Cooler Master MM712 RGB Wired/Wireless/Bluetooth Lightweight Gaming Mouse, 19000 DPI, PTFE Feet, Ultraweave Cable, RGB Accents

 

The MM712 represents the next evolution of our popular lightweight mouse, elevated to a new level of prestige. It retains all the same benefits: a gaming-grade sensor, hybrid 2.4 GHz and Bluetooth 5.1 wireless capability, PTFE feet for unrivaled glide, optical micro switches for near-instant input, and an Ultraweave cable for minimal snagging. However, it accomplishes all this while shedding the perforated chassis, opting instead for a seamless, hole-less profile specially engineered to maintain a total weight of 59g. Responsive, agile, and tactile, the MM712 fills the gaps left by its perforated predecessors.

 

 

 

 

Fill In The Blanks

Say goodbye to the cheese-grater design: the MM712 features a seamless, whole chassis with an ergonomic form factor while still maintaining a total weight of less than 59g.

 

 

 

An Optical Upgrade

The MM712 comes equipped with the latest pro-grade optical sensor, adjustable up to 19,000 DPI for superior responsiveness and accuracy.

 

 

 

Multiple Connectivity

The MM712 caters to both cord-cutters and traditionalists. Use the mouse in legacy wired mode, or go cord-free with two types of wireless connectivity: lag-free 2.4 GHz wireless or state-of-the-art Bluetooth 5.1.

 

 

 

 

Glide with PTFE Feet

There’s no need to hit the black market for shady performance-enhancing gear. We’ve outfitted your mouse right out of the box with PTFE feet, a common mod in enthusiast circles. We prefer to think of them as mouse skates, offering effortless glide and premium responsiveness for an uncut boost to your movements.

 

 

 

 

Unchain Your Mouse

We’ve equipped the MM712 with our Ultraweave Cable. Engineered in-house and made from durable yet lightweight fibers, this cable won’t drag you down as you navigate the map and won’t hinder your precision aiming.

 

 

 

 

Compete with the Speed of Light

The MM712 offers a competitive edge in both durability and responsiveness with its op