Lift-off distance was a real tuning strength. Reviewers mentioned excellent lift-off handling, cut-off adjustment, and asymmetric lift-off settings for players who want finer sensor behavior.
Best Gaming Mouse for lift-off distance
Lift-off distance control is well supported through Synapse and sensor features. Reviewers mention consistent lift-off behavior, asymmetric settings, and adjustable lift-off distance.
Lift-off and landing-distance control is a strong software feature, with repeated references to asymmetric cut-off, surface calibration, and granular height settings.
Lift-off distance is directly supported by the PCWorld review, which notes high and low lift-off distance choices in software.
Lift-off distance is a supported software setting and can be adjusted in several reported configurations.
Lift-off distance is configurable and competitive. Reviews cite 0.7 mm support, LOD adjustment in software, and multiple lift-off options.
Lift-off distance is supported through DCU and lift-off calibration, with reviewers mentioning adjustable or low/very-low settings.
Lift-off distance support is directly mentioned in software coverage, with high and low calibration options or a lift-off adjustment tab available through Synapse.
Lift-off distance is a configurable software feature in several reviews, and reviewers generally frame the available adjustment as useful for tuning control.
Lift-off controls and behavior are discussed directly in multiple reviews. Most describe the feature set or results positively, though one reviewer still wanted a lower default lift-off distance.
Lift-off distance is repeatedly supported as an adjustable software setting, usually mentioned alongside DPI, polling, and other advanced tuning controls.
Lift-off distance and calibration are supported through low measured distance, asymmetric cut-off, surface calibration, or lift-off adjustment references.
Lift-off behavior is positive where discussed. Reviews mention adjustable lift-off distance, improved lift-off control from the side grip, and it also has an instant liftoff detection.
Lift-off distance had limited but positive evidence from reviewers who noted lift-off settings, strong lift behavior, or a usable low lift-off configuration.
Lift-off distance control is well supported through G Hub, with reviewers mentioning low, medium, high, per-DPI, or general lift-off adjustment options.
Lift-off distance has direct software and sensor support. Reviews mention adjustable lift-off and landing distance, smart tracking, asymmetric cut-off, and lift-off customization, supporting a strong score for tunability.
Lift-off distance is configurable in the sources that discuss it, with High/Low options and software customization noted.
Lift-off and landing-distance controls are supported through Synapse calibration, asymmetric cut-off, and Smart Tracking features.
Lift-off distance is configurable through Glorious Core, appearing alongside other sensor tuning options in several reviews.
Lift-off distance is directly supported by settings and test references, including Gear Link LOD adjustment and measured loss of tracking at low card-thickness ranges.
Lift-off distance is well covered through software and hardware controls. Reviews mention LOD adjustment, low/high settings, and surface calibration.
Lift-off distance support is present through software or onboard controls, but not universally flexible. Reviews mention lift-off adjustment, low/high LOD options, and 1mm/2mm LOD limits.
Lift-off distance is directly supported by Synapse adjustment references, with reviewers noting it can be managed or calibrated.
Lift-off distance had one direct positive mention alongside high polling rate as helping gaming and work performance.
Lift-off distance is well supported through Armoury Crate, Aim Lab, and hardware-control references. Reviews show that it can be adjusted or included in optimization, though the depth of control varies by reviewer.
Lift-off distance control is supported through Web Hub settings. Reviews mention lift height or lift-off distance adjustments as part of the browser-based tuning suite.
Lift-off distance receives limited but direct support through Armoury Crate settings and adjustable LOD options.
Lift-off distance received generally positive or acceptable notes, including iCUE lift-height control and testing that found the behavior normal or impressive.
Lift-off controls are available through Synapse features such as LOD adjustment or Smart Tracking, with reviews noting 1mm/2mm settings and consistent lift-off behavior.
Lift-off distance is supported through iCUE adjustment and calibration mentions. Reviewers noted that lift-off distance can be adjusted, though this feature sits inside software rather than on hardware.
Lift-off distance is adjustable in software in cited reviews, typically with low and high options or a 1mm default.
Armoury Crate allows lift-off distance adjustment, with reviewers noting low and high options.
Lift-off distance is supported in software-focused reviews, with IGN mentioning two lift-off distances and TechRadar specifying a 1mm or 2mm choice.
Lift-off distance is directly supported in software comments, with reviewers noting 1mm and 2mm options.
Lift-off distance is configurable in the software where reviewed, with explicit mention of LOD adjustment and lift-off settings.
Lift-off distance is configurable but not deeply praised. Reviews mention lift-off settings in G Hub, though one notes the lack of precise measurement and others treat it as part of broader sensitivity controls.
Lift-off distance evidence is limited. One review measured a short lift-off threshold, another noted lack of adjustable liftoff distance, and one described lift-off options in software.
Lift-off related evidence is sparse and mixed, limited to one review mentioning liftoff-distance settings in software and another warning about thumb lift-off causing misclick risk.
Lift-off distance evidence is inconsistent. One review reported no adjustment option, while others found lift-off settings in G Hub, suggesting software version or menu differences across tests.
Lift-off-distance evidence is limited and indirect. One reviewer notes the low sensor position affected initial tracking feel but did not hinder use after adjustment.
Lift-off distance support is negative or limited, with reviewers pointing to missing adjustability or a higher default lift-off distance rather than praising the feature.
Only one review directly discussed lift-off distance, and it was negative: the reviewer criticized the lack of lift-off-distance adjustment in the software.
Lift-off distance is a weakness. Reviews note the lack of adjustable lift-off distance and a fixed higher distance compared with newer sensors, which matters more for competitive repositioning.