Mouse Microsoft Surface Arc Mouse Bluetooth

Slim, light and designed for travel, the Microsoft Surface Arc Mouse Bluetooth conforms to your hand and snaps flat to fit easily in a bag. The ambidextrous grey mouse connects via Bluetooth and uses BlueTrack technology for precise tracking with a movement resolution of 1000 DPI. It features two buttons and a touch scroll surface, and is powered by batteries.

Advantages

The Surface Arc Mouse is ultra-slim and lightweight, with a fold-flat design that makes it easy to carry. Its ambidextrous form factor suits both left- and right-handed users. Bluetooth connectivity removes the need for a dongle, while BlueTrack technology enables accurate tracking on a variety of surfaces. The touch scroll supports both vertical and horizontal scrolling for smoother navigation.

Suitable for

• Mobile and travel use
• Working on the go with laptops and tablets
• Users who prefer a compact, foldable mouse
• General office and home tasks requiring precise cursor control (1000 DPI)

Key specifications

• Brand: Microsoft
• Model: Surface Arc Mouse (FHD-00002)
• Interface: Bluetooth
• Movement detection: BlueTrack
• Resolution: 1000 DPI
• Buttons: 2
• Scroll: Touch (supports vertical and horizontal scrolling)
• Form factor: Ambidextrous
• Weight: 0.0825 kg
• Colour: Grey
• Power: Battery powered

How to use

Snap the Surface Arc Mouse into its curved, active shape to switch it on and flatten it to power it off for storage. Pair the mouse with your device via Bluetooth following the device’s Bluetooth pairing procedure. Use the touch surface to scroll vertically and horizontally; press the left and right touch zones to perform primary and secondary click actions. Replace batteries when cursor movement becomes inconsistent or the device fails to power on.

Recommendations

For best results, use the mouse on flat, stable surfaces. If you need precise tracking on very smooth or reflective glass, test surface responsiveness before extended use. Store the mouse flattened to protect the touch surface during transport.