LOGITECH G305 Lightspeed bezdrôtová herná myš biela

The G305 wireless gaming mouse features the next-generation HERO sensor with up to 12,000 DPI sensitivity and LIGHTSPEED wireless performance with 1 ms report rate. Designed for portability, it includes built-in nano receiver storage, runs on a single AA battery for up to 250 hours of gameplay, and weighs 99 grams. The mouse has six programmable buttons and is compatible with systems that support LIGHTSPEED wireless technology and standard USB receivers.

Advantages

The HERO sensor delivers high-precision tracking with adjustable DPI up to 12,000, while LIGHTSPEED wireless ensures a stable 1 ms response suitable for fast-paced gaming. Long battery life from one AA cell reduces maintenance, and an indicator light notifies when battery replacement is needed. Built-in nano receiver storage improves portability and prevents loss of the USB receiver. With a lightweight 99 g design and six programmable buttons, the mouse balances comfort, customization, and mobility.

Key specifications

• Sensor: HERO (next-generation)
• Maximum sensitivity: 12,000 DPI
• Wireless: LIGHTSPEED, 1 ms report rate
• Battery: 1 × AA, up to 250 hours
• Weight: 99 g
• Buttons: 6 programmable buttons
• Receiver: Built-in nano receiver storage

How to use

Insert one AA battery into the mouse and store the nano receiver in its compartment for transport. Plug the receiver into a USB port on your computer to establish the LIGHTSPEED connection; the mouse should connect automatically. Adjust DPI and program buttons using compatible software if available, or use default settings for immediate use. Replace the AA battery when the indicator light alerts you to low power.

Recommendations

For optimal performance, use a quality AA battery and keep the nano receiver in its storage slot when not in use. Install the manufacturer's software to customize DPI levels and button assignments. Ensure the receiver is within line of sight and avoid excessive distance from the computer to maintain the 1 ms wireless responsiveness.