MCHOSE A7 V3 Ultra+ Wireless Gaming Mouse Tri-mode PAW3955 Ti Sensor 8K Polling Rate 59g Ultra Lightweight 50000 DPI Erg

MCHOSE A7 V3 Ultra+ Wireless Gaming Mouse Tri-mode PAW3955 Ti Sensor 8K Polling Rate 59g Ultra Lightweight 50000 DPI Erg

Price$118.82

In stock at Bang Good

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Price history

Tracking since 5 days ago

Now
$118.82
Lowest
$118.82
Highest
$119.78
Price changes
  1. today $118.82
  2. 2 days ago $118.92 down↓1%
  3. 5 days ago $119.78 first recorded

About this product

Store
Bang Good
Category
Electronics > Electronics Accessories > Computer Components > Input Devices > Mice & Trackballs
SKU
2053254

Specifications Brand MCHOSE Model A7V3 Ultra Connection Wired 2 4G bluetoothCoating Imported Super Glides Glass Coating2 0Main Control Chip Nordic 54L Main Control ChipSensor PAW3955 TI Customized High end SensorTransmission Technology MCHOSE TOPSPEED WIRELESS Wireless Technology 2 0Return Rate Wired 8K Wireless 8KDPI Max 50000 Overlocking Battery Capacity 500mAhReceiver Standard 8K NANO ReceiverConnection Method Wired 2 4G bluetoothSize 125 8x63 2x39 8mmWeight 59gFeatures 1 Flagship PAW3955 TI Sensor Achieve unparalleled tracking accuracy with a top tier sensor designed for high speed esports It ensures no frame loss during rapid movements giving you a competitive edge 2 SHARP SPEED Wireless Technology Powered by a dual core main control and a new generation of wireless transmission this mouse offers an ultra fast and exceptionally stable connection with extremely low latency 3 All Purpose Ergonomic Mold Developed through extensive testing the mouse s shape provides a natural and comfortable grip It s perfectly suited for various hold styles like Palm Grasp and Fingertip for both intense gaming and office work 4 Super Glides Glass Coating 2 0 The upgraded surface texture is skin friendly anti sweat and anti oil This special coating ensures a consistent clean feel and a smooth glide during use 5 Advanced Environment Adaptability Equipped with a Global Anti Interference Algorithm the mouse performs reliably even in complex signal environmen