Licking Thermal

Magisk, KernelSU, Thermal Management, Gaming Performance

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A specialized Magisk module that intelligently manages thermal throttling. It disables performance limits during gaming sessions and restores them automatically once finished.

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Table of Contents

  1. Overview
  2. Key Features
  3. How It Works
  4. Usage Instructions
  5. Safety Warning
  6. Final Thoughts

Overview

Licking Thermal is a performance-oriented Magisk module designed to eliminate aggressive thermal throttling on Android devices. It is built for gamers who want to squeeze every bit of power out of their hardware to maintain smooth frame rates without sudden performance drops caused by system-level thermal engine limits.

The module operates on a “dynamic toggle” system, ensuring that your device only runs at maximum capacity when you are actually gaming.


Key Features


How It Works

Licking Thermal uses a background daemon to monitor the foreground application. When a package name matches your custom list, it executes a series of shell commands to modify system properties and thermal engine parameters.

It specifically targets /sys/class/thermal/ and the Android Thermal HAL to ensure a comprehensive bypass of performance limiters.


Usage Instructions

  1. Installation: Flash the module via Magisk or KernelSU manager.
  2. Configuration: If your game is not detected automatically, edit the list.txt file located in the module’s directory.
  3. Activation: The module starts automatically on boot; no further manual activation is required.

Warning

[!CAUTION] USE AT YOUR OWN RISK. This module disables critical safety features designed to protect your hardware from heat damage. It is highly recommended to use an external cooling solution (like a phone cooler fan) while using this module for extended gaming sessions.


Final Thoughts

  1. Dynamic Efficiency: Unlike “static” thermal disablers, Licking Thermal only acts when needed, preserving your battery and hardware health during normal daily use.
  2. Community Driven: Constant updates based on user feedback to support new chipsets and Android versions.
  3. Open Transparency: Fully open-source logic to ensure safety and allow for community contributions.