What should I set my mouse sensitivity to?

Forget generic advice. Finding the optimal mouse sensitivity isn’t about a magic number; it’s about understanding the interplay of several crucial factors. Your hand-eye coordination is paramount – are you a precise, slow player or a rapid, sweeping one? This directly impacts the ideal sensitivity. A larger monitor necessitates lower sensitivity for accurate movements across the screen, while a smaller monitor might benefit from higher sensitivity. Consider your tasks: high-precision work like photo editing demands low sensitivity, while fast-paced gaming often favors higher settings. Experimentation is key, but don’t just randomly tweak; establish a baseline, then systematically adjust in small increments (e.g., 1-2 DPI at a time) to assess the impact on accuracy and speed in your typical tasks. Track your performance – did your accuracy suffer? Did your speed improve significantly? Record your settings and the resulting performance for better analysis. Don’t be afraid to test drastically different sensitivities to discover extremes and then converge on a comfortable middle ground. Consider using software that allows for DPI switching on the fly, allowing for in-game adjustments based on the specific situation.

Remember, there’s no universally ‘best’ setting. The goal isn’t the highest DPI or the lowest – it’s finding the sensitivity that maximizes your efficiency and comfort for your specific needs and hardware. Think about the physical distance your mouse travels to make a complete 360° rotation in-game; aim for consistency and repeatable movements. Monitor your muscle fatigue; high sensitivity can lead to strain. Ultimately, the sweet spot lies in the balance between speed and precision – a comfortable, repeatable motion that minimizes effort while maximizing effectiveness.

What is the best mouse sensitivity level?

There’s no single “best” mouse sensitivity; it’s entirely personal preference and game-dependent. The 800-2400 DPI range is a decent starting point for many, but it’s far too broad. Think of it as a foundation, not a prescription. 800 DPI is a good baseline for precision, especially for games demanding pixel-perfect accuracy like tactical shooters. Higher DPI (e.g., 1600-2400) allows for quicker flick shots and larger sweeps, but often sacrifices accuracy.

The real key is finding the sweet spot where your in-game movements translate seamlessly to your physical movements. Too low, and you’ll need excessive desk space and arm movement. Too high, and you’ll overshoot targets and lack control. Experiment with different DPI settings within that range (and even outside if needed), alongside in-game sensitivity adjustments. Consider also your mousepad size; a larger pad complements lower DPI, reducing the need for constant readjustment.

Advanced players often employ DPI switching, using a higher DPI for quick reactions and a lower DPI for precise aiming. This technique, often implemented using dedicated software on the mouse itself, allows for adaptive sensitivity tailored to the situation. Don’t neglect your Windows pointer speed settings either; keep these low to ensure consistent and predictable cursor movement across applications.

Ultimately, consistent practice and iterative adjustment are paramount. What works for one pro player won’t necessarily work for another, even in the same game. Find what gives *you* the best combination of accuracy and speed, and stick with it – until you feel the need for refinement.

How high should my mouse sensitivity be?

800 DPI is a decent starting point for 1080p, but it’s far from universally optimal. The “best” sensitivity is highly individual and depends on your playstyle, game, and even your mousepad size. Experiment! Start at 800 DPI and adjust incrementally. Don’t be afraid to go lower; higher DPI doesn’t automatically translate to better aim. Many pros use significantly lower DPI settings, prioritizing precision over speed. The key is consistency.

Absolutely disable mouse acceleration. This unpredictable feature ruins muscle memory and consistency, two critical elements for high-level performance. Your aim should be a direct, linear response to your mouse movement, nothing more, nothing less.

Consider your in-game sensitivity as well. This often interacts with your DPI setting, and the best combination might involve relatively low DPI combined with a higher in-game sensitivity, or vice versa. Finding the right balance will vastly improve your aim. Consistent, controlled movements are far more valuable than frantic, erratic swipes.

Ultimately, the only way to determine your ideal sensitivity is through extensive practice and experimentation. Record yourself playing and analyze your aim. Track your performance with different settings and find what works best for you.

How do I choose the right sensitivity?

Sensitivity is the cornerstone of consistent aim. There’s no magic number; it’s entirely personal, dictated by your hardware, playstyle, and even your in-game DPI. Forget generic advice – find your sweet spot.

The Goldilocks Principle: Not too slow, not too fast. Slow enough for controlled bursts, fast enough for those crucial flick shots. Think of it like this: a slow sensitivity is your sniper rifle, precise for long-range engagements, while a faster sensitivity is your shotgun, for close-quarters aggression.

Testing Methodology:

Start with a relatively low sensitivity. Gradually increase it in small increments (e.g., 1-2% at a time).
Use the practice range extensively. Focus on controlled sprays at various ranges. Is your bullet pattern tight and consistent? If not, lower your sensitivity.
Incorporate flick shots. Practice quickly snapping your aim onto targets at different distances. Are your flicks accurate and consistent? If not, consider slightly adjusting your sensitivity.
Observe your muscle memory. Do you feel comfortable and confident with your movements, or do you feel strained and inaccurate? Your sensitivity should feel natural and intuitive.
Consider your DPI. A higher DPI will necessitate a lower in-game sensitivity, and vice-versa. Find the balance that works best for you.

Beyond Sensitivity: While sensitivity is crucial, it’s not the only factor. Proper in-game settings (like aim assist, if available), consistent mouse movement, and even your mousepad size contribute significantly to your overall aim. Don’t underestimate the importance of practice and consistent play to hone your skills.

Advanced Techniques: Some players utilize different sensitivities for different situations (e.g., lower for long-range, higher for close-range). Experiment to see if this approach benefits your playstyle. Mastering your sensitivity isn’t a one-time fix; it’s an ongoing refinement process.

Common Mistakes:

Chasing high sensitivities: High sensitivity is tempting for quick reactions, but it often sacrifices accuracy. Start low and build up gradually.
Ignoring the practice range: Don’t skip this critical step. The practice range is your testing ground.
Neglecting DPI settings: A poorly configured DPI can severely affect your sensitivity settings. Optimize these together.

What mouse sensitivity do pros use?

Pro sensitivity settings are incredibly diverse, a myth perpetuated is a single “pro sensitivity”. It’s highly individual and depends heavily on factors like playstyle, game, and even the specific mouse used. The idea of matching scope sensitivity to general sensitivity is a common strategy, but not universally adopted; some pros prefer distinct settings for different situations.

DPI (Dots Per Inch) is only one piece of the puzzle. While it dictates how many pixels your cursor moves per inch of mouse movement, it’s often misunderstood. High DPI doesn’t automatically equate to better performance. Many pros opt for moderate DPI settings (around 400-800 DPI) combined with in-game sensitivity adjustments for finer control. The real key is finding a balance that allows for precise aiming without excessive arm/wrist movement.

In-game sensitivity is where the real personalization happens. This setting acts as a multiplier to your DPI, affecting how much your in-game cursor moves based on mouse movement. Lower in-game sensitivity often translates to greater precision at the cost of larger mouse movements. Conversely, higher sensitivity allows for quicker target acquisition but may reduce accuracy.

Consider your playstyle: Aggressive players often favor higher sensitivity for quick reflexes, while those focusing on precise shots might prefer lower sensitivity.
Experimentation is key: Don’t blindly copy pro settings. Find what feels comfortable and allows you to consistently hit your shots.
Practice consistently: Even the best settings won’t help if your aim isn’t honed through dedicated practice.

Beyond DPI and in-game sensitivity: Polling rate (how often your mouse reports its position to the computer) and mouse acceleration (whether your mouse speed increases based on movement) also influence control. Most pros disable mouse acceleration for consistency.

Start with a baseline: Begin with a moderate DPI (e.g., 800) and a relatively low in-game sensitivity. Adjust gradually, testing your accuracy and reaction time.
Incremental adjustments: Make small adjustments (e.g., 0.1 or 0.2 increments) and thoroughly test each change before proceeding.
Regular calibration: Your ideal settings might shift as you improve and your playstyle evolves. Be prepared to fine-tune as needed.

How to decide what DPI to use?

DPI selection? It’s all about scaling. Think of it like this: you wouldn’t run a 1080p stream on a 4K monitor, right? It’d look pixelated garbage. Same with prints. Bigger the print, higher the DPI you need for crispness. A billboard needs a vastly different DPI than a business card. We’re talking hundreds of DPI difference.

Standard inkjet printers typically max out around 1200-2400 DPI, but that’s raw DPI. Effective DPI is often lower due to printer limitations and ink spreading. Offset printing, used for mass production, can get ridiculously high, approaching and exceeding 3000 DPI on high-end presses, achieving incredible sharpness even at gigantic sizes.

For most photo prints, 300 DPI is the sweet spot. Anything below will look blurry on larger prints, anything above is often overkill unless you’re dealing with extremely detailed artwork or super-large formats where you want to guarantee that microscopic details won’t suffer. Don’t go crazy chasing insane DPI; it won’t magically fix a poorly made image.

Finally, consider your output method. If you’re only viewing it digitally, DPI is less critical – screen resolution is the main factor then. Focus on a size suitable for your display and let scaling handle the rest.

Is 8000 DPI good for gaming?

8000 DPI is a high sensitivity setting. While offering ultra-fast cursor movement ideal for some gamers, especially those playing fast-paced games requiring rapid, precise adjustments, it’s not universally beneficial.

Many gamers find such high DPI uncomfortable and difficult to control accurately. The cursor’s speed can feel erratic, leading to overshooting targets and reduced precision. This is especially true at lower in-game sensitivities. The key is finding the right balance between DPI and in-game sensitivity.

Consider this: High DPI doesn’t automatically equate to better performance. It simply allows for larger cursor movement with minimal physical mouse movement. A lower DPI (e.g., 400-800 DPI) paired with a higher in-game sensitivity can often provide the same level of responsiveness with greater control and accuracy for many players.

Experimentation is key. Start with a lower DPI and adjust your in-game sensitivity settings to find a comfortable and accurate combination. Don’t chase the highest DPI; find the DPI that best suits *your* play style and preferences. Many professional gamers use surprisingly low DPI settings.

Factors like mousepad size and surface also significantly influence the effective DPI. A large, smooth mousepad will allow for more controlled movements at higher DPI, while a smaller, less smooth surface may require a lower DPI for precise control.

Ultimately, the “best” DPI is subjective and depends on personal preference and gameplay style. Don’t be afraid to experiment and discover what works best for you.

How to find perfect mouse sensitivity?

Finding the perfect mouse sensitivity is crucial for consistent aiming. The ideal setting allows for precise, repeatable movements. A common method involves calibrating your sensitivity to match a 1:1 ratio between your mousepad and in-game movement. Specifically, aim for a setting where moving your mouse from one edge of your mousepad to the other performs a full 180-degree turn in your game.

Why 180 degrees? This provides a clear benchmark for consistent, predictable movements. Smaller adjustments become easier to manage once you’ve established this base sensitivity. It’s about learning the relationship between your physical mouse movements and your in-game actions.

Important Note: Disable “Enhance Pointer Precision.” Windows’ “Enhance Pointer Precision” feature introduces acceleration, making your mouse sensitivity dynamic and inconsistent. Disabling this ensures a linear relationship between your mouse movement and the on-screen cursor, greatly improving accuracy. Find this setting in your mouse properties within Windows settings.

Iterative Adjustment: The initial 180-degree calibration is a starting point. Fine-tune your sensitivity based on your playstyle and the specific game. Some games may require slightly higher or lower sensitivity. Experiment with small adjustments, testing your aim in-game. Consider using aim trainers to help hone your skills and dial in your perfect sensitivity.

Consider DPI: Your mouse’s DPI (dots per inch) impacts sensitivity. Higher DPI translates to more cursor movement per inch of mouse travel. Choose a DPI that allows for comfortable movement across your mousepad without excessive strain. Experiment with different DPI settings to find the sweet spot in conjunction with your in-game sensitivity.

Beyond Sensitivity: Mouse sensitivity is only part of the equation. Practice is key. Regular aim training, coupled with experimenting with different settings, will ultimately lead you to your optimal setup.

How do I find the perfect mouse sensitivity?

Optimizing mouse sensitivity is crucial for consistent aim and reaction time. The “180-degree turn” method, while a good starting point, requires refinement. Setting your in-game sensitivity to match a full screen sweep to a 180° rotation provides a baseline for consistent muscle memory. However, this is highly dependent on your mouse DPI and in-game settings, meaning you’ll need to adjust DPI and in-game sensitivity independently. Crucially, disabling “Enhance Pointer Precision” in Windows is mandatory to eliminate erratic cursor behavior. This feature introduces acceleration, rendering consistent aim impossible.

Beyond the 180° rule, consider individual game mechanics and your playstyle. High-sensitivity players favor rapid flick shots but sacrifice accuracy; low-sensitivity players prioritize precision at the cost of quicker movements. Experiment with minor adjustments around your initial 180° setting. Detailed tracking of your performance metrics—accuracy, kill-death ratio, and average reaction time—will inform iterative improvements. Monitor these metrics as you slightly increase or decrease your sensitivity in incremental steps. Consider using dedicated software to analyze your in-game mouse movements to identify inconsistencies.

Furthermore, your mousepad surface plays a crucial role. Inconsistent mousepad surfaces introduce friction irregularities, affecting the consistency of your movements. A consistent and smooth surface is paramount. Invest in a high-quality mousepad tailored to your mouse type and play style. Finally, consider your grip style—palm, claw, or fingertip—as each influences your sensitivity preference.

Why do pros use low sensitivity?

Professional players utilize low sensitivity settings primarily for enhanced precision and control. This is because lower sensitivity requires smaller physical movements to make aiming adjustments, resulting in finer control over your crosshair placement. The closer your in-game actions are to your physical movements, the more directly you control your aim.

Think of it like this: A lower sensitivity is like having a very precise paintbrush; you can make incredibly detailed strokes, but it requires more deliberate movements. A high sensitivity is more like a large, splatter-paint brush – quick and easy for wide movements, but lacks precision.

The benefit isn’t just about accuracy. Lower sensitivity significantly improves consistency. With higher sensitivity, even slight hand tremors can dramatically affect your aim. This leads to inconsistencies, making it challenging to perform consistently well, especially in high-pressure situations.

While a sensitivity of around 100 cm (as an example) might seem extremely low, it’s a testament to this principle. Pros spend countless hours practicing, honing their muscle memory and fine motor control to the point where such a low sensitivity becomes not just manageable, but advantageous. This allows for incredibly precise aiming, particularly useful in clutch scenarios and long-range engagements.

Here’s a breakdown of the key advantages:

Improved Accuracy: Smaller movements for finer adjustments.
Increased Consistency: Minimizes the impact of hand tremors and unintentional movements.
Better Recoil Control: Easier to manage weapon recoil with smoother, more controlled movements.
Enhanced Muscle Memory: Develops a more direct relationship between your physical movements and in-game actions.

Important Note: Finding the optimal sensitivity is a personal journey, heavily influenced by factors like mouse size, mousepad surface, and individual preferences. Experimentation is key. Don’t blindly copy pro settings; instead, use their strategies as a guide to understanding the advantages of lower sensitivity, allowing you to find what works best for you.

What DPI do professional gamers use?

DPI is a highly personal setting, but the sweet spot for most pros sits between 400 and 1600. You’ll rarely see top players exceeding 1600 DPI; the precision loss at higher sensitivities often outweighs the perceived benefit of faster movements. The choice depends heavily on individual play style and game. For example, a slower, more precise game like Counter-Strike might favor the lower end of that range (400-800 DPI) for pinpoint accuracy, while a faster-paced game like Overwatch could see players using the higher end (800-1600 DPI) to keep up with the action. Remember, DPI is just one piece of the puzzle; equally crucial are in-game sensitivity settings and mouse acceleration (which should almost always be disabled). Experiment extensively to find what best suits *your* gameplay. The pro settings websites are a good starting point, but they should only serve as a guideline. Your muscle memory and comfort are paramount.

Is 3000 DPI good for gaming?

3000 DPI is a decent starting point for many FPS games, but it’s not a universally “good” setting. It’s highly dependent on individual preference and sensitivity. In games like Valorant or CS2, where precise aiming is paramount, DPI is just one piece of the puzzle. High DPI allows for smaller mouse movements to translate into larger cursor movements on screen, which can be advantageous for quick, precise flick shots.

However, using a high DPI necessitates a lower in-game sensitivity. The optimal combination is a matter of experimentation. Too high a DPI and you’ll suffer from excessive mouse acceleration, leading to inconsistent aim. Too low, and you’ll need massive arm movements, sacrificing speed and precision.

Consider these factors:

Mousepad Size and Surface: A larger, smoother mousepad is preferable with higher DPI settings to prevent issues with running out of space.
Your Playstyle: Aggressive players might prefer a higher DPI for quick flick shots, while more controlled players might prefer lower DPI for greater precision.
In-Game Sensitivity: Adjust this setting in tandem with your DPI. Find the combination that allows for both accurate shots and quick target acquisition. Experiment with different settings in a training mode or custom games before jumping into ranked matches.
Polling Rate: Don’t neglect your polling rate. A higher polling rate (e.g., 1000Hz) will result in more responsive mouse movements, improving accuracy and feel. This is separate from DPI but critically important.

Example Adjustment Strategy: Start with 3000 DPI and a relatively low in-game sensitivity. If you find your movements too jumpy or imprecise, reduce the DPI and increase in-game sensitivity accordingly. Find the sweet spot that balances speed and control. Don’t be afraid to test different settings extensively.

Ultimately, the “best” DPI is subjective. The 3000 DPI setting on your Sabre RGB Pro Wireless Champion Series is merely a starting point; fine-tuning is crucial for peak performance.

Is 3200 DPI overkill?

3200 DPI is often considered sufficient for most gaming scenarios. While higher DPIs might seem appealing, offering increased sensitivity for quick, precise movements, they usually aren’t necessary and can even be detrimental for many players.

The sweet spot for DPI largely depends on individual preference, play style, and sensor quality. While 3200 DPI provides ample sensitivity, many professional gamers utilize far lower settings (800-1600 DPI) and adjust their in-game sensitivity to achieve the desired level of control. This allows for greater accuracy and reduces the impact of erratic mouse movements.

High DPI settings can lead to issues like cursor overshoot and reduced accuracy, particularly at lower in-game sensitivities. The higher the DPI, the smaller the movement required to move the cursor across the screen. This can make aiming and precise movements challenging. Experiment with lower DPI settings coupled with in-game sensitivity adjustments to find the perfect balance for you.

Ultimately, the “best” DPI is subjective. 3200 DPI offers flexibility, but it’s crucial to experiment with different settings and in-game sensitivities to determine what feels most comfortable and accurate for *your* gameplay. Don’t chase high numbers; prioritize control and consistency.

Consider these factors: your mouse’s sensor quality (higher-quality sensors handle higher DPIs better), your play style (fast-paced games may benefit from slightly higher settings), and your personal preference. A lower DPI with finely tuned in-game sensitivity often results in more consistent and accurate gameplay.

What is the best mouse sensitivity for FPS?

The optimal mouse sensitivity for FPS games isn’t a single number; it’s highly individual and depends on factors like playstyle, equipment, and personal preference. While some advocate for high DPI settings (2400-3600 DPI is often cited), this isn’t universally beneficial.

High DPI’s advantages: Primarily, higher DPI allows for smaller, more precise movements, advantageous for fine adjustments like flick shots. This increased responsiveness can be crucial in fast-paced scenarios.

However, high DPI also presents challenges:

Accuracy sacrifices: Extremely high DPI can lead to overshooting targets, especially during rapid movements. Precise control becomes more difficult.
Increased hand strain: Larger mouse movements at higher DPI may necessitate more extensive arm and hand movements, leading to fatigue.
In-game sensitivity scaling: The in-game sensitivity setting interacts multiplicatively with your DPI, therefore a high DPI doesn’t necessarily equate to higher overall sensitivity. Finding the right balance is key.

A more effective approach: Focus on finding a DPI that allows for comfortable and consistent aiming. Experiment with different DPI settings (starting with a lower range and incrementally increasing) and in-game sensitivities to determine what feels most natural and accurate. Consider these factors:

Mousepad size: Larger mousepads accommodate larger mouse movements, making higher DPI more manageable.
Mouse type: Some mice offer better tracking and precision at higher DPIs than others.
Game genre: Fast-paced shooters might benefit from higher sensitivity than slower-paced tactical games.
Personal preference: Ultimately, your comfort and accuracy are paramount. What works for one player may not work for another.

In conclusion, don’t chase high DPI blindly. Prioritize finding a setting that maximizes both responsiveness and accuracy. Regular practice and adjustments are essential for optimizing your setup.

Why do pros use 800 DPI?

Many pros use 800 DPI, but it’s not about the DPI itself; it’s about the resulting in-game sensitivity. DPI (Dots Per Inch) simply measures the mouse’s physical movement to cursor movement on screen. A higher DPI means less physical movement for the same cursor distance. The key is finding the right balance. Doubling your DPI to 800 while halving your in-game sensitivity maintains the same centimeters per 360° turn (often shortened to cm/360). This ensures consistent aim and muscle memory, regardless of the DPI setting.

Think of it like this: Your in-game sensitivity is how far your cursor moves on screen per inch of mouse movement. A higher DPI allows for finer adjustments, potentially improving precision, but ultimately, the effective sensitivity – your cm/360 – determines your actual aim and how you control your character. Pros often prefer a higher DPI paired with a lower in-game sensitivity for smoother, more precise movements, particularly beneficial in games requiring quick, subtle adjustments. The actual DPI number is less important than optimizing this relationship for personal comfort and effective gameplay.

Experimenting to find your optimal cm/360 is crucial. Many online calculators and resources can help you determine your ideal settings based on your DPI and desired cm/360. Ultimately, the best DPI setting is the one that feels most comfortable and provides the most consistent accuracy for you.

Is 1200 DPI too high for FPS?

While 1200 DPI might seem like a high sensitivity, it’s not inherently “too high” for FPS gaming. The claim that pro players rarely exceed it is misleading; the reality is far more nuanced. It’s not about a hard DPI limit, but about finding the optimal sensitivity for *your* setup and playstyle. Higher DPI settings often lead to amplified jitters and inaccuracies, making precise target acquisition and tracking significantly more difficult. The reduced control at high DPI necessitates smaller, more precise movements, demanding higher levels of skill and coordination.

The difficulty stems from the increased sensitivity translating even minute hand movements into significant cursor shifts on screen. This is particularly problematic for tracking moving targets, where fine control is essential. While some players might successfully use high DPI, the general consensus favors lower DPI settings for improved accuracy and consistency. The perceived advantage of high DPI – sweeping large areas quickly – is often outweighed by the loss of precision when fine adjustments are needed. Ultimately, the best DPI is the one that allows for the most consistent and accurate aiming within your preferred playstyle. Experimentation is key. Gradually increase or decrease your DPI, testing each setting extensively to determine your personal sweet spot.

What’s the difference between 600 DPI and 1200 DPI?

The difference between 600 DPI and 1200 DPI is significant in terms of image fidelity, particularly relevant for high-stakes esports where even subtle visual advantages can be game-changing. A higher DPI, like 1200 x 1200 DPI, means more dots per inch, resulting in a drastically sharper image with finer details and smoother gradients. This translates to superior clarity when viewing in-game elements, leading to improved target acquisition and reaction times. Think of it like increasing your monitor’s refresh rate; higher DPI is akin to a higher refresh rate for your printed materials or digital image. While a 600 x 600 DPI image might be sufficient for casual use, the extra resolution of 1200 DPI offers a crucial edge in competitive gaming scenarios requiring pinpoint accuracy and rapid decision-making. The enhanced resolution ensures that even the smallest textures and details—crucial for identifying opponents or navigating complex environments— are rendered crisply. This translates to a tangible competitive advantage, especially in fast-paced shooters or strategy games.

In essence: 1200 DPI provides significantly superior image clarity compared to 600 DPI, resulting in a potential competitive edge in esports through enhanced visual information. The difference is not just about aesthetics; it’s about milliseconds shaved off reaction times, ultimately impacting performance.

What is the best mouse sensitivity for aiming?

Finding the perfect mouse sensitivity is a deeply personal quest, like finding the perfect coffee blend – there’s no one-size-fits-all answer. The common starting point? 800 DPI. This provides a good balance of precision and movement range.

Many pro gamers operate within the 800-2400 DPI range. While some might consider this low, it’s a sweet spot for most. Think of it as your foundation.

Here’s why you shouldn’t just jump to a high DPI:

Accuracy over speed: Higher DPI means smaller movements on the screen for each mouse movement. This can lead to jittery aim and missed shots, especially in fast-paced games.
Consistency: Lower DPI allows for more consistent and controlled movements, crucial for precision aiming.

Instead of focusing solely on DPI, consider these factors:

Your mousepad size: A larger mousepad will allow for wider arm movements, accommodating lower DPI settings.
Your in-game sensitivity: This is often overlooked. Experiment with adjusting both your DPI and in-game sensitivity to find the optimal combination. Don’t forget about adjusting your Windows mouse sensitivity as well.
Game genre: A slower, more strategic game like a tactical shooter might benefit from lower sensitivity than a fast-paced arena shooter.
Personal preference: Ultimately, the best sensitivity is the one that feels most comfortable and allows you to play your best.

Experiment! Start at 800 DPI, gradually increase or decrease, and fine-tune your in-game sensitivity until you discover your “aiming nirvana”. Don’t be afraid to test extremes and find what works best for you.