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A4tech Bloody L65 Max Lightweight RGB Wired Gaming Mouse

A4tech Bloody L65 Max Lightweight RGB Wired Gaming Mouse
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A4tech Bloody L65 Max Lightweight RGB Wired Gaming Mouse
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  • Stock: Pre-Order
  • Model: L65 Max

A4tech Bloody L65 Max Wired Gaming Mouse

This amazing A4tech Bloody L65 Max mouse designed to redefine the norms of precision and speed which gives you the upper hand in competitive gaming.Bloody L65 Max Gaming Mouse comes with professional 12,000 CPI, 8000 FPS‌250 IPS, and 35G acceleration provide precise and accurate on-screen control for players With a rapid 1ms key response time,Designed for long gaming sessions, the mouse features a lightweight 78g design that offers excellent grip and reduces fatigue during extended gameplay he translucent body enhances its unique look while showcasing its vibrant RGB lighting effects, complete with multiple preset modes and full software customization. The smooth Teflon feet ensure effortless glide on any surface, giving you consistent speed and stability. Performance is a key strength of the Bloody L65 Max, thanks to its 2000Hz polling rate and 1ms key response time, which deliver instant input recognition with minimal delay.By default, five different types of lighting effects are loaded. Via graphic software of L65 Max, you can alter the colors of the other lighted elements The mouse offers seven fully programmable buttons and 4 MB of onboard memory, letting you store macros, keybinds, and custom profiles directly on the device—perfect for switching games or setups without reconfiguring. Built with durability in mind, the primary switches are engineered for long-lasting click life, while the wired USB connection ensures stable, lag-free operation at all times It is possible to successfully lower the L65 Max mouse movement friction resistance by optimizing the Teflon mouse feet edge arc. More durability and consistent placement are ensured by the huge size The large-sized Teflon mouse feet, designed with an optimized edge arc, help reduce friction across various surfaces. This not only improves glide and movement precision but also adds to durability and consistent tracking during fast-paced movements

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