An affordable, 3D-printable passive and active laptop cooling stand engineered to unlock hidden performance from your hardware.
Modern modern laptops pack high-end computational power into razor-thin chassis. Under load, heat rapidly builds up, forcing your CPU and GPU to downclock aggressively to protect themselves.
Premium commercial cooling pads are often expensive, bulky, require proprietary power bricks, or depend on cheap noisy fans that fail quickly. Access to ergonomic cooling shouldn't be expensive.
Placing a laptop flat on a desk severely limits the clearance space needed for base intake vents to breathe efficiently. Simply elevating the chassis solves half the battle.
* Data points calculated based on average sustained values across multiple logged runtime trial blocks.
Download the standardized 3D models. Print using PETG or high-infill PLA for continuous thermal structural stability.
Acquire standard 5V or 12V PC case fans (120mm or 140mm size parameters support built-in mounting channels).
Drop the modular fans into the vibration-dampening slot constraints and wire up simple USB step-up interfaces.
Includes complete parametric .STEP, .IGES, and print-ready production .STL meshes for easy slicing.
Download ZIPAccess full diagnostic execution telemetry sets containing raw timestamped system metrics.
Download CSV PackLapchill started as an experiment to solve a universal hardware restriction: keeping high-powered portable production workstations cool without spending a premium.
This project is completely open-source, licensed under creative commons right share-alike structures. We encourage modifications, remixing, and distribution to scale performance out globally.
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