Cooler Master announced the HAF II 500, a new high-end airflow case designed to push cooling performance forward while delivering a quieter, more flexible building experience.
The HAF II 500 uses Cooler Master’s thermal authority to bring together two benefits that often compete in a PC case: stronger cooling and lower operating noise. With a purpose-built thermal architecture powered by oversized extra-thick fans, and a layout designed to support high-performance hardware and cleaner internal routing, the case helps users get more from modern gaming, creative, and compute-intensive systems.
At the center of the HAF II 500 is an uncommon fan configuration for the consumer PC case market. Two 220 x 40 mm intake fans work alongside a 180 x 40 mm exhaust fan to create a more balanced airflow system that provides quieter cooling performance. By moving more air efficiently, the HAF II 500 helps reduce component temperatures without forcing users to trade noise for thermal headroom.
“With the HAF II 500, we built the largest fans on the market and designed the case around them to achieve maximum airflow,” said Gustavo Chiu, co-CEO of Cooler Master. “The result is a case that stays true to the HAF legacy while adding the modern features people expect from a top-performing chassis. For Cooler Master, HAF has always been one of the clearest expressions of our Thermal Authority.”
To support this thermal design, the HAF II 500 uses a split-level layout that improves internal space utilization while maintaining chassis dimensions. This structure creates more effective zones for cooling hardware, routing cables, and supporting flexible component configurations. The case also carries forward Cooler Master’s approach to user-driven building, with adaptable mounting options for cooling components and support for a range of GPU and storage setups.
Key Features
Oversized Extra-Thick Fans
The intake and exhaust system uses two Mighty40 F220 intake fans (220 × 40 mm) to deliver high intake airflow quietly. The Mighty40 V180 exhaust fan (180 × 40 mm) effectively moves air out of the case, reducing a common bottleneck that can limit high-airflow case designs.
Smooth Airflow Design
Large front and rear ventilation openings help reduce airflow resistance, allowing the fans to operate more efficiently.
Split-Level Cable Management
Split-level cable management creates dedicated routing space based on the thickness and volume of cables. This makes room for an oversized exhaust fan without increasing the overall chassis size.
MasterRail Mounting System
MasterRail uses sliding rails and locking modules to support multiple fan and radiator sizes while keeping airflow paths clear. It can also hold devices that use standard fan or radiator mounting points.
Sliding Cable Cover
The integrated Sliding Cable Cover hides cables inside the centralized routing chamber and matches the motherboard area for a cleaner finished build. Its design also helps reduce cable-related airflow disruption without compromising memory cooling.
Dual-Mode GPU Holder
The Dual-Mode GPU Holder gives users the flexibility to secure a single GPU or support two GPUs. In dual-GPU configurations, each graphics card can be up to 3.6 slots (72 mm) thick.
GPU-Focused Airflow Divider
The Airflow Divider splits air from the lower intake fan into two paths. One directs airflow toward a standalone GPU, while the other guides air toward the drive cage and PCIe area.
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