Benq Zowie Gaming Mouse Black Wireless Middle Size Driverless
$193
BenQ FK2-DW, Right-hand, Optical, RF Wireless, 3200 DPI, Black
Symmetrical gaming wireless mouse for esports
Lower hump design for more agile micro adjustments
Wireless design with 4K enhanced receiver
Driverless; plug and play
Powered by Sports Science for FPS gameplay
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⊡ Sourced via Ingram Micro · ships from US distribution
About this product
Delivers Agile and Precise Micro Adjustments
Agility More Flexible Micro Adjustments
Lower Hump The FK’s hump is lower than other mice. It creates more space between palm and mouse, allowing for more flexible micro adjustments when aiming at the enemy over longer distances or targeting a moving enemy.
Greater Range of Micro Adjustments Sports science testing confirms that increasing the space between palm and mouse allows greater movement and thus more precise micro adjustments.
Shorter Aiming Time Our tests show that the FK delivers faster aiming for shooting.
Sharper Angle. Faster Lifting. In comparison to other mice, FK has a larger left and right tilt angle which together with the finger support points, makes it easier to apply upward force. It helps players lift the mouse faster and quickly transition to the next action.
Right-Side Curve. More Accurate Shooting. In contrast to others, the FK's right side curve enhances palm muscle activation for effective braking. This design results in greater control and improved performance during targeted flick shots.
Enhanced receiver reduces signal interference The enhanced receiver offers improved stability of the wireless signal and minimizes frame drops and stuttering stemming from wireless interference during gaming.
Others The reception footprint of other receivers has no directionality making it difficult to determine the exact direction for optimum signal reception thus resulting in weaker signal transmission.
FK2-DW The exclusive directional enhanced receiver increases the reception footprint toward the mouse which improves signal reception. A reduced range of reception at the back of the receiver can effectively minimize interference from signals originating in the rear.