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A common characteristic of heavy vehicles in accidents is that they often result in more severe injuries. This is primarily due to their significant mass compared to lighter vehicles. The greater weight of heavy vehicles translates into more kinetic energy at the time of an impact, which can lead to more catastrophic outcomes for those involved in the collision, whether in the heavy vehicle or any other vehicle involved.

Additionally, heavy vehicles tend to have larger crush zones and may not absorb collision energy as effectively as lighter vehicles, which can contribute to greater injury severity. The size and height of heavy vehicles can also affect the dynamics of an accident, often leading to dangerous scenarios such as under-ride collisions, where smaller vehicles can slide under the back of a truck, increasing the risk of severe injuries.

The other options do not accurately reflect characteristics associated with heavy vehicles. Moreover, while it may be true that these vehicles can cause minor damage in some instances, it is not a defining characteristic of their involvement in accidents. The likelihood of rolling over is relatively higher due to their high center of gravity, and they do require specialized stopping distance considerations due to their weight and braking capabilities.