Mouse GravaStar Mercury M1 Pro, magnesium alloy body, BT/WL/USB-A, RGB, Battle-Worn Yellow

Features

The GravaStar Mercury M1 Pro mouse features a magnesium alloy body with a skeletal structure and Battle-Worn texture. This design combines rigidity with reduced weight, helping to lower wrist strain and improve motion control.

The open-frame construction allows air circulation in the palm contact area. This reduces heat buildup during extended sessions and maintains a stable grip.

The PAW3395 optical sensor with up to 26,000 DPI ensures precise cursor positioning. Stable tracking is maintained even during fast movements.

Support for three connection modes includes 2.4 GHz wireless, Bluetooth, and wired USB-C. This allows switching between devices or selecting the appropriate mode depending on the task.

Five programmable buttons enable function and macro customization via software. This allows adapting controls to different usage scenarios.

The GLOWSYNC RGB system supports multiple lighting modes. The ergonomic shape ensures a natural hand position and clear tactile feedback.

Technologies

• PAW3395 Optical Sensor
• GLOWSYNC RGB Lighting System
• TURBOSPEED Wireless Technology
• Programmable Buttons
• Hollow Design Skeleton Structure

Technical Specifications

• SKU: GSM1PRO_YLW
• Model: Mercury M1 Pro
• Type: gaming mouse
• Sensor: optical PAW3395
• Resolution: up to 26,000 DPI
• Tracking speed: up to 650 IPS
• Polling rate: up to 4000 Hz with 4K receiver
• Programmable buttons: 5
• Connectivity: Bluetooth 5.1, 2.4 GHz USB receiver, wired USB-C
• Lighting: RGB, 5 modes
• Body material: magnesium alloy
• Design: skeletal
• Dimensions: 124 × 64.5 × 39.5 mm
• Weight: 88 g
• Color: Battle-Worn Yellow

Who is it for

• Gamers who require precision and fast response
• Users working with multiple devices
• Long-session use with reduced wrist strain
• Tasks requiring customizable buttons and macros

Conclusion

The GravaStar Mercury M1 Pro combines a lightweight metal body, precise sensor, and flexible connectivity. The design focuses on stable control and adaptability for different usage scenarios.