Modder Attached Liquid Cooling to Laptop
A modified Metabox laptop achieved significant thermal reductions using a custom 360mm radiator setup.
Updated on Oct. 10, 2026 in Computers
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A hardware modder has successfully integrated a 360mm AIO liquid cooling system into a Metabox P950EP laptop. The DIY project utilized custom waterblocks to keep internal temperatures below 40 degrees Celsius under full load.
Why it matters
This extreme modification demonstrates the potential to overcome thermal throttling in high-performance laptops. By drastically lowering operating temperatures, the user achieved a notable boost in gaming performance.
The system features a 360mm AIO radiator and custom waterblocks, with a DC-DC converter stepping 19v laptop power down to 12v for the cooling loop. The configuration maintained both CPU and GPU temperatures below 40°C during heavy gaming.
The players
Metabox
Metabox is an Australian-based company that specializes in high-performance custom laptops, often utilizing hardware designs from ODMs like Clevo.
Nvidia
Nvidia is a prominent technology corporation that designs the graphics processing units used in the P950EP laptop model.
Intel
Intel is a global technology leader responsible for manufacturing the Core i7-8750H processor featured in the modified system.
The details
The modder used 3D-printed mounts and Loctite 2-part epoxy to secure the radiator and waterblocks to the Metabox chassis. Additional thermal pads and epoxy were applied to the RAM and VRMs to ensure consistent heat dissipation throughout the device.
Timeline
October 10, 2026: The project was documented and published.
The Tech Race
This modification stands in contrast to modern ultra-thin laptop designs that prioritize portability over thermal headroom. It highlights a recurring trend where enthusiasts attempt to bypass the physical cooling constraints inherent in standard laptop chassis designs.
This DIY experiment serves as a warning regarding the complexity and permanent nature of such modifications, which involve epoxy and soldering that void standard warranties. Most users should rely on external cooling pads rather than attempting internal liquid cooling integration.
The takeaway
While extreme liquid cooling can yield impressive temperature drops, it requires significant technical skill and physical modifications to the device. Enthusiasts should consider the risks to hardware longevity before attempting to bypass manufacturer thermal limits.
Further reading
For more on DIY hardware modifications, visit the Computers section.
Live Poll
Would you risk permanently modifying your own laptop to achieve better cooling and gaming performance?
