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The assertion that the majority of equipment failures are not due to age highlights an important understanding in equipment management and reliability engineering. While aging can contribute to wear and degradation over time, many failures occur due to other more immediate or impactful factors.

Maintenance frequency plays a crucial role, as inadequate or irregular maintenance can lead to failures that would otherwise be preventable. If equipment is not maintained appropriately, it can cause parts to wear out more quickly or lead to system malfunctions, suggesting that maintenance practices are a more significant factor in equipment reliability than age alone.

Operational conditions are also critical, as equipment operating in extreme conditions (such as high temperatures, heavy loads, or corrosive environments) is more likely to experience failures, regardless of its age.

Design flaws can lead to inherent weaknesses in equipment that precipitate failures. A poorly designed piece of equipment may be destined to fail, independent of how old it is.

Thus, age is a less critical factor in the context of equipment reliability compared to maintenance, operational conditions, and design flaws, which directly contribute to the likelihood of failure.