The AVAX LW03 Pro has been designed for the needs of racing players: ultra -light design, outstanding performance and state -of -the -art technology in a single device. The Pixart Paw3395 sensor guarantees up to 26,000 dpi resolution, the omron switches designed for 100 million clicks and the 8000Hz Polling Rate guarantee lightning fast reaction time and non -compromise accuracy.

Professional sensor with extreme performance:
The PAW3395 sensor is capable of 26,000 dpi resolution, 650 IPS speed and 50g acceleration, so it precisely follows the smallest gesture. Ideal for FPS and E-Sport Games where speed and accuracy decide.

Long-lived Omron Switchs:
The omron switches designed for 100m clicks on extra durability and consistent performance, making it a reliable partner for many years in every match.

Tri-Mode Relationship:
You can use it wired (USB-C paracord) in 2.4g wireless mode or via Bluetooth. The Broadcom BK3633 Chip and Nordic BK52840 MCU provide a stable, fast and energy -efficient relationship, while the smart sleeping function increases the battery life.

8k Polling Rate Technology:
In addition to the default 1000Hz, the LW03 Pro also supports the 8000Hz Polling Rate, which provides super low delay and lightning fast reaction time-ideal for competitive players.

Ultra light, comfortable design:
With only 55g weight, the mouse allows extremely fast and precise movements. The smooth -touch surface gives a pleasant grip and the paracord cable provides a flexible, durable and almost weightless experience.

Battery and Operation:
The 500 mAh battery offers up to 50 hours of playing time, so it is ready for the longest marathons.

Customability and memory:
The mouse's online memory and the accompanying software allow you to customize DPI (400-26,000) and Polling Rate, create macros and control RGB lighting. The settings are stored directly on the mouse so they can be accessed anywhere.

Customizable Lift-off Distance (LOD):
AVAX LW03 Pro offers a software setting option to fine-tune LOD (Lift-Off Distance). This allows players to adjust the sensor's reaction to their needs, minimizing unwanted cursor movements during fast, intense gameplay.