Redragon WYVERN RGB Wired Mechanical Keyboard – White/Black | RD-K689WBB-RGB

R693.00

Availability: In stock

SKU: FT-05254 Category: Brand:

The Redragon K689 WYVERN RGB Mechanical Keyboard (RD-K689WBB-RGB) is a high-performance, full-size wired gaming keyboard engineered with a gasket-mounted structure. Combining custom pre-lubed linear switches, a multi-layer noise-dampening architecture, and vibrant RGB backlighting, it delivers an ultra-clean, cushioned typing acoustic and precise responsiveness for gaming and productivity workflows.

Technical Specifications

  • Model Code / SKU: RD-K689WBB-RGB
  • Connectivity: Wired (USB Type-C)
  • Layout: 108 Keys (104 Standard Keys + 4 Dedicated Hotkeys / US QWERTY)
  • Switch Type: Custom Dragon Chant Pre-Lubed Linear Switches (Hot-Swappable, supports 3/5-pin switches)
  • Key cap Material: Durable PBT Key caps (Mixed 3-Colour Configuration)
  • Structure & Dampening: Gasket-Mounted Design with Multi-Layer Sound Absorption (3.5mm PO Foam, IXPE Switch Foam, Bottom Socket Foam, and Silicone Gaskets)
  • Key Rollover: Full N-Key Rollover / 100% Anti-Ghosting
  • Backlighting: Fully Customisable RGB Backlight
  • Ergonomics: 2-Stage Adjustable Height Feet
  • Software Support: Professional Driver Software for Macros and RGB Customisation

Key Features

  • Gasket-Mounted Architecture: Precision-locked covers and vertical cushioning eliminate rigid noise and hollow ping, offering a flexible, uniform, and creamy keystroke feel.
  • Custom Linear Switches: Outfitted with thick-lubed Dragon Chant linear switches for smooth, friction-free travel and quiet, tactile-free acoustics.
  • Upgraded Hot-Swappable Sockets: Easily swap out switches on the fly without soldering, allowing full customisation with most 3-pin and 5-pin mechanical switches.
  • Advanced Sound Dampening: Features a multi-layer internal foam and silicone setup that drastically cuts down vibration and metallic resonance.
  • Extended Functionality: Includes 104 standard keys plus 4 extra shortcut keys for enhanced operational efficiency in games and daily computing tasks.
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