Wireless Optical Mouse DEFENDER HIT MM-495 RF, ambidextrous, 1600 DPI, USB RF receiver, black

The Defender HIT MM-495 RF Wireless Optical is an ambidextrous wireless mouse designed for everyday office use. Featuring an optical sensor with 1600 DPI resolution, three press buttons and a scroll wheel, this compact black mouse offers straightforward navigation and reliable RF wireless connection. Battery-powered and lightweight, it is intended to provide comfortable control for both left- and right-handed users.

Advantages

The mouse combines a balanced ambidextrous form factor with a responsive 1600 DPI optical sensor for accurate pointer control on typical office surfaces. RF wireless connectivity ensures simple plug-and-play operation without the need for Bluetooth pairing. Its three-button layout and tactile scroll wheel support common tasks such as document scrolling, web navigation, and basic selection. The compact and lightweight design reduces hand fatigue during prolonged use and fits a variety of hand sizes.

Key specifications

• Form factor: Ambidextrous
• Movement detection technology: Optical
• Movement resolution: 1600 DPI
• Buttons quantity: 3
• Scroll type: Wheel
• Device interface: RF Wireless
• Product colour: Black
• Weight: 0.05 kg
• Power source: Battery-powered

How to use

Insert the required batteries into the mouse according to the polarity markings, then connect the RF receiver to an available USB port on your computer. The mouse should be recognized automatically and ready for immediate use without additional drivers on most operating systems. Use the scroll wheel for vertical navigation, the left button for primary selections, and the right button for contextual menus. Adjust pointer speed in the operating system settings if finer or faster cursor movement is needed.

Recommendations

For stable performance, use the mouse on a flat, non-reflective surface or a mouse pad; replace batteries when cursor responsiveness decreases; store the RF receiver in the mouse compartment (if available) during transport to avoid loss.