Celebrate Hello Kitty’s 50th anniversary with her biggest birthday bash yet. The best part: Razer has invited everyone! Make every play sweeter with the latest Razer | Hello Kitty® and Friends collection.
SAY HELLO TO THE COLLECTION
Looking for the cutest Hello Kitty gaming gear ever? You’ve found them! Capture your most precious gaming moments with a setup that's never short on adorable allies.
RAZER GIGANTUS V2 MEDIUM HELLO KITTY® AND FRIENDS EDITION
Make every swipe bring a smile to your face with a soft mouse mat that brings precision and playfulness together.
WOVEN FOR SPEED, CRAFTED FOR CONTROL
If you’re looking to make huge plays, then go big with the Razer Gigantus V2. As a soft gaming mouse pad with a textured micro-weave cloth surface, it’s designed to help you up your game with fluid swipes and pixel-precise aim.
At 3XL size, this gaming mouse pad is big enough to cover entire desks — perfect for those who use a lower DPI or just like to have more room to maneuver. It also comes in 3 smaller sizes, which are ideal for a variety of other layouts.
Optimized across all mouse sensors for pixel-precise accuracy and total tracking responsiveness, the weave’s high thread count lets your mouse glide across the mat with ease for quick, fluid swipes.
* The magnified texture in the image shown is accurate from a microscopic view, but may appear different to the naked eye.
THICK, HIGH-DENSITY RUBBER FOAM WITH ANTI-SLIP BASE
At 3 mm (M & L) and 4 mm (XXL & 3XL) thick, this gaming mouse pad remains uniformly flat even over imperfect surfaces, and stays in place when the gaming gets hectic thanks to its grippy underside. With a sturdy foundation for consistent mouse movements, the mat’s thickness also serves to cushion your wrist when you game.
The new surface texture offers lower friction for quick mouse action yet has high stopping power for control, and it now comes in a variety of sizes to match your setup.
While the mat might seem to have a vertical weave orientation to the naked eye, the weave appears horizontal in microscopic view (as shown in the image).