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In competitive gaming especially first person shooter (FPS), the debate on high vs low sensitivity is big. Let's dive into this topic and find out how to pick the right sensitivity for you.
High mouse sensitivity
High sensitivity allows your crosshair to move easily with minimal mouse movement, making it ideal for quick turns in fast-paced games. This sensitivity is particularly beneficial in close-range combat, as it enables rapid adjustments.
Additionally, high sensitivity enhances mobility, allowing players to move around the map more quickly and fluidly.
However, high sensitivity can also lead to less precise aiming due to small, twitchy movements. It often takes longer to master, as making micro adjustments to the crosshair can be challenging. Players using high sensitivity may also find themselves over-flicking, which can result in overshooting targets.
Consequently, high sensitivity players often rely more on flicking movements rather than smooth tracking.
High sensitivity is generally preferable in games with random enemy movement from any direction, such as Apex Legends.
Low mouse sensitivity
Low sensitivity requires more mouse movement from your hands and arms to achieve the same on-screen action as high sensitivity. This setting is ideal for players who value accuracy, as it leads to smoother shots, better aim, and greater control.
Additionally, low sensitivity allows for easier micro adjustments of the crosshair, enabling players to make fine-tuned movements with greater precision. This makes it particularly advantageous for mid- to long-range combat, where accuracy is crucial.
However, there are some drawbacks to using low sensitivity. It requires more physical space for mouse movement, which can be a limitation in smaller setups. Players may also find that their camera turns are slower, making it challenging to keep up with fast-paced games and executing large flicks becomes more difficult.
The need for larger, rapid mouse movements can lead to quicker fatigue in the arm, and players may find themselves lifting and repositioning the mouse frequently.
Low sensitivity is generally preferable in games where crosshair placement is important and you can predict enemy movement and location based on map knowledge, such as Counter-Strike.
Read also: How to Calculate New Sensitivity When Changing Your Mouse DPI
Muscle Tension
The choice between high and low sensitivity can significantly impact muscle tension during gaming sessions.
High sensitivity allows for quicker movements with less physical effort, but it can make mouse control more challenging. Players may experience greater muscle tension in their hands, wrists, and fingers as they make rapid, precise adjustments.
The reliance on quick flicks can lead to a tighter grip on the mouse, further increasing tension in these areas. Maintaining a relaxed grip and practicing good posture can help alleviate muscle tension while using high sensitivity.
In contrast, low sensitivity requires larger, more frequent mouse movements, primarily relying on the arms for these motions. This can lead to increased muscle tension in the shoulders, arms, and upper back over time.
While players may experience less tension in the hands and wrists compared to high sensitivity, the need for constant repositioning and lifting of the mouse can still contribute to fatigue, especially during extended gaming sessions. Proper ergonomics and regular breaks are essential to mitigate these effects.