Forklift Operation Job Safety Analysis
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Forklifts are involved in approximately 85 worker deaths and 34,900 serious injuries every year in the United States. Despite being commonplace in warehouses, manufacturing plants, and construction sites, powered industrial trucks remain one of the most dangerous pieces of equipment workers interact with daily. OSHA's Powered Industrial Truck standard (29 CFR 1910.178) is consistently among the top 10 most-cited violations.
The leading causes of forklift fatalities are tip-overs (where the operator is crushed between the truck and the ground), pedestrian strikes, falls from elevated forks, and workers crushed between the forklift and a fixed surface. Each of these scenarios is preventable with proper operator training, pre-operation inspection, and adherence to safe operating practices.
This Job Safety Analysis covers the complete forklift operation cycle: pre-use inspection, loading, travel, unloading, and shutdown. It applies to sit-down counterbalanced forklifts, the most common type in use, but the general principles apply across all powered industrial truck classes. Every operator must be trained, evaluated, and authorized before operating any forklift.
Disclaimer
This content is provided for general informational and educational purposes only. It is not a substitute for a site-specific Job Safety Analysis conducted by a qualified safety professional familiar with your workplace conditions, equipment, and personnel. OSHA citations, BLS statistics, and hazard controls referenced here may not reflect the most current standards or apply to your specific situation. Always consult current OSHA regulations, manufacturer guidelines, and a competent person before beginning work. Health & Safety Systems LLC assumes no liability for actions taken based on this content.
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Step 1: Perform pre-operation inspection
Hazards
- Brake failure causing collision or inability to stop
- Hydraulic failure causing uncontrolled load descent
- Tire failure causing loss of stability or tip-over
Controls
- Complete pre-shift inspection checklist: brakes, steering, hydraulic controls, mast and chains, tires, horn, lights, and backup alarm
- Check fluid levels: engine oil, hydraulic fluid, coolant, battery water (electric trucks)
- Test all operational controls at low speed in an open area before beginning work
- Remove any forklift with safety deficiencies from service and report to maintenance immediately
Step 2: Approach and assess the load
Hazards
- Load instability from improper weight distribution or unsecured materials
- Exceeding the forklift rated capacity causing tip-over
- Unstable stacking or damaged pallets collapsing during pickup
Controls
- Verify load weight does not exceed the forklift rated capacity at the required load center distance
- Inspect pallets and packaging for damage that could cause load failure during transport
- Approach the load squarely with forks level; center forks under the load for balanced weight distribution
- Spread forks to maximum width that fits the pallet to maximize stability
Step 3: Pick up and secure the load
Hazards
- Load sliding off forks during tilt or lift
- Striking overhead structures (sprinklers, lights, ductwork) during lift
- Workers in the area struck by shifting load
Controls
- Insert forks fully under the load until the load rests against the backrest extension
- Tilt mast back slightly to stabilize the load against the backrest before lifting
- Lift load just high enough to clear the floor or rack, then lower to travel height (4-6 inches)
- Check overhead clearance before raising the mast in areas with low ceilings or obstructions
Step 4: Travel with the load
Hazards
- Tip-over from excessive speed, turning too sharply, or traveling on slopes with load uphill
- Collision with pedestrians, structures, or other vehicles
- Forward visibility obstruction from large or tall loads
Controls
- Travel with forks 4-6 inches above the floor and mast tilted back
- Drive in reverse when the load obstructs forward visibility
- Reduce speed at intersections, doorways, blind corners, and wherever pedestrians may be present
- Sound horn at blind intersections and when pedestrians are in the path of travel
Step 5: Navigate ramps and inclines
Hazards
- Tip-over from lateral instability on inclines
- Runaway on slopes if brakes are insufficient
- Load shifting or falling during grade changes
Controls
- Travel with load facing uphill (drive forward up, reverse down when loaded)
- Travel without load facing downhill (drive reverse up, forward down when unloaded)
- Do not turn on ramps or inclines
- Reduce speed on all grades; maintain complete control of the forklift at all times
Step 6: Place and deposit the load
Hazards
- Rack collapse from overloading or improper placement
- Load falling from height during racking operations
- Mast contact with upper rack levels or building structure
Controls
- Verify the storage location can support the load weight; check rack capacity postings
- Approach the rack squarely; raise forks to the required height with mast vertical
- Tilt forks forward level before depositing; advance slowly until load is over the supports
- Lower forks to disengage from load and withdraw slowly; verify load is stable before lowering mast
Step 7: Manage pedestrian interaction
Hazards
- Pedestrian struck by forklift or load in shared work areas
- Workers walking between forklift and fixed objects (pinch point)
- Workers under elevated forks or load
Controls
- Maintain dedicated pedestrian walkways separate from forklift travel paths where possible
- Make eye contact with pedestrians before proceeding; never assume they see you
- Never allow anyone to walk under elevated forks, whether loaded or empty
- Never allow anyone to ride on the forks or any part of the forklift not designed for passengers
Step 8: Park and shut down the forklift
Hazards
- Unattended forklift rolling or being operated by unauthorized persons
- Trip hazard from forks left in raised position
Controls
- Park on level ground; if parking on an incline, chock the wheels
- Lower forks completely to the floor, flat
- Set parking brake, shift to neutral, and turn off the ignition
- Remove the key; never leave a running forklift unattended
Required Personal Protective Equipment
Applicable OSHA Standards
29 CFR 1910.178
Powered Industrial Trucks
Comprehensive general industry standard covering forklift design, maintenance, operator training and evaluation, operating rules, truck classification by hazardous location, and fuel handling.
29 CFR 1926.602
Material Handling Equipment (Construction)
Construction-specific requirements for earthmoving and material handling equipment including forklifts used on construction sites.
29 CFR 1910.178(l)
Operator Training
Requires formal instruction, practical training, and evaluation by a qualified person for all forklift operators. Refresher training required every three years or after an incident.
ANSI/ITSDF B56.1
Safety Standard for Low Lift and High Lift Trucks
Industry consensus standard for powered industrial truck design, operation, and maintenance. Referenced by OSHA for compliance guidance on equipment specifications.
Injury and Fatality Statistics
Forklifts cause approximately 34,900 serious injuries per year, including 8,600 injuries involving days away from work. The most common injuries are fractures, crushing injuries, and lacerations.
An average of 85 workers are killed by forklift incidents annually. Tip-overs account for 22% of fatalities, pedestrian strikes 20%, and crushing between the forklift and a surface 16%.
Source: Bureau of Labor Statistics, 2022
Frequently Asked Questions
What training is required to operate a forklift?
OSHA 29 CFR 1910.178(l) requires three components: formal instruction (classroom or online covering truck operation and hazards), practical training (hands-on operation under direct supervision of a qualified trainer), and evaluation (the operator must demonstrate competence on the specific type of truck they will operate in the actual workplace). Training must be completed before the operator uses the forklift in normal operations. Refresher training and re-evaluation is required every three years, after an accident or near-miss, or when unsafe operation is observed.
What causes most forklift tip-overs?
The primary causes of forklift tip-overs are: excessive speed while turning (centrifugal force exceeds the stability triangle), traveling with the load elevated (raises the center of gravity), operating on uneven or sloped surfaces, overloading beyond the rated capacity, and making sharp turns with a heavy load. The stability triangle concept is fundamental: the forklift is stable only when the combined center of gravity of the truck and load stays within the triangle formed by the front wheels and rear axle pivot point.
What should you do if a forklift starts to tip over?
If a forklift tips over, the operator should stay in the seat, brace feet firmly, lean away from the direction of the fall, and hold tight to the steering wheel. Never jump from a tipping forklift. Jumping puts the operator in the path of the overhead guard, which weighs several thousand pounds. The overhead guard is designed to protect the seated operator during a tip-over. Wearing the seat belt (when equipped) is the most effective protection against being thrown from the seat during a tip-over.
How often must forklift operators be re-evaluated?
OSHA requires re-evaluation at least every three years. However, refresher training and re-evaluation must also occur after an operator is involved in an accident or near-miss, when an operator is observed operating the truck unsafely, when an operator is assigned to a different type of truck, or when conditions in the workplace change that could affect safe operation. The evaluation must be conducted by a person qualified to train and evaluate forklift operators.
Can you carry passengers on a forklift?
No. OSHA prohibits carrying passengers on any part of a forklift that is not designed with a seat or platform for additional riders. Workers must never ride on the forks, counterweight, or any attachment. If a forklift is used to elevate workers, a properly designed and secured work platform must be attached to the forks, and additional safety measures apply including fall protection for the elevated workers and direct operator control of the platform.