If a suspension bushing was tightened while the vehicle was supported by a frame hoist, what would be the likely result?

When a suspension bushing is tightened while the vehicle is supported by a frame hoist, the likely result is that the bushing will be subjected to undue stress and misalignment during normal operation. This occurs because the suspension components are not in their normal operating position; instead, they are hanging down due to the lift. When the vehicle is subsequently put back on the ground, the bushings will be in a twisted or compressed state, which can lead to premature wear.

Short bushing life is a direct consequence of this incorrect installation practice because the bushing is not allowed to operate in its intended range of motion and instead is forced to work under stress, leading to deterioration. Over time, this can cause the rubber or polymer material within the bushing to crack, tear, or degrade more rapidly than it would have under normal conditions. The overall lifespan of the bushing is thus significantly reduced.

In contrast, issues like camber wear, toe wear, or the vehicle pulling to one side often arise from other alignment problems or incorrect adjustments rather than from the improper installation method described.