The ATTACK SHARK R3 redefines competitive gaming mice with its 46g magnesium alloy shell, offering exceptional strength while maintaining an incredibly lightweight feel. Designed for esports-level performance, it delivers effortless control and rapid flicks with minimal fatigue.

Powered by the flagship PixArt PAW3395 optical sensor, the R3 supports up to 26,000 DPI, delivering pixel-perfect tracking, ultra-low latency, and consistent accuracy. The 8,000Hz wireless polling rate ensures blazing-fast response times, giving you a decisive edge in fast-paced FPS games.

With Tri-Mode connectivity (2.4GHz wireless, Bluetooth, and wired USB), premium 80-million-click switches, and a TTC encoder for precise scrolling, the R3 is engineered for performance, reliability, and long gaming sessions.

✅ Key Features

🪶 46g Super-Lightweight Design
Magnesium alloy construction for strength without weight.

🛡️ Premium Magnesium Alloy Shell
Durable, rigid, and designed for competitive play.

🎯 PixArt PAW3395 Gaming Sensor
Professional-grade tracking with extreme precision.

⚡ 8,000Hz Wireless Polling Rate
Ultra-low latency for esports-level responsiveness.

🎮 Tri-Mode Connectivity
✔️ 2.4GHz Wireless
✔️ Bluetooth
✔️ USB Wired

🖱️ 80 Million Click Lifespan
High-durability switches for long-term use.

🎡 TTC Encoder
Smooth, accurate scrolling with tactile feedback.

🔋 Smart Sleep Power Saving
Optimized battery efficiency for extended wireless use.

🤲 Ergonomic Shape
Comfortable design for claw and palm grip styles.

📊 Specifications

Model: ATTACK SHARK R3
Weight: 46g
Material: Magnesium Alloy
Sensor: PixArt PAW3395 Optical Sensor
DPI Levels: Up to 26,000 (Adjustable)
Polling Rate: Up to 8,000Hz (Wireless)
Connectivity: Bluetooth / 2.4GHz Wireless / Wired
Switch Durability: 80 Million Clicks
Scroll Wheel: TTC Encoder
Software: Self-Developed Driver
Power Saving: Smart Sleep Mode

🎯 Perfect For:

✔️ Competitive FPS & esports gamers
✔️ Ultra-lightweight mouse enthusiasts
✔️ Wireless performance seekers
✔️ Long gaming sessions with reduced fatigue