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Parts replacement on robot vacuums is usually driven by predictable wear rather than sudden failure. Components that move, flex, or handle airflow—such as brushes, belts, wheels, filters, and batteries—wear out faster simply due to friction, heat, and repeated cycles. In contrast, true failure components like control boards, sensors, and wiring harnesses tend to fail less often and are more commonly affected by contamination, impact damage, or moisture exposure.
A key distinction in repairs is between wear items and fault-based failures. Wear items are expected to degrade over time and are replaced as part of normal service when performance drops. True failures should only be replaced after confirming the part is defective, since symptoms are often caused by dirt buildup, loose connections, or calibration issues. In many cases, cleaning or reseating components restores normal operation without new parts.
Replacement makes sense when a part shows physical damage, electrical failure, or measurable performance loss that cleaning cannot correct. If the issue is intermittent or recent, diagnosis should come first. Regarding compatibility, OEM-style parts typically match original specifications, while aftermarket options can vary in fit, materials, and tolerances. Always verify model numbers and revisions, as small differences can prevent proper installation or cause new faults.
Common mistakes include ordering based solely on symptoms, overlooking sub-model variations, and replacing assemblies when only a small internal component is worn. Careful identification reduces cost and repeat repairs.
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