Corsair Champion Series Sabre RGB Pro herná myš

In competitive gaming, every millisecond counts—a sluggish or inaccurate mouse can mean the difference between victory and defeat. The Corsair Champion Series Sabre RGB Pro eliminates that risk with a hyper-responsive 8,000 Hz polling rate and a precision 18,000 DPI optical sensor, delivering the speed and accuracy needed to dominate.

Who is it for

Built for esports athletes and serious gamers who demand the lowest possible latency and pinpoint accuracy. Its ergonomic right-handed shape and lightweight design make it ideal for long sessions and fast flick shots.

Main features

• CORSAIR MARKSMAN optical sensor with up to 18,000 DPI, adjustable in 1 DPI steps for ultimate sensitivity control.
• 8,000 Hz hyper-polling technology via USB for up to 8x faster response than standard 1,000 Hz mice.
• Six programmable buttons with CORSAIR QUICKSTRIKE technology, featuring OMRON switches rated for 50 million clicks.
• Drag-reducing paracord cable (1.8 m) for a near-wireless feel and unrestricted movement.
• One-zone RGB lighting on the scroll wheel, customizable through CORSAIR iCUE software.
• 100% PTFE glide pads for smooth, effortless tracking on any surface.
• On-board memory to save one profile, so your settings travel with you.

Specifications

• Sensor: CORSAIR MARKSMAN Optical
• Max DPI: 18,000 (1 DPI steps)
• Max Tracking Speed: 450 IPS
• Max Acceleration: 50G
• Polling Rate: Up to 8,000 Hz
• Connectivity: Wired USB 2.0 Type-A
• Cable: 1.8 m paracord
• Buttons: 6 programmable
• Switch Type: CORSAIR QUICKSTRIKE (OMRON)
• Switch Lifespan: 50 Million Clicks
• RGB Lighting: 1-Zone RGB (Scroll Wheel)
• Form Factor: Ergonomic, Right-Handed
• On-board Memory: Yes (1 Profile)
• Software Support: CORSAIR iCUE
• Mouse Feet: 100% PTFE Glide Pads
• Color: Black

Tips

To maximize performance, ensure your system supports USB 2.0 or higher and install CORSAIR iCUE for full customization of DPI, polling rate, and RGB lighting. For competitive play, experiment with lower DPI settings combined with high polling rates for precise tracking.