AC DataCenter

Forklift accidents

Forklift accidents remain a significant operational risk that can compromise both personnel well-being and facility productivity. By prioritizing proactive safety measures, managers can effectively mitigate these hazards and foster a culture of vigilance across the warehouse floor.

Key risk diagnosis for this task

About 80% of related real accidents concentrate in these types.

#140%
Struck by handled/used object
#220%
Struck by Vehicle
#320%
Electric Shock (Insufficient Info)

Key prevention

  • Enforce mandatory, recurring certification training to ensure all operators are proficient with specific equipment models.
  • Implement strict pedestrian exclusion zones and high-visibility floor markings to separate foot traffic from heavy machinery.
  • Conduct rigorous daily pre-shift inspections to identify and address mechanical defects before they lead to equipment failure.
  • Optimize facility layout by widening aisles and installing convex mirrors at blind intersections to improve operator visibility.
  • Establish a culture of accountability where near-miss reporting is encouraged to identify systemic risks before they result in injury.

Related accident cases

Tip-over/FallMatch 62%

A worker was moving two stacked material pallets with a forklift when the material weight exceeded the forklift's capacity. The operator lifted the load too high and tilted the forks forward, causing the pallets to fall off and the lift to land back on the ground.

Key hazard · Unstable load movement due to exceeding forklift capacity and improper load handling.
Prevention · Operate within the forklift's rated capacity and maintain a low, stable load position during movement.
Electric shockMatch 62%

An electric shock occurred due to a grounding defect in a screw gun while the worker was performing welding, assembly, and attachment of parts.

Key hazard · Electrical current (Electric shock)
Prevention · Regular inspection of electrical equipment and verification of grounding status
ElectrocutionMatch 61%

An electrical shock occurred when a metal rod contacted an overhead wire during live-line proximity work.

Key hazard · Electrical current (Electrocution)
Prevention · Insulated equipment and maintaining safe distances are necessary when performing live-line work.
Electrical ShockMatch 61%

An electrical shock occurred while performing live-line proximity work on a special work vehicle. Contact with electricity appears to have been made through the wire truck.

Key hazard · Electrical shock during live-line proximity work
Prevention · Strict adherence to safety procedures and use of insulating equipment during live-line work.
Electric ShockMatch 61%

An electrical shock occurred during a heating operation due to a grounding defect in the heating gun.

Key hazard · Electrical current (electric shock)
Prevention · Regularly inspect the grounding status of heating guns and use equipment with good insulation.
CollisionMatch 61%

An incident occurred while operating a forklift, resulting in a worker experiencing neck discomfort after a collision with another forklift while reversing. The accident happened because both operators failed to properly check their surroundings while reversing.

Key hazard · Collision with another forklift during reversing
Prevention · Thorough situational awareness when reversing
Electric ShockMatch 61%

An electrical shock occurred when a worker directly contacted a live conductor.

Key hazard · Electric current
Prevention · Avoid direct contact with live conductors.
Electric ShockMatch 61%

An electric shock accident occurred during live-line proximity work. The incident happened when a worker directly contacted a conductor carrying current.

Key hazard · Electric current
Prevention · Strict adherence to safety procedures and use of insulating equipment during live-line work.