Ever feel like your crosshair glides right past the target the moment you need to flick? That frustrating half-second of overshoot—where you correct, then correct again—isn't necessarily your aim. It might be Windows quietly working against you through a feature called Enhance Pointer Precision.
Here's the short answer: Yes, you should turn off Enhance Pointer Precision for gaming, especially if you play competitive FPS titles. This built-in Windows feature is a form of mouse acceleration, and while it sounds helpful, it fundamentally alters your sensitivity curve in ways that sabotage muscle memory and aim consistency. This guide breaks down exactly why it hurts your gameplay, how to disable it in Windows 11 and 10, and what settings to use instead.
What Is Enhance Pointer Precision? Understanding Mouse Acceleration
The Mechanics: How Windows Alters Your Pointer Speed
Enhance Pointer Precision is Microsoft's marketing-friendly name for what is essentially mouse acceleration. It's not a precision enhancer at all—it's a dynamic sensitivity adjuster.
Here's what happens under the hood: when you move your mouse slowly, Windows reduces the cursor's travel distance relative to your physical movement. When you flick your mouse quickly, Windows amplifies the distance. The result is a non-linear sensitivity curve that changes based on how fast you move your hand.
Think of it like driving a car with an automatic transmission that shifts gears based on how hard you press the pedal. You might get decent acceleration when you stomp the gas, but you lose the fine control needed for precise maneuvers. With the feature off, you get a 1:1 ratio—every inch of physical mouse movement translates to a fixed number of pixels on screen, regardless of speed.
The Myth of 'Precision': Why the Name is Misleading
The name "Enhance Pointer Precision" suggests it makes your cursor more accurate. In reality, it does the opposite for gaming.
This feature was designed for office productivity—think navigating spreadsheets or clicking small icons on a low-resolution display without needing to lift your mouse repeatedly. It's a convenience feature, not a performance enhancer.
The core problem is mathematical: non-linear scaling means the relationship between your hand movement and cursor movement is unpredictable. When you're building muscle memory for flicks, your brain learns specific distances—"move my hand 3 inches to the left to land on that head." With acceleration enabled, that 3-inch movement might translate to different cursor distances depending on how quickly you execute it. Your brain can't reliably learn a pattern that keeps changing.
Enhance Pointer Precision Off or On: The Impact on Your Aim
The Case for Turning It Off: Consistency and Muscle Memory
When you disable Enhance Pointer Precision, your mouse input becomes linear. Move your hand 2 inches at any speed, and the cursor travels the same distance every single time. This predictability is the foundation of muscle memory.
I've spent years coaching players on aim improvement, and the first thing I check in their settings is whether this box is unchecked. The difference is night and day. Professional players across games like Valorant, CS2, and Overwatch universally disable it. Shroud, the former CS:GO pro and one of the most mechanically gifted aimers in FPS history, has spoken about keeping his mouse settings as raw and unaltered as possible—no acceleration, no smoothing, just pure 1:1 input.
The logic is simple: if you want your hand movements to become automatic, they need to produce consistent results. Acceleration breaks that contract.
The Case for Leaving It On: Is There Any Benefit?
I'll play devil's advocate for a moment. There are scenarios where Enhance Pointer Precision isn't actively harmful.
Casual gamers who play single-player titles or strategy games might not notice the inconsistency. If you have extremely limited desk space and can't make large mouse movements, acceleration can help you traverse the screen without constantly lifting and repositioning your mouse. And on the desktop, it can make a low-DPI mouse feel snappier when you're just browsing.
But here's the thing: for competitive play, the drawbacks massively outweigh these niche benefits. Even in MOBAs where clicking accuracy matters more than flick aiming, the non-linear response introduces unnecessary variables. I've yet to encounter a serious competitor who turned it back on after giving the linear setup a fair chance.
Does Enhance Pointer Precision Cause Input Lag?
This question comes up constantly, and the answer requires some nuance.
Technically, Enhance Pointer Precision doesn't cause traditional input lag—the delay between your physical input and the cursor responding isn't significantly increased. However, the acceleration algorithm adds a layer of processing to your pointer input, and more importantly, it creates what I'd call "inconsistent response."
Here's the distinction: input lag is a fixed delay. Inconsistent response means the cursor sometimes moves more or less than expected based on your movement speed. When you flick quickly and the cursor overshoots, it feels like lag because you have to correct your aim. The cursor isn't delayed—it's just moving differently than your muscle memory expects.
How to Turn Off Enhance Pointer Precision in Windows 11 & 10
Step-by-Step Guide for Windows 11
Disabling this feature takes about thirty seconds. Here's how to do it in Windows 11:
- Press Windows + I to open Settings.
- Navigate to Bluetooth & devices > Mouse.
- Click Additional mouse settings (you'll find this under the "Related settings" section).
- In the Mouse Properties window, click the Pointer Options tab.
- Under the "Motion" section, uncheck the box next to "Enhance pointer precision."
- Click Apply, then OK.
That's it. The change takes effect immediately.
Step-by-Step Guide for Windows 10
Windows 10 follows a nearly identical path:
- Press Windows + I to open Settings.
- Navigate to Devices > Mouse.
- Click Additional mouse options on the right side of the screen.
- In the Mouse Properties window, click the Pointer Options tab.
- Under "Motion," uncheck "Enhance pointer precision."
- Click Apply, then OK.
Important: Set Your Windows Pointer Speed to the Default (6th Tick)
Here's a step that most guides overlook, and it's crucial.
The pointer speed slider in that same window also affects your sensitivity scaling. If you've moved it off the default position, you're introducing another layer of software-based sensitivity adjustment that can interfere with your mouse's native DPI.
Set the slider to the exact middle—the 6th tick from the left. This ensures a true 1:1 ratio between your mouse's hardware DPI and the cursor movement on screen.
I've seen players spend money on expensive mice with adjustable DPI, only to leave their Windows pointer speed at 3 or 8, completely skewing their effective sensitivity. The Windows slider should stay at default. If you need to adjust sensitivity, do it through your mouse's DPI settings or in-game sensitivity, not through Windows.
Best Mouse Settings for Gaming: DPI, Sensitivity, and Raw Input
Finding Your Optimal DPI: The 400 vs. 800 vs. 1600 Debate
DPI (dots per inch) measures how many pixels your cursor moves for each inch of physical mouse movement. It's a hardware-level sensitivity setting, distinct from software-based adjustments.
The "best" DPI is subjective, but here's a practical framework:
| DPI | Characteristics | Best For |
|---|---|---|
| 400 | Low, requires larger hand movements | Players with large mousepads and low in-game sensitivity |
| 800 | Balanced, most common among pros | Most players starting out |
| 1600 | Higher, less physical movement needed | Players with limited desk space or high-resolution monitors |
| I recommend starting at 800 DPI. It's the sweet spot for most players—responsive enough for desktop use, precise enough for gaming. From there, adjust your in-game sensitivity to achieve your desired effective DPI (eDPI), which is DPI multiplied by in-game sensitivity. |
For reference, many Valorant pros play at eDPI between 200-400 (e.g., 800 DPI with 0.3-0.5 in-game sensitivity). CS2 pros often use slightly higher values. These numbers aren't rules—they're starting points for experimentation.
The Role of Raw Input in Games: A Crucial Companion
Raw Input is a game-level setting that bypasses Windows mouse processing entirely. When enabled, the game reads your mouse's hardware input directly, ignoring Windows pointer speed settings, Enhance Pointer Precision, and other software-level modifications.
Here's the key insight: if you enable Raw Input in a game, the Windows Enhance Pointer Precision setting becomes irrelevant for that game. The game never sees the Windows-processed input.
Games like Valorant, CS2, and Overwatch 2 all have Raw Input options in their settings menus. I recommend enabling it in every competitive game you play. It's essentially a second layer of protection against Windows-level interference.
Game-Specific Recommendations: FPS, MOBA, and RTS
Different genres have different aiming requirements, but the core principle—consistency—remains universal.
FPS (First-Person Shooters): This is where Enhance Pointer Precision does the most damage. Precise flick shots and tracking require exact muscle memory. Turn it off, enable Raw Input, and use a moderate DPI (400-1600) with a low in-game sensitivity.
MOBA (Multiplayer Online Battle Arena): Games like League of Legends and Dota 2 require precise clicking but less flick aiming. The impact of acceleration is less severe, but it still introduces inconsistency. Turn it off for the same reasons—predictable cursor movement helps with last-hitting and ability targeting.
RTS (Real-Time Strategy): High APM and frequent large-screen movements might tempt you to keep acceleration on. But competitive RTS players still benefit from consistent input. The adjustment period might be longer, but the payoff in accuracy is worth it.
Why Do Pro Gamers Turn Off Enhance Pointer Precision?
The Pursuit of Perfect Muscle Memory
Professional players treat their aim like an athlete treats their swing—it needs to be repeatable under pressure. Muscle memory is the mechanism that makes this possible.
When you practice a flick shot hundreds of times, your brain encodes the exact hand movement needed to land it. But this encoding only works if the input-output relationship is stable. With mouse acceleration, the output changes based on execution speed, making it impossible to build reliable muscle memory.
I've talked with aim coaches who describe acceleration as "training with a moving target." You can practice for hours, but your brain never gets consistent feedback to learn from.
The Need for Predictable Flicks and Tracking
Let me paint a concrete scenario. You're in a CS2 match, holding an angle. An enemy peeks, and you need to flick 30 degrees to the right and click.
With Enhance Pointer Precision off, that 30-degree flick requires a specific physical distance—say, 4 inches. You've practiced this movement hundreds of times. Your hand knows exactly what to do.
With acceleration on, that same 4-inch movement might produce a 25-degree turn if you execute it slowly, or a 40-degree turn if you flick quickly. The faster you move, the more the cursor travels. In a high-pressure moment, your flick speed varies, and your aim becomes a gamble.
Common Misconceptions: Enhance Pointer Precision vs. Raw Input
Misconception 1: 'It Makes My Cursor More Precise'
The name is doing a lot of heavy lifting here. Enhance Pointer Precision doesn't make your cursor more precise—it makes it more responsive to speed changes. True precision comes from a consistent 1:1 ratio where you always know exactly where your cursor will end up.
The feature can actually cause overshooting during fast movements, which is the opposite of precision. You're not gaining accuracy; you're gaining unpredictability.
Misconception 2: 'Raw Input and Enhance Pointer Precision Are the Same Thing'
These are fundamentally different features that operate at different levels:
| Feature | Level | What It Does |
|---|---|---|
| Enhance Pointer Precision | Windows OS | Applies acceleration to all mouse input before it reaches applications |
| Raw Input | Game Engine | Bypasses Windows mouse processing, reads hardware input directly |
| Enhance Pointer Precision is a system-wide setting that affects everything. Raw Input is a per-game setting that lets the game read your mouse directly, ignoring Windows-level modifications. |
For the best experience, disable Enhance Pointer Precision at the Windows level and enable Raw Input in your games. This gives you a clean, unmodified input path from your mouse to the game engine.
FAQ
Is Enhance Pointer Precision good for FPS games?
No. It introduces non-linear acceleration that ruins muscle memory and makes precise flicks and tracking inconsistent. Turn it off for all competitive FPS titles.
Should you turn off enhance pointer precision for Valorant?
Yes, absolutely. Valorant is a tactical FPS where precise crosshair placement is critical. Turning off Enhance Pointer Precision ensures a 1:1 input ratio, which is essential for consistent aim. Also enable Raw Input in Valorant's settings for the cleanest possible input path.
What is the best pointer speed for gaming?
Leave the Windows pointer speed slider at the default (6th tick) for a true 1:1 ratio. Adjust your actual sensitivity through your mouse's DPI settings and in-game sensitivity. A starting point of 800 DPI works well for most players.
Does Enhance Pointer Precision cause input lag?
It doesn't cause traditional input lag, but the acceleration algorithm adds a layer of processing that can make the cursor feel less responsive and more "floaty." This can be perceived as lag, especially during fast movements.
Conclusion
So, should you turn off Enhance Pointer Precision for gaming? Yes—without hesitation. This Windows feature, despite its reassuring name, is mouse acceleration in disguise. It introduces non-linear sensitivity that wrecks muscle memory, causes inconsistent flicks, and adds an unnecessary layer of processing between your hand and your crosshair.
The fix takes thirty seconds: uncheck the box, set your pointer speed to the default 6th tick, and adjust your DPI through your mouse software instead. Enable Raw Input in your games for an extra layer of protection.
The adjustment period is real—your aim might feel off for a few days as your muscle memory recalibrates. But once it does, you'll have a foundation of consistency that no amount of acceleration could provide.
Ready to improve your aim? Turn off Enhance Pointer Precision now, then jump into an aim trainer like Aim Lab or KovaaK's to start building your new, consistent muscle memory. Share your experience in the comments below—I'd love to hear how the transition goes for you.