Feel every moment of your workflow with even more precision, tactility, and performance, thanks to Quiet Clicks and an 8,000 DPI track-on-glass sensor.
FEEL IT - BARELY HEAR IT
Introducing Quiet Clicks - create, make and do with the same click feel, but less noise. Quiet Clicks deliver satisfying, soft tactile feedback with 90% less click noise.
Add that to a remarkably quiet MagSpeed electromagnetic scroll wheel for a high performance experience with zero distraction.
8K DPI ANY-SURFACE TRACKING
MX Master 3S is outfitted with our most accurate sensor ever, with next-gen precision and responsiveness.
The 8,000 DPI optical sensor tracks virtually anywhere - even on glass. You can adjust your tracking sensitivity in Logi Options+ and set the right level for your workflow and monitor resolution.
SCROLL 1,000 LINES PER SECOND
MagSpeed Electromagnetic scrolling is precise enough to stop on a pixel and quick enough to scroll 1,000 lines per second. Oh, and it's nearly silent.
The wheel's machined steel gives it a premium tactility and enough weight to offer a dynamic inertia you feel - but don't hear.
90% FASTER
87% MORE PRECISE
ULTRA QUIET
Provides dependable and improved responsive feedback to ensure maximum reliability
7 total buttons for your convenience and optimal usage
Bluetooth/Radio Frequency mouse wireless technology for convenient, easy connection with maximum usability
32.81 ft wireless operating distance for better convenience with reliable connectivity
USB Type A mouse host interface allows quick transmission of data at a higher rate for your convenience
Scroll wheel provides convenient and easy navigation
Enjoy the freedom of Bluetooth/Radio Frequency wireless connectivity found in most Notebooks
Darkfield laser beam creates a micro-road map of the surface for better experience even on a glass
Provides the convenience of rechargeable battery so you can use mouse anywhere at any time for maximum usability
Notebook device support makes data and information immediately available for your convenience to ensure maximum efficiency
