to detect before Wootility registers a new press or release state. A very small sensitivity value means even tiny reversals in key travel — including natural finger tremor that happens during a sustained hold — can trigger an unintended new input, which shows up as an accidental double-tap or stutter in movement.
A larger sensitivity value requires a more deliberate direction change before it registers, which reduces false triggers but also reduces some of Rapid Trigger’s responsiveness advantage over a standard actuation point. Most players start with a small value and increase it gradually only if they notice double inputs during normal play, rather than starting high and trying to go lower.
Because this setting interacts with your own finger pressure and typing style, expect to spend a session or two adjusting it in practice or in a low-stakes match before settling on a value that feels reliable specifically for your hands.
A useful mental model for tuning: think of reset sensitivity as a tradeoff dial between two failure modes rather than a single “better/worse” scale. Too low, and the failure mode is unwanted double inputs from tremor. Too high, and the failure mode is movement feeling laggy or unresponsive compared to a properly tuned lower value, since more deliberate travel is required before a direction change registers. Neither failure mode is catastrophic on its own, which is why it’s worth erring slightly toward the higher, more conservative end while you’re still learning your own hands’ tendencies, then working the value down carefully once you have a feel for how your particular typing pressure behaves.
Setting it up for counter-strafing
Counter-strafing relies on being able to stop your character’s movement essentially instantly by releasing the opposite direction key. With Rapid Trigger active on your movement keys, releasing a key registers the moment you start lifting off, rather than waiting for the key to travel most of the way back to its rest position, shaving the release delay down to close to the physical limit of the switch.
Focus your initial Rapid Trigger setup on the WASD block specifically if that’s your main goal, rather than enabling it keyboard-wide immediately. This limits the behavior change to the keys where it matters most for movement, while leaving other keys (menu navigation, chat, utility binds) on a more traditional feel if you prefer that distinction.
Practice the movement pattern deliberately in a training range or offline mode before taking it into a ranked match — Rapid Trigger changes the timing feel enough that muscle memory built on a standard actuation point needs a short adjustment period.
A common early mistake is expecting Rapid Trigger alone to fix inconsistent counter-strafing without also addressing the timing of the input itself — the feature reduces mechanical delay in how the keyboard reports your movement, but it doesn’t change your own reaction time or the precision of when you actually release the key. Players moving from a standard keyboard often see the biggest improvement not immediately, but after a few sessions of deliberately practicing the counter-strafe timing with the new, more responsive input behavior, since the muscle memory itself still needs to adapt to the tighter feedback loop.
Actuation point interaction with Rapid Trigger
Rapid Trigger and a fixed actuation point aren’t fully independent — the actuation point still defines where the very first press of a key sequence registers, while Rapid Trigger governs everything after that initial press in terms of how presses and releases are detected during continued key travel. Setting an unusually low actuation point alongside a low Rapid Trigger sensitivity compounds the risk of accidental double inputs, since both settings are now sensitive to small movements.
If you’re getting inconsistent results, try adjusting one setting at a time rather than changing both actuation point and sensitivity simultaneously, so you can identify which one is actually responsible for the behavior you’re seeing.
A reasonable diagnostic approach when troubleshooting is to temporarily set the actuation point to a more moderate, middle-of-the-road value while you dial in Rapid Trigger’s sensitivity, then only push the actuation point lower afterward once the sensitivity value feels solid on its own. Changing two interacting variables at once makes it much harder to tell which one caused an improvement or a new problem.
Recommended starting values by game
Numbers give you a baseline to tune from instead of guessing. Wooting’s own CS2 guide suggests a starting configuration of a 0.7mm actuation point on WASD, 1.5mm on the rest of the keyboard, a 0.5mm Rapid Trigger sensitivity, Continuous Rapid Trigger off, and Tachyon Mode on. From there it suggests moving the WASD actuation point somewhere between 0.4mm and 0.7mm and the sensitivity somewhere between 0.2mm and 0.5mm as you get used to it. The table below extends that logic to other genres.
| Use case | Keys | Actuation point | Rapid Trigger |
|---|---|---|---|
| CS2, Valorant and other tactical shooters | W, A, S, D | 0.4mm to 0.7mm | On, 0.2mm to 0.5mm |
| Tactical shooters | Ability and utility keys (Q, E, C, X, number keys) | 1.2mm to 2.0mm | Off, to avoid accidental casts |
| Tactical shooters | Space (jump) and Ctrl (crouch) | 1.5mm or deeper | Off, or a conservative 0.5mm or more if you crouch-spam |
| Fast arena and battle royale shooters | Movement keys | 0.8mm to 1.2mm | On, 0.3mm to 0.5mm |
| Rhythm games such as osu! and other tapping games | The two or four tapping keys | 0.5mm to 1.0mm | On, 0.15mm to 0.35mm, Continuous on |
| Typing and desktop use | All keys | 1.5mm to 2.0mm | Off |
Treat every number here as a starting point. Hand weight, keycap profile and switch type all change how a given distance feels, and the right value is the lowest one that does not produce unwanted inputs during a real match.
Split press and release sensitivity, explained
Hall-effect Wooting boards let you set the upstroke and downstroke distances separately. The upstroke value controls how far you need to lift before the key releases, which is what matters for stopping movement and counter-strafing. The downstroke value controls how far you must press again before it re-registers after a release.
A common pattern is a tighter release than press. For example, a 0.15mm to 0.2mm upstroke gives very fast stops, while a slightly larger 0.3mm to 0.4mm downstroke prevents a resting finger from re-triggering the key when you relax pressure mid-hold. If you are getting phantom re-presses but releases feel good, raise only the downstroke value instead of making the whole feature less sensitive.
Continuous Rapid Trigger: on or off?
With standard Rapid Trigger, once the key rises back above the actuation point the key is fully reset, and the next press must cross the actuation point again. Continuous Rapid Trigger keeps the direction tracking active until the key reaches the very top of its travel. That means you can tap rapidly in the upper part of the stroke without ever going back down to the actuation point.
It helps in tapping-heavy games and for players who hover with very light finger pressure. The downside is that a finger resting on the key can trigger extra inputs near the top of travel, so for movement keys in tactical shooters many players, including Wooting’s own baseline, leave it off and only turn it on if they prefer a very shallow playing style.
Tachyon Mode and polling rate
Tachyon Mode is a separate toggle in Wootility that tells the keyboard to prioritize input speed. It turns off RGB effects and lowers RGB brightness so the controller spends its time on key scanning. On the Wooting 60HE v2 and 80HE, Wooting states that Tachyon Mode also enables true 8K polling. Early Wooting boards disabled the adjustable actuation point in Tachyon Mode, but current Hall-effect boards run Rapid Trigger and custom actuation with Tachyon on.
If you enable 8K polling, confirm your CPU handles it well in your game. Some systems show stutter or higher CPU load at very high polling rates, in which case dropping back to 1000Hz loses very little in practice.
Rapid Trigger vs Snappy Tappy and Rappy Snappy
Wootility also includes SOCD-style features, which are often confused with Rapid Trigger but are a very different thing:
- Rapid Trigger changes when a single key registers a press or release, based on that key’s own movement.
- Snappy Tappy decides what happens when two opposing keys, such as A and D, are held at once. It sends only the most recent key, so pressing D while still holding A instantly switches direction.
- Rappy Snappy does a similar job using analog depth, giving priority to whichever of the two opposing keys is pressed deeper.
The distinction matters for rules. Wooting’s CS2 guide states that Rapid Trigger, adjustable actuation and Continuous Rapid Trigger are allowed in CS2, while Snappy Tappy and Rappy Snappy are banned by Valve on its servers, and using them on official servers can get you kicked from the match. Tachyon Mode does not switch these off for you, so if you play CS2, check that both are disabled in your gaming profile. Other games and tournament organizers set their own policies on SOCD-style features, so check the current rules for your title before using them in ranked or organized play.
Importing pro player profiles
If you would rather start from a known configuration, Wooting maintains a library of shareable profiles, including settings used by professional CS2 players on the Wooting 80HE. Importing one loads its actuation points, Rapid Trigger settings and key assignments into a profile slot in a few clicks.
Use these as a reference, not a final answer. A profile tuned for one player’s hands and keycaps often feels too sensitive or too heavy on another setup. Import it into a spare slot, play a few deathmatch or practice sessions, and then adjust one value at a time from there.
How to verify Rapid Trigger is actually working
- Watch the live key travel. Wootility displays analog key travel in real time on supported boards. Press a WASD key slowly and lift a fraction of a millimeter; with Rapid Trigger on, the key should switch to released almost immediately rather than waiting until it passes the actuation point.
- Use a key tester. Open a browser-based keyboard tester and do small partial lifts and re-presses on the key. Each partial reversal larger than your sensitivity value should show a new press.
- Test in a practice map. In a CS2 practice server, strafe and release while watching your movement speed indicator or the accuracy of your first shot. Shots fired right after a counter-strafe should land consistently.
- Compare profiles. Switch between your Rapid Trigger profile and a plain profile with the profile-switch shortcut and repeat the same movement drill. If you cannot feel any difference, check which keys actually have Rapid Trigger enabled.
Starting Settings by Game: CS2, Valorant, Apex and More
There is no single correct number, but the starting points below reflect the values Wooting and competitive players commonly publish. Treat them as a baseline, play a few sessions, then change one value at a time.
| Game | Movement keys (WASD) | Other keys | Notes |
|---|---|---|---|
| Counter-Strike 2 | Actuation around 0.7mm, Rapid Trigger sensitivity around 0.5mm, lowering toward 0.2mm if your fingers are steady | Actuation around 1.5mm, Rapid Trigger off | Wooting’s CS2 guide lists 0.7mm / 0.5mm on WASD, 1.5mm elsewhere, Continuous Rapid Trigger off and Tachyon mode on as its baseline |
| Valorant | Similar to CS2: low actuation with a sensitivity of roughly 0.2mm to 0.5mm | Abilities (Q, E, C, X) at a deeper 1.0mm to 2.0mm with Rapid Trigger off | Deeper ability keys prevent wasting utility with an accidental brush |
| Apex Legends | Moderate actuation with Rapid Trigger on; counter-strafing matters less than in tactical shooters | Jump and slide keys at a deeper actuation | Movement tech relies on timing rather than instant stops, so comfort beats the lowest values |
| Overwatch 2, Fortnite | Rapid Trigger optional on WASD at a moderate sensitivity | Abilities and building keys at medium to deep actuation | The gain is smaller, so a safer profile is often the better choice |
| Rhythm games (osu! and similar) | Not applicable | Tap keys with Rapid Trigger on and a small sensitivity | Fast repeated taps benefit the most from early resets |
A good rule from most published guides: keep Rapid Trigger off on keys where a false press costs you, such as the defuse or interact key, jump, and abilities with long cooldowns. An accidental release in the middle of a CS2 defuse cancels it.
Continuous Rapid Trigger: When to Turn It On
With standard Rapid Trigger, the behaviour ends whenever the key rises back above the actuation point. The next press then starts again from that fixed point. Continuous Rapid Trigger keeps the direction-based detection active until the key is fully released to the top, so you can press, lift slightly and press again anywhere in the travel, even above the actuation point.
- Turn it on if you rapidly re-press movement keys without fully lifting your fingers, or for rhythm games where you tap from a hovering position.
- Leave it off while you are learning, or if you rest your fingers heavily on the keys. Wooting’s CS2 baseline lists it as off, because with it on, small lifts high in the travel can register inputs you did not mean to make.
Tachyon Mode and Why It Pairs With Rapid Trigger
Tachyon mode is a separate Wootility setting that prioritises input speed. Wooting describes it as disabling non-essential features such as RGB effects so the keyboard can deliver input with consistently low latency. On the 80HE and 60HE v2 it is also tied to the highest polling rate the board offers. Rapid Trigger decides when a key state changes; Tachyon mode reduces how long that change takes to reach the computer. They solve different parts of the same delay, so competitive players usually enable both in a gaming profile and leave Tachyon off in a typing profile where lighting effects matter more.
When Rapid Trigger doesn’t work
It requires analog switches specifically — Hall-effect or similar technology capable of reporting continuous travel — so it won’t work on any keyboard using standard mechanical switches, regardless of software, since the switch itself can’t report the position data Rapid Trigger needs. Check that your specific board is one of Wooting’s analog models, or another manufacturer’s analog-switch keyboard with equivalent firmware support, before expecting this feature to be available at all.
Some games and competitive rulesets restrict or ban Rapid Trigger specifically, treating it differently from a standard analog actuation point, so check both the game’s current input-device policy and any tournament-specific rules if you’re planning to use it in organized competitive play rather than casual matches.
Very low sensitivity settings combined with a naturally heavy or unsteady typing style can make Rapid Trigger feel worse than a standard actuation point rather than better — if you’ve tuned sensitivity upward repeatedly and still get frequent double inputs, a fixed actuation point may simply suit your hands better for that particular key.
Rapid Trigger’s benefit is also proportionally smaller in genres and games that don’t reward frame-perfect movement changes the way tactical shooters with counter-strafing mechanics do. In a slower-paced game, or one where movement isn’t tied tightly to aim accuracy, the difference between a well-tuned fixed actuation point and Rapid Trigger is far less likely to be noticeable during actual play, even though the underlying mechanical timing difference is technically still present.
Rapid Trigger vs Snap Tap and SOCD: Not the Same Feature
Rapid Trigger is often confused with SOCD features, sold under names such as Snap Tap, Snappy Tappy and Rappy Snappy. They are different. Rapid Trigger changes when a single key counts as pressed or released. SOCD features decide what happens when two opposing keys, such as A and D, are held at the same time, typically by letting the most recent key win and cancelling the other.
The difference matters for rules. In August 2024 Valve announced that CS2 would no longer allow features that automate counter-strafing by handling opposing inputs for you, which covers Snappy Tappy and Rappy Snappy. Rapid Trigger and adjustable actuation remained permitted. Other publishers and tournament organisers set their own policies, and these can change, so check the current rules for each game and event before you rely on any of these settings.
Common Rapid Trigger Setup Mistakes
- Applying aggressive values to every key. A 0.2mm sensitivity that helps WASD can cause misfires on jump, reload or ability keys.
- Changing actuation and sensitivity together. When both move at once you cannot tell which change helped or hurt.
- Forgetting which profile is active. Many “it doesn’t feel any different” reports come from editing one profile while another is loaded.
- Skipping firmware and Wootility updates. Wooting adds and adjusts analog options through updates, and older firmware may lack settings shown in current guides.
- Resting fingers heavily on the keys. With low sensitivity, the weight of a resting finger can push a key just far enough to trigger. Either lighten your touch or raise the sensitivity.
- Treating it as a skill substitute. Rapid Trigger reduces mechanical delay, but stop timing still has to be practised.
- Not testing outside the game. A live key-travel display, such as the one in Wootility, is the quickest way to see whether a key is actually crossing the thresholds you set.
Troubleshooting
Symptom: Movement keys register double taps during normal walking. Cause: reset sensitivity is set too low for your natural finger movement. Fix: increase the sensitivity value incrementally in Wootility and retest after each change.
Symptom: Counter-strafing doesn’t feel any faster than before enabling Rapid Trigger. Cause: Rapid Trigger may not actually be enabled on the specific keys you’re testing, or it’s applied globally but the per-key override wasn’t saved. Fix: recheck the key configuration screen in Wootility to confirm which keys currently have Rapid Trigger active.
Symptom: Settings don’t persist after unplugging and reconnecting the keyboard. Cause: the profile change was made in Wootility but not saved to the keyboard’s onboard memory. Fix: use the save-to-device action in Wootility after making changes, rather than relying on the software session alone.
Symptom: A specific game doesn’t seem to register Rapid Trigger’s faster release timing. Cause: some games apply their own internal input-processing or smoothing that can mask very fast release timing regardless of keyboard behavior. Fix: check the game’s own input settings for anything related to movement smoothing, and confirm with a separate key-testing tool that the keyboard itself is reporting correctly.
Symptom: Typing normal text produces occasional duplicated letters after enabling Rapid Trigger globally. Cause: a sensitivity tuned for fast competitive movement is often too aggressive for the more varied, less deliberate finger pressure used during typing. Fix: restrict Rapid Trigger to a dedicated gaming profile rather than applying it keyboard-wide across a profile you also use for typing.
More Rapid Trigger questions
Which Wooting keyboards support Rapid Trigger?
All current Wooting analog keyboards support it. The Hall-effect boards, including the 80HE, 60HE, Two HE, Two Lekker Edition and UwU, get the full feature set with per-key Rapid Trigger and split press and release sensitivity. Older optical Wooting One and Two models support Rapid Trigger with a narrower sensitivity range.
Can I use Wootility in a browser instead of installing it?
Yes. The web version of Wootility runs in Chromium-based browsers such as Chrome and Edge and connects to the keyboard directly. Settings are saved to the keyboard, so you can configure it on one machine and use it on another without installing anything.
Do my Rapid Trigger settings work without Wootility running?
Yes. Settings are stored in the keyboard’s onboard profiles. Once saved, Rapid Trigger works on any computer or console the keyboard is plugged into, with no software running.
Should I enable Rapid Trigger on every key?
Usually not. Enable it on movement keys first and leave abilities, jump, chat and utility keys on a normal actuation point. Keys your fingers rest on, such as Shift and Space, are the most likely to produce accidental inputs with Rapid Trigger on.
Is Rapid Trigger the same as Snap Tap or SOCD?
No. Rapid Trigger affects how one key detects its own press and release. Snap Tap style features, called Snappy Tappy and Rappy Snappy in Wootility, resolve conflicts between two opposing keys. CS2 allows Rapid Trigger but Valve bans Snappy Tappy and Rappy Snappy on its servers.
Frequently asked questions
What is Rapid Trigger and how is it different from a normal actuation point?
A normal actuation point registers a key press once you push the switch past a fixed distance, and it needs to travel almost all the way back up before it registers a release. Rapid Trigger instead watches the direction of travel continuously — it registers a press once the key crosses its actuation point on the first press, then re-triggers on tiny direction changes after that and a release as soon as you start letting up, regardless of the exact distance traveled.
Does Rapid Trigger work on any mechanical keyboard?
No. It requires analog Hall-effect or optical switches that can report continuous key travel, not the fixed on/off signal of a standard mechanical switch. Wooting keyboards, along with a growing number of other analog boards, support it; traditional mechanical keyboards do not.
What sensitivity should I start with for Rapid Trigger?
A small reset sensitivity, often in the range of a fraction of a millimeter to around 0.3-0.5mm, is a common starting point recommended by competitive players, then adjusted based on whether you experience accidental double inputs or missed direction changes.
Why am I getting accidental double inputs with Rapid Trigger enabled?
This usually happens when the reset sensitivity is set too low relative to natural finger tremor, causing tiny unintentional movements to register as new presses. Increasing the sensitivity value slightly, and checking that your actuation point isn’t set unusually low too, typically resolves it.
Is Rapid Trigger allowed in competitive shooters?
Support varies by title and by tournament ruleset. Rapid Trigger is a hardware/firmware feature rather than software macro injection, and many competitive games and events currently permit it, but policies do change, so check the specific game’s and event’s current rules before relying on it in ranked or tournament play.
