This article covers ROCCAT ゲーミングマウス Kone Pro 有線 ホワイト.
Overview
The ROCCAT Kone Pro is a wired gaming mouse from the German gaming gear brand ROCCAT, featuring an iconic ergonomic shape and an ultra-lightweight design of just 66 grams. It houses the Owl-Eye 19K DPI optical sensor for precise tracking, along with Titan Switch Optical for fast and reliable clicks. The PhantomFlex cable mimics a wireless feel, and the pre-tuned pure PTFE glides ensure smooth movement. This mouse is designed for gamers who prioritize comfort, speed, and accuracy. ## Specifications | Item | Specification | | --- | --- | | Model Number | ROC-11-405-01 | | Connectivity | Wired (USB-A) | | Weight | 66g | | Dimensions | 12.55 x 7.19 x 3.99 cm | | Sensor | ROCCAT Owl-Eye 19K DPI Optical | | Switch | Titan Switch Optical | | Cable | PhantomFlex Cable | | Glides | Heat-treated pure PTFE (pre-tuned) | | Release Date | July 31, 2021 |
Connectivity & Compatibility
The Kone Pro connects via a standard USB-A cable, compatible with Windows, macOS, and Linux systems without additional drivers. Plug-and-play functionality allows immediate use. For advanced customization, the ROCCAT Swarm software enables DPI adjustment, button remapping, and RGB lighting control. The mouse is right-handed ergonomic with two side buttons.
Product Info
Released on July 31, 2021, the ROCCAT Kone Pro is positioned in the mid-range segment with a current price of around ¥12,500 on . View on It stands out for its combination of German design quality and ultra-lightweight construction, making it ideal for competitive FPS and battle royale games. The package includes only the mouse; replacement glides are not included.
Best Use Cases
FPS gamers seeking a lightweight mouse: The 66g weight facilitates quick flick shots and reduces fatigue during long sessions. Users prioritizing ergonomics: The iconic shape fits the hand naturally, providing comfort for extended use. * Those who prefer wired reliability: The flexible PhantomFlex cable offers a near-wireless experience without latency concerns.