Clavier Mécanique Gaming Redragon Kumara K552

Clavier Gamer Mécanique REDRAGON Kumara - Connectivité: Filaire - Interface: USB - Clavier mécanique AZERTY- commutateurs personnalisés (équivalent Cherry MX Blue) - 87 touches mécaniques - 12 touches de clavier multimédia - Un son de clic net et un retour tactile précis pour des performances de frappe et de jeu ultimes - 5 niveaux de luminosité du rétroéclairage vitesse de respiration réglable - Une conception ergonomique compacte et une construction en métal-ABS durable de haute qualité avec des touches et des interrupteurs mécaniques - Couleur: Noir - Garantie: 1 ans

Redragon K552 is a Compact TKL Tenkeyless Ergonomic Designed 87 key mechanical gaming keyboard with custom switches Cherry Blue equivalent for longevity with greater durability and responsiveness offering clicky medium resistance audible loud click sound crisp precise tactile feedback for typing and gaming. It contains 18 different RGB lighting modes 9 different colors and 5 backlight brightness levels. Precision engineered keycaps offer crystal clear uniform backlighting.

Redragon K552 Kumara LED Backlit Mechanical Gaming Keyboard (Black)

Clavier Gamer - REDRAGON KUMARA MECANIQUE K552 RGB BLUE SWITCH

Redragon K552 KUMARA LED Backlit Mechanical Gaming Keyboard

Clavier Mécanique Gaming Redragon KUMARA K552 RGB-1 / Red Switches

Redragon K552 Kumara Mechanical Keyboard 87-key Rainbow RGB Backlit Compact Gaming Keyboard with Outemu Switches

INFO-One Informatique - 📣 Clavier Gaming Mécanique REDRAGON

Clavier Mécanique Gaming Redragon Kumara K552

Redragon K552-1 Wired Mechanical Gaming Keyboard Tested And Work

Redragon Kumara K552 RGB Wired TKL Keyboard, Blue Switches K552W

Redragon K552 Mechanical Gaming Keyboard RGB LED Backlit Wired

Redragon K552 KUMARA RGB Review

Redragon K552 Mechanical Gaming Keyboard RGB LED Backlit Wired

Low profile designed throughout the whole keyboard from the bottom board - middle low-profile red switches (actuation force: 40g) and the top keycaps aim to shorten the distance to actuation as much as possible.