Transform your PC build into a futuristic masterpiece with the Antec Orbit 120mm ARGB Fan 3 Pack, designed to deliver stunning aesthetics and powerful cooling performance. Featuring an infinity mirror light effect at the centre of each fan and a dual-ring ARGB lighting system, the Orbit fans create a mesmerising wormhole-like visual that elevates your gaming setup. The curved surface front and rear covers, along with the carbon fibre-inspired diagonal pattern, offer a modern, cohesive look that complements any high-end rig.
Equipped with intelligent chip-based PWM fan control, the Antec Orbit fans dynamically adjust speed based on system demands, ramping up airflow during heavy workloads and achieving near-total silence during low-load or idle states. When the PWM duty cycle falls below 6%, the fans automatically stop, allowing for ultra-silent standby operation. This smart fan management ensures optimal performance without compromising on acoustics, making it ideal for noise-sensitive environments.
With a thicker 28mm frame, the Orbit fans increase the air inlet area and improve contact with the chassis, delivering superior cooling performance. The 9-blade design enhances static pressure and airflow efficiency, ensuring your components stay cooler even under demanding conditions. Built with fluid dynamic bearings (FDB), these fans offer extended lifespan, smoother operation, and reduced vibration—ideal for long-term reliability in high-performance builds.
To further enhance quiet operation, each fan is fitted with eight rubber anti-vibration pads that absorb operational vibrations and reduce noise output to as low as 18 dB(A). With a lifespan rated at 50,000 hours at 40°C, the Orbit fans are built to last. The package includes standard 4-pin fan connectors and 3-pin ARGB LED connectors, ensuring compatibility with most modern motherboards and lighting control software. Whether you’re upgrading your cooling or completing a themed build, the Antec Orbit fans offer a perfect blend of style, silence, and performance.
