Description:
This compact wireless gaming mouse combines a lightweight shell with a high-precision optical sensor to support fast, accurate tracking for everyday use and competitive play. It is aimed at users who want low wrist strain and flexible connectivity, offering extended battery life for long sessions and adjustable DPI for fine control.
Key Points
Lightweight at 72g, the mouse encourages swift movements and reduces fatigue during extended play or long work sessions. The design keeps responsiveness in focus, with buttons rated for 20 million clicks and a low-latency wireless mode that, according to the manufacturer, can deliver up to 100 hours of battery life. The RGB lighting cycles through six colours mapped to DPI levels, which helps you see the active sensitivity at a glance 🎮.
Comfortable ergonomics and six programmable buttons let you assign macros or shortcuts for productivity or gaming. Switch between wired and wireless modes depending on your needs, and use the adjustable DPI settings to move from precision aiming to fast navigation with a flick of the sensor.
Technical Specifications
- Name: TECKNET Wireless Gaming Mouse
- Sensor: optical, up to 8000 DPI
- Weight: 72 g
- Battery life: 100 h (wireless mode, according to the manufacturer)
- Buttons: 6 programmable, rated 20 million clicks
Usage Recommendations
For twitch-based games set the higher DPI levels to 3200 or above and test sensitivity in short sessions to find what suits your playstyle. For tasks requiring accuracy, drop to 800 or 1600 DPI and use the RGB cue to confirm the current setting. If you alternate between desktop and laptop, the dual connectivity is handy; use the wired mode for uninterrupted training and the wireless mode when you need freedom of movement. 🔋
Consider charging habits if you use wireless mode extensively, because continuous RGB lighting will reduce the time between charges compared with using lighting sparingly. Also note that while the sensor performs well on most surfaces, a dedicated mouse mat will improve consistency for pixel-level aim and tracking.










