What is the effect of a load's height on forklift stability?

A load's height significantly affects the stability of a forklift due to its impact on the center of gravity. When a load is elevated, the center of gravity of the forklift-load combination shifts higher. A higher center of gravity increases the risk of tipping, as it can lead to an imbalance that may exceed the forklift's stability limits. This is particularly crucial when maneuvering, turning, or navigating uneven surfaces, as the dynamics change with the reduced stability.

The other situations also present misconceptions about how height impacts balance and stability. Taller loads do not inherently increase balance; in fact, they generally decrease stability. Stating that height has no effect on stability ignores the fundamental principles of physics that govern load management. Similarly, low loads provide better stability rather than less since they maintain a lower center of gravity, enhancing overall safety during operation. Understanding the relationship between load height and its effect on stability is essential for safe forklift operation.