A ceiling fan mounted on a room ceiling rotates steadily, pulling in air from above and pushing it downward. The blades sweep in unison, creating a consistent flow that reaches occupants below.
This movement disperses warmth and brings relief during hot moments. The fan responds to controls, adjusting speed while maintaining its pattern of circulation.
The blades exhibit sagging along their lengths. Outer sections hang lower than the centers, altering the flat plane they once formed.
Rotation continues uninterrupted. The motor drives the full span of each blade, and airflow passes through without halt, blending with the room's atmosphere.
Persistent Imbalance
The drooped edges create slight variations in height during each turn. A subtle wobble appears in the central hub, yet the blades complete their cycles.
Air displacement holds steady. The downward push remains effective, supporting the fan's role amid the visible deformation.
Here, the ceiling fan operates its circulation as the blades already sag in place.