![]() ![]() Tip: Use field calculations to estimate the reduced lifting capacity if manufacturer’s instructions are not available. If the stated load center is exceeded, compensate by reducing the weight of the load.Ĭonsult the forklift manufacturer’s instructions when handling large or unusually configured loads. ![]() Loss of steering control (Shifting too much weight forward raises the rear wheels.)Įstimate the safe load capacity with oversized loads. While arranging a load, be aware of the following: ![]() To the extent that the load differs from this theoretical load - such as if it is irregularly shaped, has unbalanced weight distribution, or is not centered on the forks - the capacity may be reduced. Of course, most loads are not perfectly shaped cubes having their center of gravity exactly in the middle of the cube. With such a load, the horizontal distance from the center of the load to the vertical part of the forks would be 24 inches. This means that the forklift’s capacity was determined as if the load were a cube whose weight is evenly distributed (i.e., whose center of gravity is exactly in the center of the cube) and which is resting on a standard pallet having dimensions of 48 inches by 48 inches. Forklifts are designed to carry a capacity load at a standard load center, commonly 24 inches. Load weight, weight distribution, size, shape, and position are key factors affecting the stability of the forklift. ![]()
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