Microsoft’s Surface Precision Mouse is a practical PC accessory for Surface owners, especially right-handed ones. Over a week of use, I found the cordless, six-button mouse comfortable and precise.

The Surface Precision mouse is Microsoft's take on the pro-level features found in the popular Logitech MX2S peripheral for PCs. How does the $99 accessory stack up? Surprisingly well.

The Microsoft Surface Precision Mouse is a Bluetooth Low Energy device that requires Bluetooth 4.0 or later and features an ergonomic design with six buttons including a scroll wheel.

The Microsoft Precision Mouse is a comfortable, high-quality mouse for power users, but it has some shortcomings that keep us from an unequivocal recommendation.

We pit the Logitech MX Master 2S against the Microsoft Surface Precision Mouse to determine which is the best mouse to buy, in terms of comfort, ergonomics, features, and software support.

The Microsoft Surface Precision mouse is designed really well — enclosed in a premium matte casing. It’s a big mouse, measuring 4.80 x 3.05 x 1.7 inches, and as someone with medium-sized hands ...

Microsoft mice have traditionally had a better wheel than Logitech ones, especially when it comes to clicking the wheel as a middle button. I think the Surface Precision Mouse continues this ...

While the Surface Book 2 was undoubtedly the announcement that will make headlines today, Microsoft also announced a new accessory, the Surface Precision Mouse, which can be used with three PCs.

Microsoft’s existing Surface Mouse is by all accounts excellent, but if you’re someone who prefers more functionality from your mouse than just a left click, right click, and a scroll wheel ...

If Microsoft's Surface-themed Precision Mouse caught your eye but you wish it weren't in boring grey, well, the company has a new black version that looks very striking.

Microsoft’s new proprietary tracking technology combines the width and power of optical technology with the precision of laser tracking to allow consumers to mouse on virtually any surface1 ...