What is a consequence of overloading a skip with dense or compacted material?

Overloading a skip with dense or compacted material primarily leads to the axles becoming overloaded. This is because the weight of the skip, when filled beyond its recommended capacity, places excess stress on the vehicle's axles. Each axle is designed to support a specific load, and exceeding that limit can result in various issues, including premature wear and potential failure of the axle components.

In addition to structural concerns, an overloaded skip can also affect other aspects of operation. For instance, it can compromise safety by making the vehicle harder to handle, and it may lead to increased stopping distances due to the extra weight affecting braking performance.

While other options may suggest benefits like increased fuel efficiency or enhanced load stability, these outcomes are unrealistic in the context of overloading. In fact, professionals are typically trained to monitor load weights closely to ensure the vehicle operates safely within its design limits. Thus, recognizing the severe implications of overloading is crucial for maintaining operational safety and efficiency.