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NCCCO Lift Director study materials
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NCCCO Lift Director practice questions

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Question 1Lift Director

A lift director is reviewing the site before a mobile crane picks a 12-ton load. Which document most directly establishes the crane's rated capacity at the planned radius and configuration?

  1. The site's general safety orientation checklist
  2. The crane rental invoice listing the daily rate
  3. The manufacturer's load chart for that crane model and setup Correct answer.
  4. The project schedule showing the pick date

Explanation

Rated capacity must come from the manufacturer's load chart for the specific crane, boom configuration, radius, and outrigger setup being used. Other site paperwork does not define capacity limits.

Question 2Lift Director

During a pre-lift meeting, the lift director assigns signal responsibilities. Who should the crane operator take signals from during the lift?

  1. Any worker who happens to be nearest the load
  2. The truck driver delivering materials to the site
  3. Whichever rigger shouts loudest at the moment
  4. Only the designated signalperson for that lift Correct answer.

Explanation

Signals must come from the designated signalperson so the operator has one clear, trained source of direction. Taking signals from multiple or random people creates conflicting commands and is a recognized hazard.

Question 3Lift Director

A lift director is planning a pick near a energized overhead power line. What is the primary control measure to address the hazard?

  1. Posting a warning sign at the site entrance
  2. Scheduling the lift for early morning hours
  3. Maintaining the required minimum clearance distance Correct answer.
  4. Requiring high-visibility vests for the crew

Explanation

The controlling defense against electrocution is maintaining the mandated minimum approach distance between the crane and the lines, or having the line de-energized and grounded. Signs, vests, and timing do not prevent contact.

Question 4Lift Director

Before allowing a crane to be set up on a site, the lift director reviews ground conditions. Which condition most warrants engineering evaluation of the supporting surface?

  1. Grass-covered area with dry, firm turf
  2. Paved parking lot with visible drainage slope
  3. Recently backfilled utility trench areas Correct answer.
  4. Firm, level compacted gravel over undisturbed soil

Explanation

Backfilled trenches can conceal voids and loose material that will not support outrigger loads, so they require evaluation by a qualified person. Firm natural ground and stable paved surfaces are far less likely to collapse.

Question 5Lift Director

A lift director must verify that rigging hardware is suitable for a lift. Which practice best confirms the rigging is rated for the load?

  1. Checking the tagged working load limit of each component Correct answer.
  2. Estimating the load weight by eye before rigging
  3. Using whatever slings are closest to the pick point
  4. Assuming standard shackles always exceed the load

Explanation

Each rigging component carries a rated working load limit, and the assembly's capacity is governed by the weakest link. Verifying tags and calculations confirms suitability. Visual guessing or assuming adequate capacity is unsafe.

Question 6Lift Director

A lift director is preparing a critical lift plan. Which characteristic most commonly causes a lift to be classified as critical?

  1. The lift occurs during normal daytime working hours
  2. The load exceeds a set percentage of the crane's rated capacity Correct answer.
  3. The load weighs less than the crane's capacity by a wide margin
  4. The crane is positioned on a paved surface

Explanation

Critical lifts are typically defined by factors such as high utilization of rated capacity, personnel under load, or unusual configurations. High capacity utilization reduces margin for error and demands more detailed planning.

Question 7Lift Director

During a lift, the load begins to drift and the operator reports the crane is becoming unstable. What should the lift director do first?

  1. Continue the lift but move personnel clear of the area
  2. Ask the operator to boom out to reduce the radius
  3. Instruct the riggers to grab and steady the load by hand
  4. Direct the operator to stop and lower the load safely Correct answer.

Explanation

When instability or loss of control occurs, the immediate priority is to stop movement and place the load in a safe condition. Personnel must not attempt to control a drifting load by hand.

Question 8Lift Director

A lift director needs to confirm the weight of a load before selecting rigging. Which source provides the most reliable weight information?

  1. A verbal estimate from the truck driver
  2. The average weight of similar-looking loads
  3. The shipping documentation or a verified weight Correct answer.
  4. A guess based on the load's apparent size

Explanation

Load weight should be confirmed from shipping papers, markings, or a verified calculation rather than estimation. Accurate weight is fundamental to capacity and rigging selection.

Question 9Lift Director

A lift director is reviewing a lift plan for a two-crane pick. Which consideration is most important for this type of lift?

  1. Each crane can independently handle the full load
  2. Load sharing and coordination are planned and controlled Correct answer.
  3. The cranes are the same color and manufacturer
  4. The pick is completed as quickly as possible

Explanation

Multi-crane picks require careful planning of load distribution, synchronized movement, and communication because the load is shared. Assuming either crane can take the whole load is a serious error.

Question 10Lift Director

A lift director is setting up a crane near an excavation. What is the main concern regarding the crane's outriggers?

  1. The outriggers reduce the crane's lifting radius
  2. The outriggers may interfere with the excavation's stability Correct answer.
  3. The outriggers will always improve soil bearing capacity
  4. The outriggers eliminate the need for load charts

Explanation

Outrigger loads applied near an excavation can cause sidewall collapse or undermine the crane's support. The lift director must ensure adequate setback and evaluate soil stability.

Question 11Lift Director

During a lift, the designated signalperson is temporarily out of the operator's view. What is the appropriate action?

  1. A rigger takes over signaling without notifying anyone
  2. The operator continues using hand signals from a nearby worker
  3. The lift is stopped until communication is reestablished Correct answer.
  4. The operator proceeds slowly using best judgment

Explanation

If the operator loses communication with the designated signalperson, the lift must stop until a reliable signaling method is restored. Unplanned substitute signalers create conflicting direction.

Question 12Lift Director

A lift director is evaluating whether to use a crane's load moment indicator during a lift. What is the primary function of this device?

  1. It measures wind speed at the boom tip
  2. It records the operator's daily hours
  3. It warns or stops the crane when capacity limits are approached Correct answer.
  4. It automatically levels the crane on uneven ground

Explanation

A load moment indicator monitors load and geometry to warn or prevent operation beyond rated capacity. It is an aid, not a substitute for the operator's judgment or the load chart.

Question 13Lift Director

A lift director is planning a pick where personnel must work beneath the load to guide it. What is the correct approach?

  1. Allow it because the load is light
  2. Permit it only if the operator agrees
  3. Prohibit personnel under the load and use tag lines instead Correct answer.
  4. Require workers to wear hard hats as the only control

Explanation

Personnel should not stand or work under a suspended load; tag lines allow control from a safe distance. Hard hats do not protect against a falling load.

Question 14Lift Director

A lift director is reviewing the rigging for a load with sharp edges. Which practice best protects the slings?

  1. Using softeners or edge protection at contact points Correct answer.
  2. Tightening the sling with a come-along
  3. Reducing the load weight to half capacity
  4. Wetting the sling to improve grip

Explanation

Sharp edges can cut or damage slings, so edge protection such as softeners or corner guards must be used at contact points. Other actions do not address the cutting hazard.

Question 15Lift Director

A lift director is planning a lift in high winds. Which factor most directly affects whether the lift can proceed safely?

  1. The load's sail area and the manufacturer's wind limits Correct answer.
  2. The time remaining in the shift
  3. The number of workers on site
  4. The color of the load being lifted

Explanation

Wind limits are set by the manufacturer and depend on the load's exposed area, which catches wind and increases forces on the crane and load. Exceeding them can cause loss of control.

Question 16Lift Director

A lift director is verifying that a crane operator is qualified for the specific equipment. Which evidence is most appropriate?

  1. A verbal assurance from a coworker
  2. A current operator certification for the crane type Correct answer.
  3. A note from the site superintendent
  4. A general construction safety card

Explanation

Operators must hold certification or qualification for the type of crane being operated. General cards or verbal assurances do not demonstrate equipment-specific competence.

Question 17Lift Director

A lift director notices that a wire rope sling has broken wires and kinks. What is the correct action?

  1. Shorten the sling to bypass the damage
  2. Remove it from service and tag it out Correct answer.
  3. Use it for a light load only
  4. Wrap the damaged area with tape

Explanation

Damaged slings with broken wires or kinks must be removed from service and tagged to prevent use. Field repairs or partial use do not restore capacity.

Question 18Lift Director

A lift director is coordinating a pick where the crane must swing over a public sidewalk. What control is most appropriate?

  1. Relying on pedestrians to watch for the load
  2. Posting a flagger and closing the sidewalk during the swing Correct answer.
  3. Using a louder horn to warn pedestrians
  4. Swinging quickly to minimize exposure time

Explanation

When loads pass over areas accessible to the public, the area must be controlled, typically by closing it or posting flaggers. Pedestrians cannot be relied on to avoid the hazard.

Question 19Lift Director

A lift director must decide whether a lift requires a dedicated lift plan beyond the standard procedure. Which situation most clearly warrants a written, engineered lift plan?

  1. Lifting a load to a height of ten feet
  2. Lifting a load in a fenced laydown yard
  3. Lifting a load with a standard four-leg sling
  4. Lifting a load over an occupied building Correct answer.

Explanation

Lifting over occupied structures introduces the risk of a load falling onto people and generally requires a detailed, engineered plan. Routine lifts in controlled areas usually follow standard procedures.

Question 20Lift Director

A lift director is reviewing a lift plan that specifies a crane at 80 percent of its rated capacity. The load's actual weight is uncertain. What is the most prudent action?

  1. Remove the load chart to simplify the lift
  2. Proceed because 80 percent leaves a margin
  3. Increase the radius to gain more capacity
  4. Verify the load weight before proceeding Correct answer.

Explanation

At high capacity utilization, an uncertain load weight can push the crane beyond its rating. The weight must be verified before the lift proceeds.

Question 21Lift Director

A lift director is evaluating a site where the crane must be set up on a slope. What is the most appropriate response?

  1. Operate the crane with the slope as-is
  2. Compensate by reducing the load by ten percent
  3. Ask the operator to work from the uphill side only
  4. Level the crane per the manufacturer's requirements Correct answer.

Explanation

Cranes must be set up level within the manufacturer's tolerances because slope affects stability and load distribution. Arbitrary derating or positioning does not correct the underlying condition.

Question 22Lift Director

A lift director is coordinating a lift near an active crane on an adjacent site. What is the most important coordination step?

  1. Confirming both cranes have separate, non-conflicting swing paths Correct answer.
  2. Relying on radios to resolve conflicts in real time
  3. Assuming the other operator will yield
  4. Proceeding because the other crane is on a different site

Explanation

Overlapping swing paths between cranes create collision hazards, so the lift director must confirm the operating envelopes do not conflict. Real-time radio resolution is not a substitute for pre-planning separation.

Question 23Lift Director

A lift director is reviewing a lift that will use a spreader beam. What is the primary purpose of the spreader beam?

  1. To keep slings vertical and prevent load crushing Correct answer.
  2. To eliminate the need for a signalperson
  3. To reduce the load's actual weight
  4. To increase the crane's lifting capacity

Explanation

A spreader beam maintains sling angle and keeps slings vertical at attachment points, preventing crushing or side loading of the load. It does not change the crane's capacity or the load's weight.

Question 24Lift Director

A lift director is planning a pick where the load must be rotated during the lift. Which consideration is most important?

  1. Rotating the load only when the operator is out of the cab
  2. Choosing the fastest possible rotation speed
  3. Using the smallest available slings
  4. Ensuring the load's center of gravity is controlled during rotation Correct answer.

Explanation

Rotation changes the load's center of gravity and can shift forces on the rigging and crane, so controlling the center of gravity is essential. Speed and convenience must not override control.

Question 25Lift Director

A lift director is checking the capacity of a shackle chosen for a pick. Which marking on the shackle provides the working load limit the lift director should compare against the calculated load?

  1. The color of the shackle finish
  2. The diameter of the shackle pin
  3. The working load limit stamped on the shackle body Correct answer.
  4. The thread pitch of the pin

Explanation

Rigging hardware must be marked with its working load limit, and the lift director compares that rated value against the calculated load on each leg of the rigging. Pin diameter, thread pitch, and finish do not establish capacity.

Question 26Lift Director

A lift director is calculating the load on each sling leg for a two-leg bridle with a wide included angle. What happens to the tension in each leg as the included angle between the legs increases?

  1. Tension stays the same regardless of angle
  2. Tension depends only on the sling material
  3. Tension in each leg increases for the same load Correct answer.
  4. Tension in each leg decreases for the same load

Explanation

As the included angle between sling legs widens, the vertical component each leg must supply stays the same while the horizontal component grows, so leg tension rises. This is why sling angle multipliers increase as the angle from horizontal decreases.

Question 27Lift Director

A lift director is reviewing the crane's load chart and finds the lift falls within the chart's rated capacity but the boom configuration is not listed. What is the appropriate action?

  1. Average the nearest listed configurations
  2. Rely on the operator's experience with that boom
  3. Stop and obtain applicable manufacturer procedures or properly developed engineering capacity guidance for the actual configuration before proceeding Correct answer.
  4. Proceed because the load is under the chart value

Explanation

A load-chart value is valid only for the configuration and conditions it covers. If the actual boom configuration is unlisted, do not proceed until applicable manufacturer procedures or properly developed engineering capacity guidance establish its rating. Selecting a shorter listed boom does not establish capacity for the actual setup.

Question 28Lift Director

During a pick, the lift director observes the load rotating unexpectedly because the rigging attachment points are not balanced around the center of gravity. What is the best corrective step?

  1. Have a worker steady the load by hand
  2. Increase hoist speed to shorten the exposure
  3. Continue the lift and control rotation with tag lines
  4. Lower the load and re-rig so the hook is over the center of gravity Correct answer.

Explanation

A load that is not balanced about its center of gravity will tilt or rotate when lifted, which is a rigging deficiency rather than a control problem. The lift director should set the load down and re-rig before continuing.

Question 29Lift Director

A lift director is planning a lift where the crane will travel with a suspended load. Which condition must be satisfied before travel is permitted?

  1. The travel path must be shorter than the boom length
  2. The manufacturer's instructions must permit travel with the load Correct answer.
  3. The load must weigh less than half the chart capacity
  4. A tag line must be attached to the load

Explanation

Traveling with a suspended load is only allowed when the crane manufacturer's operating instructions address it, including any restrictions on boom position, ground conditions, and load path. The lift director verifies this before planning the move.

Question 30Lift Director

A lift director is establishing the communication protocol for a multi-crane pick. Which arrangement best prevents conflicting commands to the operators?

  1. Operators coordinate directly with each other by radio
  2. One designated signalperson directs both operators Correct answer.
  3. Each operator responds to the nearest signalperson
  4. The riggers relay signals to the operators

Explanation

In a multi-crane pick, a single designated signalperson issuing coordinated commands to both operators prevents contradictory movements. Multiple signal sources create a serious risk of uncoordinated motion.

Question 31Lift Director

A lift director is reviewing ground conditions where a crane will be set up over a recently backfilled utility trench. What is the primary concern?

  1. The trench may allow outrigger flotation or collapse Correct answer.
  2. The trench may change the load's center of gravity
  3. The trench may increase wind exposure at the boom tip
  4. The trench may interfere with radio communications

Explanation

Backfilled trenches can be far less competent than undisturbed soil, so outrigger pads may settle or punch through and destabilize the crane. The lift director must confirm the ground can support the imposed pressures or use mats and engineered support.

Question 32Lift Director

A lift director is reviewing a lift plan that calls for a crane to operate near energized overhead power lines. Which control is the primary means of protecting workers?

  1. Increasing the swing speed through the zone
  2. Warning the crew to stay alert near the lines
  3. De-energizing and grounding the lines, or maintaining the required clearance Correct answer.
  4. Using a fiber rope tag line

Explanation

The primary protection is to eliminate the hazard by de-energizing and grounding the lines, or, if that is not feasible, to maintain the mandated minimum clearance with appropriate barriers and warnings. Administrative reminders alone do not control electrical contact.

Question 33Lift Director

A lift director is preparing a lift plan and must document the load weight. The load consists of a vessel plus internal trays and insulation. Which approach gives the most defensible weight?

  1. Use the crane's rated capacity as a proxy
  2. Ask the operator to judge the weight during the pick
  3. Use the vendor's shipping weight plus calculated additions Correct answer.
  4. Estimate from the vessel's exterior dimensions

Explanation

A defensible load weight comes from documented sources such as the manufacturer's shipping weight, with added components calculated and summed. Estimates from dimensions or equipment ratings are not reliable for capacity planning.

Question 34Lift Director

A lift director is reviewing the use of a crane's anti-two-block device. What is the function of this device?

  1. It prevents the load block from contacting the boom tip Correct answer.
  2. It limits the crane's swing speed
  3. It locks the outriggers during a lift
  4. It measures the wind speed at the boom

Explanation

The anti-two-block device detects when the load block approaches the boom tip and stops the hoist before the two blocks contact, which could part the rope. It is a limit device, not a swing, wind, or outrigger control.

Question 35Lift Director

A lift director is planning a pick where the load's rigging includes synthetic web slings used near a hot work area. What is the most appropriate control?

  1. Shield the slings from sparks and slag or use heat-resistant slings Correct answer.
  2. Wet the slings before the lift
  3. Double the number of web slings in the assembly
  4. Shorten the sling legs to reduce exposure

Explanation

Synthetic slings can be damaged or melted by sparks, slag, and hot surfaces, so they must be protected with covers or replaced by slings rated for heat. Adding slings or wetting them does not remove the heat hazard.

Question 36Lift Director

A lift director is reviewing a lift plan where the crane will handle a load with a large sail area in gusty conditions. Which approach is most appropriate?

  1. Lower the boom angle to reduce exposure
  2. Proceed if the average wind speed is within limits
  3. Account for gust effects and the load's wind area, and stop if limits are exceeded Correct answer.
  4. Reduce the load weight to offset wind

Explanation

A load with a large sail area catches wind and can swing or rotate even at moderate average speeds, so the plan must consider gust effects and the load's wind area against the manufacturer's limits. Proceeding on average speed alone or altering geometry without engineering review is unsafe.

Question 37Lift Director

A lift director is verifying that a crane's annual inspection has been completed. Which record best demonstrates compliance?

  1. A dated inspection report signed by a qualified inspector Correct answer.
  2. A verbal confirmation from the maintenance crew
  3. A note in the operator's logbook
  4. A photograph of the crane in service

Explanation

Documented periodic inspections should be recorded in a dated report completed by a qualified person and retained for review. Informal notes or verbal assurances do not demonstrate that the required inspection occurred.

Question 38Lift Director

A lift director is planning a lift where the crane will operate on a barge in calm water. Which additional factor most affects the crane's stability?

  1. The length of the crane's pendant lines
  2. The color of the barge deck markings
  3. The barge's list and trim during the pick Correct answer.
  4. The number of tag lines in use

Explanation

On a floating platform, the crane's effective stability depends on the barge's list and trim, which shift as the load and boom move. The lift director must account for the combined vessel and crane response, not just the crane's land-based chart.

Question 39Lift Director

A lift director is reviewing a lift where two cranes will share a load that is not rigidly connected between them. Why is this configuration especially demanding?

  1. The load distribution between cranes can shift as they move Correct answer.
  2. The cranes must use identical boom lengths
  3. The load must be lifted above the boom tips
  4. Both cranes must be the same model

Explanation

When two cranes share a non-rigid load, the share carried by each crane can change as the load moves, so each crane must be rated for the maximum share it could take. The plan must control movement and account for this shifting distribution.

Question 40Lift Director

A lift director is reviewing a rigging plan that uses a single sling in a choker hitch around a load. What effect does the choker hitch have on the sling's capacity compared with a vertical hitch?

  1. It has no effect on capacity
  2. It reduces capacity and the reduction must be applied Correct answer.
  3. It increases capacity because the load is gripped
  4. It doubles the capacity for round loads

Explanation

A choker hitch grips the load by bending the sling around it, which reduces the sling's effective capacity, and the applicable reduction must be applied. The lift director confirms the rated capacity for the hitch type in use.

Question 41Lift Director

A lift director is planning a pick near a site boundary where the public could enter the fall zone. Which control is most appropriate?

  1. Use a louder horn signal before swinging
  2. Schedule the lift for a quiet time of day
  3. Barricade the area and post personnel to keep the public out Correct answer.
  4. Ask the public to remain alert during the lift

Explanation

The lift director must exclude people from the fall zone using physical barricades and posted personnel. Warnings, timing, or audible signals do not physically prevent public entry into a hazardous area.

Question 42Lift Director

A lift director is reviewing a lift plan that requires the load to be landed on a structure where workers will guide it into place. What must be established before the load is landed?

  1. A means for workers to reach the load without placing hands under it Correct answer.
  2. A second crane standing by for the landing
  3. A reduction in the crane's rated capacity
  4. A longer boom to improve reach

Explanation

Workers guiding a load at landing must be able to do so without putting hands or bodies under the suspended load, using guide ropes or push poles from a safe position. The plan must define that method before landing begins.

Question 43Lift Director

A lift director is reviewing a lift plan where the crane's boom will pass close to a structure during the swing. What is the most appropriate planning step?

  1. Increase swing speed to pass the structure quickly
  2. Rely on the operator to stop if contact seems likely
  3. Remove the swing brake to allow free movement
  4. Verify clearance throughout the swing path before the lift begins Correct answer.

Explanation

The lift director must verify that the boom, load, and rigging maintain clearance from obstructions through the entire planned swing path before the lift starts. Relying on reaction during the swing or speeding through the zone increases the chance of contact.

Question 44Lift Director

A lift director is evaluating a crane's load moment indicator reading during a pick and notices it is approaching the limit. What does this indicate?

  1. The crane is nearing its rated capacity for the current configuration Correct answer.
  2. The outriggers are fully extended
  3. The load is balanced correctly
  4. The crane's hydraulic fluid is low

Explanation

The load moment indicator compares the actual load moment with the rated moment for the configuration and warns as the crane approaches its capacity. Approaching the limit signals that the lift is close to the rated envelope, not that a fluid or setup condition is correct.

Question 45Lift Director

A lift director is planning a pick where the load will be lifted from a truck parked on soft ground. What is the most appropriate first step?

  1. Plan to lift quickly to limit exposure
  2. Reduce the number of sling legs
  3. Increase the crane's counterweight
  4. Evaluate the ground bearing under the crane and the truck Correct answer.

Explanation

Soft ground can allow the crane or the delivery vehicle to settle during the pick, changing geometry and stability. The lift director first evaluates bearing capacity and provides mats or improved support as needed.

Question 46Lift Director

A lift director is reviewing a plan where the crane will pick a load from a rail car. Which factor most affects the lift's safety?

  1. Whether the rail car is secured against rolling during the pick Correct answer.
  2. The length of the crane's jib
  3. The number of workers on the platform
  4. The color of the rail car's markings

Explanation

If the rail car can roll while the load is being lifted, the load and rigging can shift unexpectedly, so the car must be secured or the brakes set. Securing the vehicle before the pick is a fundamental control.

Question 47Lift Director

A lift director is planning a lift where the load must be turned over using a crane and a tailing line. What is the key control for this operation?

  1. Use only one sling for the entire rotation
  2. Rotate the load as quickly as possible
  3. Release the tailing line as soon as the load clears the ground
  4. Maintain control of both the head and tail throughout the rotation Correct answer.

Explanation

During a turnover, the load is controlled by both the head and tail lines, and losing control of either can cause the load to swing or drop. The plan must keep both under control through the full rotation.

Question 48Lift Director

A lift director is reviewing the qualifications of a rigger who will configure slings for a complex pick. Which evidence is most appropriate?

  1. A statement from a coworker about the rigger's skill
  2. A valid driver's license
  3. The rigger's years of general construction experience
  4. A documented qualification or certification for the rigging work Correct answer.

Explanation

Riggers performing complex rigging must be qualified for the work, demonstrated through documented training or certification and evaluation. Informal references or unrelated credentials do not establish qualification.

Question 49Lift Director

A lift director is planning a pick where the crane will operate in a confined area with limited swing. Which planning element is most important?

  1. Increasing the load weight to stabilize the swing
  2. Removing the swing limit device to allow more movement
  3. Defining the permitted swing arc and controlling it with tag lines and signals Correct answer.
  4. Using the longest available boom

Explanation

In a confined area, the lift director must define the permitted swing arc and control movement with tag lines, signals, and, where available, swing limit devices. Removing limit devices or adding load weight increases risk.

Question 50Lift Director

A lift director is assigned to a project and is determining whether a lift falls into the category requiring a formal lift plan and an on-site lift director. Which criterion most directly drives that determination?

  1. The manufacturer's recommended boom length for the crane being used
  2. The distance from the crane to the nearest site entrance gate
  3. The complexity, criticality, or hazard level of the lift as defined by the employer's lift classification procedure Correct answer.
  4. The number of workers who will be available to guide the load with tag lines

Explanation

Lift planning is risk-based: the employer's lift classification procedure sorts lifts into routine, pre-engineering, and critical categories based on complexity, criticality, and hazard. The lift director role and the depth of the lift plan follow from that classification, not from crew size or site logistics.