Asus ROG Chakram Core Gaming Mouse

Description

ASUS ROG CHAKRAM GAMING MOUSE

ASUS ROG CHAKRAM GAMING MOUSE

GAME-CHANGING VERSATILITY AND CONTROL

ROG Chakram Core is a 16,000 dpi, 1000 Hz wired gaming mouse with a programmable, removable joystick to put superior control right under your thumb. Featuring exclusive push-fit switch sockets, adjustable weight, and the unique DPI On-The-Scroll feature for sensitivity adjustment, Chakram Core puts everything you need right in your hand.

ULTRA PERFORMANCE

ROG Chakram Core is equipped with a high-end optical sensor to give you the speed and accuracy you need. Its 100 to 16,000 dpi sensor tracks movements up to an astounding 400 inches per second (IPS) at up to 40 g acceleration. Its 1,000 Hz polling rate ensures lag-free responsiveness so the onscreen action reacts instantly.

PROGRAMMABLE JOYSTICK

Take advantage of the built-in joystick for unmatched levels of control with ROG Chakram Core and your gaming keyboard. The joystick can be set to Digital or Analog modes to fit your play style. Choose between the long or the short joystick, or do away with it completely.

Digital Mode

In Digital mode, the joystick works in four directions, and can be programmed for additional controls for first-person-shooter (FPS) or battle royale games. Simply push to reload, switch weapons, tilt, or open up in-game maps and more.

Customizable Joystick

The two bundled joysticks cater to different hand sizes and play styles. They can be removed when not in use, and you can fit the socket cover for a flush panel.

SCREW-LESS, MODULAR DESIGN

ROG Chakram Core has a screw-less modular design, with a magnetic cover and buttons, and exclusive push-fit switch sockets and adjustable weight providing loads of customization options to make Chakram Core your own.

Pivoted Button Mechanism

Shorter travel means quicker clicks, which is why ROG engineers equipped ROG Chakram Core with pivoted buttons. The mechanism utilizes springs and metal hinges to balance the keys and minimize the distance between the buttons and switches. The upshot is minimal travel and rapid return, ensuring superb speed, responsiveness and consistency with every click.