What is the primary effect of induction ice on engine performance?

The primary effect of induction ice on engine performance is that it reduces the amount of air available for engine intake. When ice forms in the induction system, it obstructs the airflow, which can hinder the engine's ability to receive an adequate amount of air necessary for combustion. This reduction in air intake can lead to diminished engine performance, as the engine relies on a specific air-fuel mixture to operate efficiently.

In cold weather conditions, moisture in the air can freeze and create ice that clogs the intake, causing a drop in power output and potentially leading to engine stalling. Understanding this phenomenon is crucial for those involved in aviation or automotive fields, where engine performance can directly affect safety and functionality.