
If you play with low sensitivity on a gaming mouse, you often lift to re-center. The moment the mouse leaves the mousepad, the sensor still sees the surface for a short time. That height is the LOD of the mouse. Set it well, and your crosshair returns to center cleanly. Set it poorly, and tiny drifts appear at the worst time. This guide gives you a clear plan to measure, understand, and tune LOD on your gaming mouse and on the mousepad you actually use.
What Is the LOD of a Gaming Mouse
Lift-off distance is the height above the mousepad where the sensor stops tracking. Most gaming mouse models fall in a range of about one to three millimeters. People often call one to two millimeters low LOD and three millimeters or higher high LOD. Low LOD tends to keep the cursor still during a mouse lift. High LOD tends to move the cursor during a mouse lift. The right number depends on your grip, your sensitivity, and your surface.
Key ideas to remember:
- LOD of the mouse is separate from sensitivity and DPI. It only governs when tracking stops during a lift.
- Landing distance is the sibling concept. It is how soon tracking resumes on the way down.
- Surface calibration teaches the sensor what your mousepad looks like, so both distances feel consistent.

Why Competitive Players Prioritize Low LOD
In a round of any tactical shooter, you might lift the gaming mouse dozens of times. Low LOD reduces unintended movement during these lifts, so re-centering becomes predictable. That helps with large flicks and with steady recoil control. High LOD can keep tracking while the mouse is still in the air. The result is a slight offset when you place the mouse back on the pad. One offset rarely loses a fight, yet the pattern adds up across a match. Aim for a repeatable number that fits your hand, your gaming mouse, and your mousepad.
Pain points this solves:
- Cursor drift while lifting to re-center.
- Micro corrections that feel jumpy when the mouse lands.
- Different behavior each time you swap to another mousepad.
Low vs High LOD: Practical Differences That Affect Aim
Factor | Low LOD about 1–2 mm | High LOD about 3 mm or more |
Cursor movement during lift | Rare | Common on fast lifts |
Consistency with low sens | Strong | Needs more care |
Fatigue over long sessions | Lower, because re-centers are simple | Higher, due to extra corrections |
Sensitivity to pad texture | Higher, needs clean consistent surface | Lower to texture but easier to drift |
Best fit | Low sens and frequent lifts | Mid sens and fewer lifts |
Surface matters as well. A uniform cloth mousepad with fine texture often gives the most stable low LOD of mouse. A rough cloth pattern can create a flicker at the cut-off height. A hard pad reads more consistently, but it changes glide and sound. Test on your own desk, then decide.
The CD Test: Measure LOD at Home
You can estimate the LOD of a mouse without special tools.
- Clean the feet of the gaming mouse and wipe the sensor window.
- Stack thin discs or coins at the edge of the mousepad. A standard optical disc is close to 1.2 millimeters thick.
- Place the mouse on the stack, move slowly off the stack while lifting, and note the height where tracking stops.
- Repeat three times and take the middle value.
- Try again on each mousepad you use.
Treat this as a quick baseline rather than a lab test. It lets you compare settings and surfaces. Consistency across repeats matters more than the exact decimal.
How Sensors and Software Control LOD
A modern sensor takes pictures of the mousepad and compares frames to detect motion. The decision to stop tracking depends on signal strength and on a cut-off threshold. Firmware and software expose that threshold in simple choices such as Low, Medium, or High. Some drivers show millimeter steps. Surface calibration improves the model of the mousepad so the cut-off is stable. Landing distance sometimes has its own slider. If landing feels jumpy, that setting is worth a look as well.
Related settings that influence feel:
- Polling rate changes how often motion is reported. When you lift with a very high polling rate, small artifacts can feel more obvious.
- DPI and in-game sensitivity do not change the LOD of the mouse, yet they change how visible small errors appear on screen.
- Angle snapping and debounce are separate features. Leave them alone during LOD tuning to avoid confusion.

How to Tune LOD on Your Gaming Mouse
Use this simple loop. The process fits any gaming mouse and any mousepad.
Quick start in one minute:
- Update the firmware and driver on your gaming mouse, then reset to default.
- Pick a Low LOD of the mouse as a starting point and run surface calibration on your gaming mouse.
- Load your usual practice map and play for five minutes.
Tuning loop, one variable at a time:
- If you feel drift during lifts, raise LOD by one step, recalibrate, and retest.
- If you feel no drift but landing causes a jump, lower LOD by one step or lower landing distance, then retest.
- Keep the DPI and polling rate constant until LOD feels stable. Change them later if needed.
Troubleshooting map:
- Lift jitter usually means the sensor hits the cut-off boundary on a textured mousepad. Raise LOD a little or use a smoother pad zone.
- Re-center drift usually means LOD is too high for your low-sens routine. Lower it and clean the feet.
- Landing skips often point to landing distance or to a dirty surface. Calibrate again and inspect the pad for wear.
Create profiles:
- Save a profile for each mousepad. For example, a cloth with fine texture and a low LOD of the mouse, and a hard pad with the same sensitivity but a slightly different landing distance.
- Label profiles clearly and switch only between profiles you have tested in the same range drill. That habit protects consistency across scrims and matches.
How Your Mousepad Influences LOD
The best sensor cannot fix a surface that confuses it. Three traits matter most.
- Material. Cloth is forgiving. Hybrid and hard pads feel faster and often read more consistently at the cut-off height.
- Texture. Fine weave gives a stable LOD of the mouse. Coarse weave can trigger on and off near the boundary.
- Color and pattern. High contrast prints can fool the camera at low heights. Solid tones or subtle patterns are safer.
Quick reference for starting points:
Mousepad Type | Starting LOD | Ideal Use Case | Notes |
Fine cloth | Low | Low sens with frequent lifts | Clean often and keep lighting steady |
Coarse cloth | Medium | Mid sens | Watch for boundary flicker during lifts |
Hybrid | Low to Medium | Mixed games and varied desks | Save a separate profile after calibration |
Hard pad | Low | Precise tracking and consistent cut-off | Expect a different glide and sound |
Remember to check lighting around the desk. Strong reflections near the sensor window can change the image at very low heights. Small changes in the thickness of the feet also change the effective cut-off. If you swap to thicker feet, repeat the CD test and adjust again.

Lock In Consistent LOD on Any Mousepad
Lift-off distance is the cut-off height where tracking stops. Keep the LOD of the mouse in a range that fits your routine rather than chasing a single number. Low LOD around one to two millimeters makes re-centers clean for low-sensitivity play. Higher values can suit mid sensitivity with careful testing. Your mousepad shapes the outcome, so calibrate on the surface you actually use and keep feet and pad clean for consistent readings.
Start now: run a quick CD test, set a low starting LOD in your gaming mouse driver, calibrate on your mousepad, and save a profile for that surface. Repeat the same drill three times and lock the setting that feels natural. Use the same profile in practice and ranked play, so aim feels identical every session.