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Compare manual profiles or pro presets with game-specific eDPI benchmark ranges.
What this tool helps you answer
Use game-aware pro presets, eDPI and cm/360 calculations, and benchmark range checks to compare aiming profiles.
Editorial review
This page combines the live tool, input guidance, worked examples, and operating limits so Pro Player Settings Comparison Tool stays useful even before users interact with the calculator.
Reviewed by Klartext Tools against the current Pro Player Settings Comparison Tool workflow on 2026-02-25.
Last updated:
Use with judgment
Page scope
Use game-aware pro presets, eDPI and cm/360 calculations, and benchmark range checks to compare aiming profiles.
Review the output with Game set to valorant, then compare it with the method and limitations on this page before changing other inputs.
Change Profile A preset to valorant:tenz while keeping the rest of the Pro Player Settings Comparison Tool scenario stable.
If the result moves sharply after changing Profile A preset, treat the tool output as sensitive and validate the source input before acting.
More context
The result above is the answer. The sections below help you understand it, compare it, or move to the next step.
Use this flow when you want to understand how your settings compare to the competitive pro field, or when deciding between two different sensitivity configurations.
Choose the game you are tuning for. Each game has its own yaw multiplier and benchmark range, so the comparison is only meaningful within a single title. If you play multiple games, run separate comparisons for each.
For Profile A, select a pro preset or choose Manual and enter your DPI and sensitivity. Do the same for Profile B. You can load up to five profiles to compare multiple players or configurations simultaneously. Leave DPI and sensitivity blank when using a preset to pull the preset's values automatically.
Check the eDPI and cm/360 output for each profile. eDPI normalizes the hardware difference between profiles; cm/360 tells you how much physical movement each configuration requires for a full turn. Compare these values directly to understand the scale of the gap between profiles.
The tool marks each profile as inside or outside the pro benchmark range for the selected game. If your profile is outside the range, note whether it is above or below: significantly below means very fast sensitivity, significantly above means very slow, both of which may affect your ability to hit precise micro-adjustments or fast flick shots.
Select the profile you want to tune from as the reference. The spread values show the relative distance between each other profile and the reference. Use this to decide how much you would need to change your DPI or sensitivity to align closer to a target pro profile or to the benchmark center.
Use game-aware pro presets, eDPI and cm/360 calculations, and benchmark range checks to compare aiming profiles.
Sample inputs
Sample outcome: Review the output with Game set to valorant, then compare it with the method and limitations on this page before changing other inputs.
Change Profile A preset to valorant:tenz while keeping the rest of the Pro Player Settings Comparison Tool scenario stable.
Sample inputs
Sample outcome: If the result moves sharply after changing Profile A preset, treat the tool output as sensitive and validate the source input before acting.
Raw in-game sensitivity numbers are nearly meaningless as a comparison unit. A sensitivity of 0.4 in VALORANT played at 1600 DPI is a very different physical movement than the same number at 400 DPI. eDPI, calculated as DPI multiplied by in-game sensitivity, normalizes this variation into a single hardware-agnostic value. cm/360 takes this further by converting eDPI into physical centimeters of mouse travel required for a full 360-degree turn, which is the most meaningful unit for comparing feel across different mice, DPI settings, and games. Pro player ranges give this context real benchmarks. Across each supported title, the range of eDPI and cm/360 values used by professional players forms a distribution. Most pros cluster in a relatively narrow band. This is not coincidence. Years of competitive refinement have converged on settings that optimize flick shot accuracy, tracking stability, and micro-adjustment precision simultaneously. Comparing your own settings against these ranges tells you whether you are inside the competitive window or significantly outside it, which is useful directional information for tuning. This tool is designed for side-by-side comparison, which distinguishes it from a single-profile calculator. You can load two pro presets directly and see their eDPI, cm/360, and spread values next to each other, or compare a pro preset against your own manual settings to measure the gap. Up to five profiles can be loaded simultaneously, which is useful when evaluating a team's consistency or comparing your settings across multiple titles you play regularly.
Select a game, load pro presets or enter manual DPI and sensitivity values for up to five profiles, and get eDPI, cm/360, and spread calculations for each. The tool compares all loaded profiles side by side and flags each one as inside or outside the pro benchmark range for the selected game. It is particularly useful when you want to compare two specific pro players' settings directly, or when you want to measure how far your own manual settings sit from the competitive center of mass for your title.
eDPI (effective DPI) is DPI multiplied by in-game sensitivity. It produces a hardware-normalized value that allows direct comparison between any two players regardless of their physical mouse settings. cm/360 converts eDPI into physical centimeters of desk movement per full rotation, accounting for each game's yaw multiplier. A lower cm/360 value means faster, more sweeping aim movement; a higher value means slower, more controlled micro-adjustments. Most competitive players in tactical shooters fall in the 20–50 cm/360 range, while battle royale and hero shooter pros often prefer slightly higher values.
Each game preset includes a benchmark eDPI range derived from the distribution of settings used by professional players in that title's competitive scene. These ranges represent the central cluster where most pros operate, not the absolute minimum and maximum values ever recorded. A profile flagged as outside the pro range does not mean the settings are unusable. It means they sit significantly below or above the competitive center of mass, which may indicate either very aggressive or very conservative sensitivity relative to what performs well at the highest level.
Pro settings data represents a snapshot in time and reflects specific hardware configurations, monitor setups, and playstyle preferences that may differ from yours. eDPI and cm/360 normalize DPI and sensitivity but do not capture other factors that affect aim feel, including mouse acceleration, polling rate, surface friction, grip style, and arm versus wrist aiming technique. Use this tool for directional comparison and benchmarking, then validate any settings changes with real gameplay before committing to them for competitive use.
eDPI is simple math, but players still misuse it because they skip the input checks around DPI, slider values, and game-specific context. This guide walks through the reliable workflow.
These tools solve different parts of the same setup problem. Use Mouse DPI Checker to verify the hardware number you think you are using. Use Aim Sensitivity Visualizer when you need to translate that number into a repeatable in-game sensitivity workflow.
Mouse DPI is a hardware property: the sensor reports a fixed number of counts per inch regardless of what Windows does. Windows Pointer Speed is an OS-level multiplier applied after that signal arrives, and Enhance Pointer Precision adds a non-linear acceleration layer on top. Because these settings compound, players who adjust one without understanding the other end up chasing a moving target. Verifying the hardware layer first, then confirming the signal timing, gives a reliable starting point before any in-game sensitivity work.
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