How do rough terrain forklifts maintain their center of gravity?

Any discussion of forklift basics would be incomplete without addressing the center of gravity and the stability triangle. During training, rough terrain forklift operators often find it difficult to grasp how to keep the center of gravity within the stability triangle. Rough terrain forklifts use a three-point suspension system, with the three points located at the two load-bearing wheels (front wheels) and a point above the center of the rear wheel. Connecting these three points with dashed lines forms what is called the stability triangle. Operators should ensure that the combined center of gravity of the rough terrain forklift and its load always remains within the stability triangle to prevent tipping. Factors such as heavy or unbalanced loads, traveling on sloped or uneven terrain, or turning under heavy load can all shift the center of gravity outside the triangle, resulting in catastrophic consequences. When the load is not centered (for example, an engine or other asymmetric components), the center of gravity should be carefully estimated. The forklift's data plate indicates the lifting capacity at the specified load center and load height. 24-hour hotline: +8615065751292