Valorant Console Cronus Zen Deadzone Settings: Inner, Outer and Aim Curve Guide

Inner Deadzone, Outer Deadzone and Aim Curve are three different Valorant Console controller settings.

They can all affect how the right stick feels, but they solve different problems.

This becomes especially important with a Cronus Zen GPC because some scripts also contain their own:

• Deadzone processing
• Response scaling
• Sensitivity multipliers
• Internal curve systems

The most important rule is:

Valorant deadzone ≠ Valorant Aim Curve ≠ script-side deadzone or response curve.

Quick Answer

What Is Inner Deadzone?

The inner deadzone is the area around the physical center of an analog stick where small movement is ignored.

Think of the stick center as a circle.

A larger inner deadzone creates a larger ignored area around that center point.

A smaller inner deadzone lets smaller physical stick movements register sooner.

What Happens If Inner Deadzone Is Too Low?

If your controller has stick drift, a very small inner deadzone can allow that unwanted input to reach the game.

You may notice:

• The camera moving without intentional input
• Very small unwanted horizontal movement
• Very small unwanted vertical movement
• An unstable center position

What Happens If Inner Deadzone Is Too High?

A large inner deadzone can make the first part of stick movement feel unresponsive.

You may move the stick slightly and feel:

nothing → nothing → sudden movement.

This can make small controller corrections feel less natural.

Best Inner Deadzone Approach

There is no universal number that works for every controller.

A better starting rule is:

Use the lowest inner deadzone that keeps the controller stable without unwanted drift.

Controller wear matters.

Two players using identical Valorant settings can still need different inner deadzones because the physical sticks are different.

Do Not Copy Inner Deadzone Blindly

If someone else's controller remains perfectly centered at a low value, that does not mean your controller will.

Deadzone should be calibrated around:

• Your physical controller
• Stick wear
• Stick drift
• The response you actually feel

What Is Outer Deadzone?

The outer deadzone affects the opposite end of stick travel.

Instead of controlling the center, it affects how close the stick needs to get to its physical edge before the game treats the input as maximum.

Inner vs Outer Deadzone

Should You Change Outer Deadzone?

Usually, there is less reason to change outer deadzone than inner deadzone.

If your controller reaches full stick input correctly, keep the outer setting stable while testing other variables.

Changing it without a specific reason adds another variable to the setup.

A Simple Deadzone Baseline

For a clean Valorant Console setup:

1. Keep Outer Deadzone at your known working/default value.
2. Reduce Inner Deadzone only until small movement feels responsive.
3. Stop lowering it if the stick begins drifting.
4. Test the center position again after restarting the controller.
5. Only then move on to Aim Curve.

What Is an Aim Curve?

Aim Curve controls how physical stick movement is translated into camera response.

Two players can use the same sensitivity number while using different Aim Curves and have very different-feeling controller setups.

The curve determines how quickly input ramps as the stick moves farther from center.

Aim Curve Is Not Deadzone

Deadzone decides:

when input begins or reaches its outer limit.

Aim Curve affects:

how the registered input behaves between those points.

Simple Example

Imagine moving your stick halfway to the right.

Deadzone affects whether the beginning and end of that movement are registered normally.

The Aim Curve affects how that halfway position translates into camera response.

Valorant Console Aim Curves Changed After Launch

Riot has continued updating the console Aim Curve system.

Patch 9.07 added new text and visual descriptions for the available Aim Curve options.

The same update also combined the previous Smooth and Standard curves.

Players who had Smooth selected were moved to Standard.

Why Older Valorant Guides Can Be Outdated

If an older setup guide tells you to select the in-game:

Smooth Aim Curve

that instruction may no longer match the current console menu.

Riot merged Smooth into Standard in Patch 9.07.

Always check when a settings guide was published before copying its terminology.

Linear-Style Aim Curves

A more linear response generally tries to keep physical stick movement and output response more directly proportional.

This can make the stick feel more immediate.

The tradeoff is that very small physical inconsistencies can also become easier to notice.

More Gradual Curves

Other response curves can make the beginning of stick travel feel more gradual before increasing response farther from center.

This can give small stick corrections a different feel without requiring you to change the overall sensitivity number.

Which Aim Curve Should You Use?

Do not choose an Aim Curve based only on its name.

Riot now provides visual descriptions in the console settings menu specifically to make the differences easier to understand.

Use your current curve as a baseline and change it only when you can identify what you are trying to fix.

If Small Corrections Feel Too Abrupt

Before lowering sensitivity, compare:

• Inner Deadzone
• Current Aim Curve
• Any script-side response scaling

A sensitivity change is not the only way to alter small-stick response.

If Small Corrections Feel Unresponsive

Check Inner Deadzone first.

If the deadzone is very large, changing Aim Curve may not fix the initial ignored area around the stick center.

If Large Turns Feel Strange

Check:

• Outer Deadzone
• Base sensitivity
• Aim Curve

rather than changing the inner deadzone immediately.

Valorant Console Has Multiple Aim States

Valorant Console is also built around different aiming states, including its controller-specific Focus system and traditional ADS where supported.

This matters because controller response can feel different when moving between:

• Base look
• Focus
• ADS
• Scoped states

Do not assume a problem in one state means every sensitivity and curve setting needs to change.

What Is Focus Mode?

Focus was created specifically for Valorant's console controls.

It gives controller players a precision-oriented aiming state without simply turning the entire console version into a traditional ADS-only shooter.

Riot also provides separate sensitivity controls for console aiming states.

Where Does Cronus Zen Fit In?

The important signal chain is:

Physical Controller → GPC Processing → Valorant Controller Settings → Camera Response

The script does not replace Valorant's deadzone or Aim Curve system.

Instead, both layers can influence the final output.

Acid Aim+ V2 Has Its Own Deadzone Settings

Acid Aim+ V2 is a useful example.

The current Valorant GPC contains separate script-side options called:

• Deadzone Left
• Deadzone Right
• Response Left
• Response Right

These are internal GPC settings.

They are not automatically the same scale as Valorant's Aim Inner Deadzone or Aim Outer Deadzone.

Do Not Match the Numbers 1:1

This is one of the most important points in this guide.

If the Valorant menu says one deadzone value and the GPC says another, do not assume:

Valorant 5 = Script 5.

Different systems can use completely different scales and calculations.

Acid Aim+ V2 Also Has a Script-Side Sensitivity Curve

The current Acid Aim+ V2 source contains its own:

Sensitivity Curve

menu.

Its internal choices are:

• Linear
• Smooth
• Aggressive
• Dynamic
• Exponential

That Is Not Valorant's Aim Curve Menu

These names belong to the GPC.

They do not mean the script is physically changing Valorant's in-game Aim Curve setting.

This is especially obvious with Smooth: Riot merged its old in-game Smooth curve into Standard, while the current Acid Aim GPC can still have an internal script curve named Smooth.

Game Curve vs Script Curve

Acid Aim+ V2 Also Separates Sensitivity Types

The source exposes individual GPC values for:

• ADS Sensitivity
• Hip Sensitivity
• Scope Sensitivity

This creates another layer that can interact with Valorant's own controller sensitivity settings.

Why Double-Tuning Causes Problems

Imagine that you:

• Change Valorant Inner Deadzone
• Change Valorant Aim Curve
• Change the GPC Right Deadzone
• Change GPC Response Right
• Change script sensitivity

all at the same time.

If the controller now feels worse, you have no idea which setting caused it.

Best Setup Order

A much cleaner approach is:

1. Disable or minimize optional GPC stick processing while establishing your game baseline.
2. Set a stable Valorant Inner Deadzone.
3. Leave Outer Deadzone at a known working value.
4. Choose and test one Valorant Aim Curve.
5. Keep sensitivity stable.
6. Test the controller.
7. Only then change script-side deadzone, response or sensitivity options.

Start With the Game Before the Script

Your Valorant controller settings should make sense even before advanced GPC processing is added.

If basic manual stick movement already feels wrong, adding another curve or sensitivity layer can make diagnosis harder.

How to Test Inner Deadzone

1. Enter Valorant's practice environment.
2. Leave the right stick centered.
3. Watch for unwanted camera movement.
4. Make very small intentional stick inputs.
5. Adjust only the Inner Deadzone.
6. Retest.

Your goal is stable center input without making small intentional movement feel unnecessarily delayed.

How to Test Outer Deadzone

Outer Deadzone should be tested separately.

1. Keep Inner Deadzone unchanged.
2. Move the right stick through its full range.
3. Check whether full turning input feels consistent.
4. Only adjust Outer Deadzone if you have a specific full-input problem.

How to Test Aim Curve

1. Keep deadzones unchanged.
2. Choose one Aim Curve.
3. Make small stick movements.
4. Make medium stick movements.
5. Make full turns.
6. Repeat using the same sensitivity.

This allows you to feel the curve itself rather than confusing it with another setting change.

Use Riot's Visual Curve Descriptions

Riot specifically added visual Aim Curve descriptions to Valorant Console.

Use those graphs to understand whether a curve applies:

• More response early
• More gradual response early
• A more direct ramp

rather than selecting a curve purely because another player uses it.

Why Your PS5 and Xbox Settings May Differ

Even when the game settings are identical, different controllers can have different:

• Stick tension
• Center accuracy
• Wear
• Drift
• Physical maximum travel

This is why deadzone should be calibrated to the controller in your hands.

Does a New Controller Need the Same Deadzone?

Not necessarily.

If you replace an older controller with a new one, retest your Inner Deadzone.

A deadzone chosen to hide drift on an older stick may be unnecessarily large on the replacement controller.

Should Script Deadzone Match Game Deadzone?

Only when the particular script documentation explicitly says so.

Do not assume two differently scaled settings should use the same number.

The current Acid Aim+ V2 GPC, for example, uses its own internal Deadzone Left and Deadzone Right fields.

Those are separate from Valorant Console's game-side deadzone controls.

Should Script Curve Match Valorant Aim Curve?

Again, not automatically.

“Linear” or “Smooth” can describe a script developer's own mathematical transformation.

The label alone does not prove it maps directly to Riot's Aim Curve system.

What About Valorant Aimbot?

Valorant Aimbot contains its own internal stick-coordinate calculations.

However, the current source does not expose the same user-facing Deadzone Left / Deadzone Right / Sensitivity Curve menu structure found in Acid Aim+ V2.

This demonstrates why setup instructions should be script-specific.

What About Valorant V5?

The current project archive also contains a Valorant V5 GPC.

Its source includes:

• Stick Deadzone
• Low Sensitivity percentage
• High Sensitivity percentage
• Polar / Linear internal aim-target logic

Again, these are GPC-side controls and should not be confused with Riot's own controller menu.

Common Deadzone Mistakes

Using a Huge Inner Deadzone to Fix Sensitivity

Inner Deadzone should primarily solve center-stick behavior.

It is not a replacement for choosing an appropriate sensitivity or Aim Curve.

Reducing Inner Deadzone Until the Stick Drifts

The smallest possible number is not automatically the best number.

Changing Outer Deadzone Without a Reason

If maximum stick input already behaves correctly, leave the outer setting stable.

Common Aim Curve Mistakes

Changing Curve and Sensitivity Together

This makes it difficult to identify what changed the controller feel.

Following an Old “Smooth Curve” Guide

Riot merged the old Smooth Aim Curve into Standard in Patch 9.07.

Assuming GPC Smooth Means Valorant Smooth

A script can still contain an internal option with that name even though the game-side curve changed.

Common Cronus Zen Mistakes

Matching Game and Script Deadzone Numbers 1:1

The scales may be unrelated.

Stacking Several Response Systems Immediately

Establish the Valorant baseline first.

Copying Another Controller's Deadzone

Your physical stick condition may be different.

Troubleshooting Table

Recommended Testing Order

When building a new Valorant Console setup:

Controller Hardware → Inner Deadzone → Outer Deadzone → Valorant Aim Curve → Game Sensitivity → GPC Deadzone → GPC Response → GPC Sensitivity

Keeping this order makes troubleshooting far easier.

Final Answer

Valorant Console Inner Deadzone, Outer Deadzone and Aim Curve each control a different part of controller response.

Inner Deadzone controls the center of the stick.

Use the lowest stable value that does not create unwanted drift rather than copying a universal number.

Outer Deadzone affects when maximum stick input is reached.

If full stick movement already works correctly, keep it at a known working value instead of changing it unnecessarily.

Aim Curve changes how registered stick input ramps into camera response.

Riot updated the console Aim Curve interface in Patch 9.07 and merged the old Smooth curve into Standard, so older Smooth-based guides may now be outdated.

For Cronus Zen users, remember that some GPCs introduce an additional layer.

Acid Aim+ V2 contains its own:

• Deadzone Left / Right
• Response Left / Right
• Sensitivity Curve
• ADS / Hip / Scope sensitivity

Those settings are script-side and do not directly represent the equivalent Valorant Console sliders.

Build a stable in-game controller baseline first, then tune any GPC-specific processing separately.

For more help, read How Deadzone Settings Affect Cronus Zen Scripts, How Response Curve Settings Affect Cronus Zen Scripts, compare the catalog in Best Valorant Cronus Zen Scripts Compared, or browse the Valorant Cronus Zen Script Collection.