How Does an Off-Road Forklift Maintain Its Center of Gravity?

No discussion of basic forklift knowledge would be complete without addressing the center of gravity and the stability triangle. During training, rough terrain forklift operators often struggle to grasp how to keep the center of gravity within the stability triangle. Rough terrain forklifts utilize a three-point suspension system, with these three points located at the two load wheels (front wheels) and the midpoint above the rear axle. Connecting these three points with dashed lines forms what is known as the stability triangle. The operator must ensure that the combined center of gravity of the rough terrain forklift and its load remains within the stability triangle at all times to prevent tipping. Factors such as heavy or unbalanced loads, traveling on inclined or uneven terrain, or turning under high load conditions can cause the center of gravity to shift outside the triangle, resulting in catastrophic consequences. When the load is not centered (e.g., engines or other asymmetrical parts), the center of gravity should be carefully estimated. The forklift's data plate indicates the lifting capacity at specified load centers and load heights. 24-hour hotline: +8615065751292