1:1 ADS Scope Sensitivity

When you aim down sights (ADS) or zoom in through a precision scope, your Field of View (FOV) decreases significantly. This change makes your physical mouse movement feel much faster on screen unless scaled properly.

To maintain a consistent physical aim feel between hipfire and zoomed scopes, games use a zoom sensitivity multiplier. For perfect micro-flick muscle memory, we employ a 0% Monitor Distance Match (MDM) formula, matching the raw focal length transition.

Standard Pro-Player Scoped Multipliers:

• Valorant (Operator & Marshal): Setting your Zoom Sensitivity Multiplier to 0.847 gives a perfect 1:1 focal length match for 1x zoom. For the 2.5x double-zoom Operator scope, the physical equivalent is 1.150.
• CS2 / CS:GO (AWP & Scout): The console command zoom_sensitivity_ratio 0.818933 (or rounded to 0.82) provides the mathematically perfect 1:1 focal length ratio for rapid scoped adjustments.
• Apex Legends: Apex allows per-zoom level sensitivity. Set 1.0 for 1x optics, 1.2 for 2x optics, and 1.3 for 3x optics to maintain a steady physical tracking speed.

The Three Ways a Game Can Scale Zoomed Aim

Almost every argument about “the correct ADS sensitivity” is really an argument about which of three things you want held constant. They are mutually exclusive: you cannot have all three at once, which is why no single multiplier is universally right.

• 0% Monitor Distance Match (focal length) keeps the rotation-per-count identical at the very centre of the screen. A tiny correction on a target sitting on your crosshair moves the camera by the same number of degrees hipfire or scoped. This is what the calculator above defaults to, and it is why CS2's 0.818933 is the value most AWPers converge on: the small adjustments that decide a duel happen near the centre, not at the screen edge.
• 100% Monitor Distance Match keeps travel across the full width of the monitor constant instead. A target at the edge of your hipfire screen stays at the edge of the mouse sweep when scoped. It feels more natural for wide tracking, and worse for micro-correction, which is the opposite trade-off.
• Viewspeed / hybrid methods split the difference by weighting vertical and horizontal movement separately. Some players prefer them on very high zoom levels, where 0% MDM can feel sluggish when swinging onto a target that was never on the crosshair to begin with.

If you only take one thing from this page: pick one method and apply it to every scope in every game. The cost of switching methods per weapon is that your hands never build a single, transferable reflex.

Why FOV Changes the Answer

Zoom multipliers are computed against your hipfire field of view, so two players running the samezoom_sensitivity_ratio at different FOVs do not get the same scoped feel. Raising FOV widens the hipfire image without changing the scope, which effectively increases the jump between the two states — so a wide-FOV player has more work for the multiplier to do.

Two practical consequences. First, changing your FOV means re-deriving your ADS multiplier, not just your hipfire sensitivity. Second, in games that expose separate FOV values for hipfire and ADS, the two have to be set before any multiplier is calculated, or the number you land on is answering the wrong question.

The Mistakes That Cost the Most Duels

• Tuning the scope by feel after every bad round. Scoped aim is the part of aiming you use least often per match, so it takes the longest to build a reflex for. Changing it weekly guarantees you never do. Set it mathematically, then leave it alone for at least a month of play.
• Copying a pro's multiplier without their DPI and FOV. The multiplier is a ratio applied on top of a hipfire sensitivity. Lifting the ratio alone, onto a different cm/360, produces a scoped speed that player has never used.
• Leaving Windows pointer speed off 6/11. Any other step makes the operating system scale counts before the game receives them, so every multiplier you compute downstream is applied to an input that has already been altered.
• Forgetting that some games apply the multiplier per zoom stage. Apex and Overwatch 2 expose separate values per optic or per hero; a single global number silently leaves the other stages mismatched.

Checking Your Own Number Without Trusting Anyone

The multiplier is only correct if it survives a test. Put your crosshair on a fixed reference point on a wall, make a small deliberate movement — a couple of centimetres, no more — and note where the crosshair lands. Scope in and repeat the identical physical movement. Under a 0% monitor-distance match the crosshair should finish on the same feature of the wall in both cases. If the scoped attempt overshoots, the multiplier is too high; if it falls short, too low. That test takes under a minute and is worth more than any settings list, including this one.