Armaggeddon Gaming Cooling Fan Set 4pcs ARGB KIT 6000 Pro Black

Elevate your PC build's thermal performance and visual appeal with the Armaggeddon Gaming Cooling Fan Set 4pcs ARGB KIT 6000 Pro Black. Designed specifically for PC builders and gamers, this high-performance 4-fan kit delivers a stellar balance between whisper-quiet cooling and brilliant addressable RGB illumination.

Simplified Master-Slave Daisy Chaining

Messy fan cabling is a thing of the past. The ARGB KIT 6000 Pro features an intelligent Master-Slave architecture where the primary "Master" fan regulates power and synchronization for every connected "Slave" unit. This clever daisy-chaining approach supports up to 8 fans in series from a single header, significantly decluttering your chassis interior and streamlining airflow.

Vibrant 5V ARGB Motherboard Sync

Seamlessly integrate your chassis lighting with the rest of your gaming setup. Fully compatible with standard 5V 3-Pin ARGB headers, the kit synchronizes flawlessly with major motherboard ecosystems including ASUS Aura Sync, MSI Mystic Light Sync, Gigabyte RGB Fusion, and ASRock Polychrome. Prefer hardware controls? You can easily wire the fans to your chassis Reset or LED button to toggle lighting presets manually.

Whisper-Quiet Operation

Keep your thermals under control without disruptive background noise. Operating at a sound profile of approximately 21 dBA, the KIT 6000 Pro fans remain virtually silent during demanding gaming marathons and daily productivity tasks alike.

Key Features

• Complete 4-Piece Kit: Includes four 120mm black ARGB fans ready for intake or exhaust deployment.
• Master-Slave Connectivity: Connect up to 8 fans in series on one header for ultra-clean cable management.
• Universal Motherboard Sync: Compatible with standard 5V 3-Pin ARGB headers across ASUS, MSI, Gigabyte, and ASRock.
• Manual Mode Switching: Supports direct connection to PC case Reset/LED switches for instant lighting control.
• Ultra-Low Noise: Rated at just over 21 dBA for near-silent thermal performance under load.