- Two 200mm RGB fans behind Mesh front panel
- Covers for Clean Building
- Show Off Your Graphics Card
- Clear View Inside
- Liquid Cooling Ready
- RGB controller and 1 to 3 Splitter Cable for RGB LED Fans
The MasterCaseH500P Mesh White will blow you away with its looks and performance! Two impressive 200mm RGB fans behind the mesh front panel and two optional 200mm fans on the top will provide all the airflow you need.Armed with a tinted tempered glass side panel and transparent top panel, your RGB fans will shine bright and true. The rugged, futuristic look and the structured bar design are inspired by the former High AirFlowseries. With options such as built-in vertical graphics card mounting, a customizablePSU shroud, and various cable covers you can really personalize your build, all the while keeping it clean and neat. Radiators up to 360mm are fully supported both in the top and front, so build a system that looks clean and cool, with performance that is even cooler.
The H500P’s design allows for easy disassembly. All of the panels can be easily taken off, ideal for CaseModders looking to paint their PC.
Optimized airflow is guaranteed with a complete mesh front panel, providing plenty of air intake for the two pre-installed 200mm RGB fans. Use RGB lighting to create a captivating build in your preferred color theme.
A PSU shroud, the CPU cut out cover and additional cable covers take clean cable management to the next level. Assemble clean builds like a pro!
Cable Management Cover
CPU Cut Out Cover
Clean Cable Routing
Two additional PCI slots at the rear enable you to show off one graphics card in the vertical position.
* Additional Riser Cable needed to use your graphic card vertically.
The MasterCase H500P Mesh White has a light grey tinted tempered glass side panel and plastic top cover, making it ideal for showcasing your build with (RGB) lighting.
The MasterCase H500P Mesh White accommodates up to a 360mm radiator on the top and front.
The MasterCase H500P Mesh White is optimized for better airflow through its front mesh.