The Load That Shifted at Height
You are placing a pallet of bagged sand onto the third racking level, about 4.5 m up, using a 2.5-tonne counterbalance forklift. The pallet is 1,000 kg and the load chart confirms capacity is adequate at that height. The bags are stacked slightly unevenly and the pallet is not stretch-wrapped. As you raise the load, you feel the machine become less stable and see the top bags lean. A colleague on the floor is guiding you in with hand signals and is standing about 2 m from the racking, in line with the pallet. The racking beam you are aiming for has a visible dent on the front face.
1. Identify the hazards in this situation and decide whether to continue the placement.
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Hazards present:
- Unstable load. Uneven stacking and no stretch wrap mean the bags can shift or fall as the load is raised and tilted. At 4.5 m a falling bag is a serious struck-by hazard.
- Raised load and stability. Raising the mast raises the combined centre of gravity and reduces the machine's lateral stability. The operator already feels reduced stability, which is a warning sign, not something to push through.
- Person in the fall zone. The colleague is standing 2 m from the racking, directly in line with the pallet - if the load shifts or the racking fails, they are in the line of fire.
- Damaged racking. A dented beam may have reduced load capacity. Placing 1,000 kg on damaged racking could cause collapse.
Decision: do not continue the placement as it stands. The load is not secured, the person is in the fall zone, and the target beam is damaged. Any one of these justifies stopping; together they make the lift unacceptable.
Immediate actions: lower the load to the ground, ask the colleague to move out of the line of fire, and stop the task. Then re-plan: re-stack and wrap the pallet, have the racking inspected and the damaged beam tagged out, and reposition the spotter so they guide from a safe position at the side, never under or in line with the load.
2. Describe how you would complete the task safely once the issues are addressed, including the placement technique and the communication with the spotter.
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Preconditions before restarting: the pallet is re-stacked squarely and stretch-wrapped or banded so the bags cannot shift; the damaged racking beam has been inspected and either confirmed fit or tagged out and the load placed on a sound bay; the spotter is briefed and positioned to the side, out of the fall zone, with a clear escape route.
Placement technique:
- Approach the bay square and in line, with the load low, and stop at the correct distance.
- Raise the load to just above the beam level, keeping the mast vertical or slightly tilted back. Do not tilt forward at height.
- Move forward slowly until the pallet is over the beam, watching the spotter and the pallet, not the mast.
- Lower the load onto the beam, then tilt the mast forward slightly to withdraw the forks cleanly, and lower the forks before reversing.
- Reverse straight out, then lower the mast to travel position before turning.
Communication: agree signals before starting - stop, raise, lower, forward, back. The spotter must be visible to the operator at all times; if the operator loses sight of the spotter, stop. The spotter should never stand under the load, between the load and the racking, or in the path of a reversing forklift.
Throughout, the operator watches for any sign of instability - rear wheel lift, sway, load shift - and lowers the load immediately if anything changes. Placing a load at height is the highest-risk part of the task, and the operator's feel for the machine is a legitimate reason to stop.