Forklift and Pedestrian Interface at a Loading Dock
You are the forklift operator at a busy warehouse loading dock. Three trucks are being unloaded simultaneously. The dock apron is 12 m wide, with a pedestrian walkway marked by painted lines running along the building wall. The walkway crosses the forklift path at two points. During the morning peak, up to six pedestrians use the walkway each minute, and two other forklifts are working the same apron. Your load is 1,400 kg of palletised stock, within the forklift's 2,000 kg rating at 600 mm load centre. The dock is congested, and a truck driver is standing beside his trailer, outside the marked walkway, talking on his phone. Visibility from your seat is partly blocked by a stacked pallet at the corner.
1. Identify the main risks and explain how you would manage the movement.
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The main risks are pedestrian–forklift collision and loss of visibility. The walkway crossings are conflict points, and with six pedestrians per minute plus two other forklifts, the interaction rate is high. The truck driver is outside the marked walkway and distracted, so he is an uncontrolled hazard. The stacked pallet at the corner blocks your view of the crossing. Controls: reduce speed to walking pace, sound the horn at each crossing, and make eye contact with pedestrians before proceeding. Stop and ask the truck driver to move to the safe walkway. If visibility at the corner cannot be achieved from the seat, use a spotter or reposition the pallet. Consider whether the dock layout should be changed - physical barriers, mirrors at the corner, or a one-way flow - and raise it with the supervisor. The load itself is within capacity, so the issue is the environment, not the load.
2. A colleague suggests removing the painted walkway lines so pedestrians "just use their judgement". Evaluate this suggestion.
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This is a poor suggestion and should be rejected. Removing the marked walkway would increase risk, not reduce it. Painted lines give pedestrians a defined, predictable route and give operators a known conflict zone to watch. Without them, pedestrian movement becomes random, and the two crossing points become the whole apron. The hierarchy of controls favours separation - physical barriers, segregated routes, or controlled crossing points - over removing what separation exists. If the walkway is being ignored, the fix is enforcement, signage, barriers, or redesign, not deletion. The correct response is to keep the markings, raise the congestion issue with the supervisor, and propose engineering controls such as mirrors, barriers, or a pedestrian gate at each crossing.