Computer overheating is a significant issue faced by many users, primarily caused by the accumulation of heat from various internal components such as the CPU, GPU, and power supply. High temperatures can lead to reduced performance, unexpected system crashes, and even hardware damage, making effective cooling essential for optimal PC operation. Users often seek innovative solutions to manage these temperatures, including unconventional methods like using ice. This article explores the practicality of ice as a cooling method for PCs, weighing its potential benefits against the inherent risks involved. Theoretically, ice could cool a PC through the principles of heat transfer, where heat from the computer components is absorbed by the cold ice, effectively lowering the overall temperature. However, this method presents several challenges. Unlike traditional cooling systems that efficiently dissipate heat, using ice requires a consistent supply of fresh ice and involves managing the resulting water, which complicates the process. In this sense, while it may provide temporary relief, ice cooling lacks the sustainability and effectiveness of established cooling methods, such as air or liquid cooling systems. Moreover, practical considerations further complicate the use of ice for cooling. One major concern is condensation, which occurs when the cold surface of ice leads to moisture formation, potentially damaging sensitive computer components. This risk is compounded by the maintenance challenges of an ice cooling setup, as it would necessitate constant monitoring and replenishing of ice to maintain effective cooling. Given these factors, it becomes evident that while ice cooling is an interesting concept, the practical challenges and risks often outweigh its theoretical benefits, leading most users to favor proven cooling solutions.