Glorious Model D - trådlös spelmus, vit

WIRELESS CONNECTIVITY
The Model D Wireless eliminates frustrating latency with its industry-leading wireless connectivity. The state-of-the-art technology packed inside prevents double-clicking and unresponsiveness, producing an unbelievably smooth operation.

BAMF SENSOR
The proprietary BAMF Sensor redefines what is possible in a gaming mouse. Made in collaboration with Pixart, BAMF is optimized for unrivaled performance with a lower power draw - allowing you to game harder and longer than ever before. The sensor provides pinpoint precision with its 400 IPS tracking speed, 19,000 programmable DPI, and up to 1000 Hz polling rate.

MINIMAL WEIGHT
At a mere 69 grams, the Model D Wireless is one of the lightest wireless mice on the market and utilizes a right-handed, ergonomic design that satisfyingly cradles your palm.

LIFE UP TO 71 HOURS
Spend more time gaming with the Model D Wireless’ incredible 71* hours of play time on a single charge. (*Measured with RGB Off)

WIRED & WIRELESS MODES
D Wireless comes with a flexible USB-C Ascended™ charging cable for nonstop performance when you need it most. The mouse allows for seamless operation in wired and wireless modes.

DESIGNED FOR STRENGTH
Its honeycomb shell helps reduce weight while maintaining strength. Easy to clean and also helps improve airflow while you game.

16.8 MILLION CUSTOM COLORS
Stunning 3-Zone RGB lighting with fully customizable profiles. Save separate profiles for Wired and Wireless modes.

G-SKATES FEET
Say goodbye to shoddy stock mouse feet and hello to the silkiest skates on the market. The included Glorious G-Skates allow the Model D Wireless to effortlessly float across your mousepad with their rounded, snag-proof design and 100% pure virgin PTFE composition. 0.81mm thickness for long-lasting durability.

BIG OR SMALL.YOUR CHOICE.
The Model D Wireless comes with 4 pre-installed G-Skates mouse feet. We include additional larger G-Skates with your mouse purchase for those seeking a more comprehensive PTFE surface for maximum glide.