First, describe the work and worksite
Fictional construction example: one trained, authorized operator uses a battery-electric scissor lift to hand-fasten small identification signs to existing wall brackets inside a commercial building under construction. A designated ground coordinator controls access and supports the planned emergency response. The work uses a verified level, dry slab and small hand tools. All travel in this example takes place with the platform fully lowered in the manufacturer's travel configuration. Drilling, new anchors, heavy or long materials, energized electrical work, platform exit at height, outdoor work, charging, repairs and trailer loading are outside this example.
- Identify the actual make, model, serial number and operator manual. Confirm indoor suitability, reach, rated capacity, extension-deck limits, floor loading, slope limits and travel configuration. Include the operator, tools and signs in the planned load.
- Have the responsible site person verify slab and cover capacity for the actual machine and loading. Survey holes, edges, ramps, debris and wet areas. An apparently smooth floor or an unverified cover is not evidence of adequate support.
- Survey the full travel route and raised work envelope for beams, pipes, doors, services and electrical exposure. Resolve electrical hazards before positioning; an electric drive does not make the lift electrically insulated.
- Separate the work area and travel route from pedestrians and other equipment. Coordinate access, deliveries and neighboring work; keep required exits available.
- Assign the operator, scaffold competent person, ground coordinator and emergency contacts. Verify applicable training, model familiarization, emergency-lowering instructions and an available response if normal lowering fails. These are planned roles, not completed qualifications or inspection records.
Build the analysis one step at a time
What will the worker do? How could someone be harmed? What prevents or reduces that exposure? Who checks the control, and when?
1. Confirm the task, machine and people
Hazard: Unsuitable reach, excess loading or unfamiliar controls can cause falls, overturning or an ineffective emergency response.
Control: The supervisor and operator match the lift and manual to the planned height, load and indoor conditions. Use trained, authorized personnel with model familiarization. Assign a trained ground coordinator for access control and the manufacturer's emergency-lowering procedure. Plan communications and escalation if lowering cannot be performed safely; do not improvise a rescue by climbing the mechanism.
Verification: Before setup, the supervisor records the equipment identity, manual, load assessment, training basis and responsible people. The operator and ground coordinator explain their emergency actions and confirm how to summon help.
Why this belongs in the analysis: The task needs suitable equipment and a workable response before anyone is raised. This example's ground-coordinator role is a planning choice, not a universal rule requiring two certified operators.
2. Verify the floor, route and work zone
Hazard: A hole, weak cover, edge or slope can destabilize the lift. Passing people and vehicles can be struck or can collide with the machine. Overhead structures can trap the operator.
Control: Obtain confirmation of support capacity for the actual machine and route. Keep the lift on the verified dry, level slab, clear of unprotected holes and edges. Establish barriers and controlled access around the machine and falling-object area. Survey overhead clearance throughout positioning and raising. Resolve electrical exposure and conflicting work before starting.
Verification: The supervisor and operator walk the route before use and after changes. Record the support information, restricted areas, overhead hazards and access arrangements. Keep unverified areas out of use.
Why this belongs in the analysis: A floor condition and a traffic arrangement can change even when the machine remains serviceable.
3. Inspect the lift and check its functions
Hazard: Damaged rails, a faulty gate, defective controls, tire damage or bypassed safety devices can expose workers to falls, unexpected movement or collapse.
Control: Have a competent person inspect for visible defects before each work shift and after any event that could affect structural integrity. The operator completes the manufacturer's pre-use inspection and function checks in a clear test area, including controls, brakes, guardrails, gate, safety devices and emergency functions as specified. Remove defective equipment from service and report it; do not bypass interlocks or attempt unauthorized repairs.
Verification: Identify the competent person and record actual findings, required checks and defect disposition. Inspection and function-check results must be acceptable before use; a blank form or old sticker does not establish today's condition.
Why this belongs in the analysis: The competent-person inspection and the operator's model-specific checks serve related but distinct purposes.
4. Enter the platform and arrange the load
Hazard: An open gate, climbing the rails, overreaching, loose tools or an overloaded extension deck can lead to falls, dropped objects or instability.
Control: Use the designated access with the platform lowered. Keep the complete guardrail system in place and secure the gate. Keep feet on the platform floor; do not use a ladder or materials to gain height. Arrange signs and tools within the platform and relevant capacity limits. Use task-appropriate hand, eye, foot and head protection. Resolve any additional personal fall-protection requirement against the actual manual and site rules, using a compatible system and manufacturer-approved attachment points where required.
Verification: The operator checks access, gate, guardrails, footing, load and extension-deck limits before raising. The supervisor confirms any additional fall-protection arrangement and its response plan; do not improvise an anchor.
Why this belongs in the analysis: Scissor lifts use scaffold requirements. A boom-lift tie-off instruction should not be copied into a scissor-lift JHA without checking its applicability.
5. Travel and position with the platform lowered
Hazard: Restricted visibility, tight clearances or unexpected pedestrians can cause crushing, collision or entry onto unsuitable ground.
Control: For this example, lower the platform fully and use the manufacturer's travel configuration before every move. Follow the permitted route, speed and operating limits. The ground coordinator stays visible and outside the machine's path and pinch points. Stop if the path is obstructed or communication is lost. Position within reach, then secure the machine using its specified stationary operating controls.
Verification: Before movement, the operator confirms a clear route, lowered configuration, load arrangement and agreed signals. Before raising, recheck support, clearance, exclusion area and stationary setup.
Why this belongs in the analysis: Lowered travel is a deliberate boundary of this example. It is not a statement that every scissor lift is prohibited from all elevated travel.
6. Raise and hand-fasten the small signs
Hazard: The operator can be trapped against overhead obstructions or fall while reaching. Tools or signs can strike people below; sharp edges can cut hands.
Control: Raise only inside the verified clear envelope while watching for entrapment points. Keep the exclusion area effective. Work within comfortable reach with feet on the floor; lower and reposition if the work cannot be reached. Secure small tools and materials against falling without creating snag hazards. Handle edges with suitable protection. Stay within the manufacturer's loading and side-force limits; do not use the lift as a hoist or to push the structure.
Verification: The operator checks clearance continuously during movement and reassesses reach at each position. The ground coordinator keeps access controlled. Stop for an obstruction, unexpected movement, person in the zone or any need to lean beyond a safe working position.
Why this belongs in the analysis: Checking the route once does not control changing overhead clearance, reach or people entering below.
7. Lower, park and hand over
Hazard: People or objects beneath the platform and around the scissor mechanism can be crushed. Unsecured equipment can be used without authorization.
Control: Confirm the lowering path and area around the mechanism are clear. Keep everyone out of the scissor mechanism and beneath the platform. Lower, exit by the designated access and park using the manufacturer's shutdown and access-control procedure. Remove tools and signs, report defects and hand over changes. Charging, servicing and recovery require their own instructions and assessment.
Verification: The operator and ground coordinator confirm clearance before lowering. The operator records defects or changed conditions and verifies the parked machine is secured against unauthorized use.
Why this belongs in the analysis: Exposure continues during lowering and shutdown; the analysis should cover the end of the job.
What does a useful control look like?
| Needs improvement | More useful for this scenario |
|---|---|
| Be aware of your surroundings. | Walk the planned route, verify slab and cover support, identify overhead pinch points, and keep unverified areas out of use before positioning the lift. |
| Wear fall protection. | Keep the complete guardrail system and secured gate in place, keep feet on the floor, and check whether the actual manual or site requires additional compatible personal protection. |
| Use a spotter. | Assign a ground coordinator, agree stop signals, maintain clear communication and keep that person outside the travel path and crush zone. Stop if communication or access control fails. |
Decisions that change the analysis
A delivery blocks the verified route. Can the operator cross a nearby covered opening?
Pause. A cover's presence does not establish its capacity for this machine. The responsible site person must verify the alternative route, support and interfaces before it is added to the plan. Keep the original restriction until those questions are resolved.
A new pipe prevents the platform from reaching the sign. Can the operator stand on the rail?
No. Lower and reassess position or select suitable access equipment. Do not stand on guardrails, add a ladder or defeat safety devices. Recheck the overhead envelope and brief the changed method before restarting.
The next location needs outdoor work or movement with the platform raised. Does this example cover it?
No. Those changes exceed this scenario. Review the actual machine's permitted use and applicable mobile-scaffold requirements, including travel conditions, support, stability and weather where relevant. Revise the analysis and obtain required authorization before expanding the work.
Agree when the crew will pause
- Any defect, alarm, failed function check or bypassed safety device.
- Unverified floor support, an uncovered opening, a new obstruction, wet conditions or departure from the approved route.
- Loss of pedestrian separation, communication or the planned ground support.
- Changed overhead clearance, unexpected electrical exposure or conflicting work.
- A different load, reach, machine, task, indoor/outdoor condition or need for elevated travel or platform exit.
- Loss of emergency-lowering capability or the planned response arrangements.
After a pause, correct the condition, reassess the work, and obtain required authorization before restarting. Keep unresolved actions visible.
Download the worked example and free template
No account or paid membership required. The worked example contains planned controls. The blank template is for your own work; neither includes fabricated inspection results, signatures or approval.
Your editable working copy
Build and download your draft
Start blank or load the learning example. Replace its assumptions with your actual conditions and involve the people doing the work. Your entries stay in this browser tab; download a copy before leaving or refreshing.
1. Describe your work and site
2. Work through each task
Describe an observable step, how someone could be harmed, and the control that acts on that hazard. Identify who checks it and what evidence is needed.
3. Record changes, checks, and open actions
Walk the work area, review with the crew, and resolve missing controls. Follow the required approval process. This tool does not judge completeness, verify signatures or authorize work.
Open the downloaded file in a browser, then use Print → Save as PDF for a printable copy.
Common questions
Can I use this as a scissor lift JSA?
Yes. The Task | Hazard | Control structure supports a job safety analysis or job hazard analysis. Replace the fictional scope with the actual equipment, worksite, responsible people, controls and required review. The title alone does not make the analysis suitable for a job.
Does OSHA treat a scissor lift like a boom lift?
For construction, OSHA identifies scissor lifts as mobile supported scaffold platforms governed by applicable Subpart L scaffold requirements, including the mobile-scaffold provisions of 1926.452(w). The boom-lift example has a different equipment scope. Check the actual equipment and governing work requirements.
Is a harness always required on a scissor lift?
OSHA's scissor-lift guidance calls for guardrails to prevent falls. A complete compliant guardrail system provides the fall protection described in this example. Check the manufacturer's instructions and any additional site requirements for personal protection. Do not remove rails or invent attachment points to make a different arrangement work.
Who inspects the scissor lift?
Under the construction scaffold rule, a competent person inspects for visible defects before each work shift and after an occurrence that could affect structural integrity. The operator also performs the actual manufacturer's pre-use and function checks. The employer must assign people with the appropriate capability and authority; a title or completed checklist alone is insufficient.
Can the platform move while raised?
This worked example requires fully lowered travel. A different plan must address the actual manufacturer's permissions and limits and applicable mobile-scaffold conditions. Do not treat this example as permission for elevated travel, or copy another model's limits.
Does downloading the example approve the work?
No. It records planned controls for a fictional task. Complete the actual checks, resolve open actions, brief the crew and obtain the authorization required for your site. The free Word template provides room to record those decisions.
Are these resources part of a paid course?
This walkthrough, browser draft builder and downloads are free public resources, separate from Academy course enrollment.
References and source note
- OSHA Scaffolding eTool — Scissor Lifts
- OSHA 29 CFR 1926.451 — General scaffold requirements, including inspections
- OSHA 29 CFR 1926.452(w) — Mobile scaffolds
- OSHA 29 CFR 1926.454 — Scaffold training requirements
- OSHA interpretation, February 23, 2000 — Scissor-lift classification and training
- OSHA interpretation, November 29, 2005 — Scissor-lift guardrail fall protection
Original fictional walkthrough informed by an uploaded aerial-and-scissor-lift template. General reminders were rewritten as task-specific controls and verification actions. The historical template's combined equipment terminology and project staffing instructions are not presented as universal requirements; historical names, approvals and signatures are not reproduced. Use actual equipment instructions and site requirements alongside these references. Reference review: October 7, 2026.
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