Moving a multi-ton load may seem as simple as starting a crane and lifting it into the air.

But the reality is very different.

Behind every successful lifting operation are hours of planning, inspections, calculations, and communication. In fact, most lifting accidents don’t happen because the equipment fails they happen because someone skipped a critical step.

That leads to a question every worker, supervisor, and rigger should know the answer to:

How is a load lifting operation performed correctly?

The answer isn’t simply about having the right crane. A safe lift begins long before the load ever leaves the ground.

What Is a Load Lifting Operation?

A load lifting operation is the process of raising, moving, and positioning a suspended load using lifting equipment such as cranes, overhead cranes, hoists, chain falls, or pulley systems.

The goal is not just to move the load from one location to another—it is to do so safely, under control, and efficiently while minimizing risks to workers, equipment, and the surrounding work environment.

Every lifting operation requires proper planning, qualified personnel, and certified lifting equipment.

Step 1: Evaluate the Load Before Lifting

Every successful lift begins by understanding exactly what will be moved.

Before any lifting operation, you should determine:

• The actual weight of the load
• Its dimensions
• Its center of gravity
• Its shape and stability
• Available lifting points

Never estimate the load weight by sight alone. An incorrect calculation can overload equipment and compromise the entire operation.

Step 2: Select the Right Lifting Equipment

Once the load weight is known, it’s time to choose the appropriate lifting equipment.

Depending on the application, this may include:

• Mobile crane
• Overhead crane
• Electric hoist
• Manual chain hoist
• Pulley system

The equipment’s rated capacity must always exceed the weight of the load while also accounting for the working radius, lifting height, and site conditions.

Operating equipment at its maximum rated capacity is never considered best practice.

Step 3: Choose the Proper Rigging Equipment

Rigging hardware forms the critical connection between the load and the lifting equipment.

Common lifting accessories include:

• Synthetic web slings
• Wire rope slings
• Chain slings
• Shackles
• Hooks
• Spreader bars
• Pulleys

Every accessory must be certified, properly identified, and suitable for the specific load being lifted.

Step 4: Inspect All Equipment

Before lifting begins, a complete visual and functional inspection is mandatory.

Inspect:

• Sling condition
• Shackles
• Lifting hooks
• Crane safety systems
• Brakes and controls
• Anchor and lifting points

If any component shows excessive wear, deformation, or damage, it must be removed from service immediately.

A few minutes spent inspecting equipment can prevent a life-changing accident.

Step 5: Plan the Lift

No two lifting operations are exactly alike.

Depending on the load, the safest lifting method must be selected.

Some of the most common methods include:

Vertical Lift

The load is lifted directly above its center of gravity.

This is generally the safest and most stable lifting method whenever conditions allow.

Multi-Leg Lift

Two or more slings are used to distribute the load evenly.

This method is ideal for large or irregular loads with multiple lifting points.

Spreader Bar Lift

A spreader bar is used when lifting long, fragile, or oversized loads that require even load distribution.

Proper lift planning helps maintain load stability throughout the entire operation.

Step 6: Prepare the Work Area

Before lifting the load, the work area must be made safe.

This includes:

• Establishing an exclusion zone
• Restricting unauthorized access
• Identifying nearby obstacles
• Evaluating ground conditions
• Checking for overhead power lines and other hazards

A suspended load should never travel over workers.

Step 7: Establish Clear Communication

Every lifting operation depends on effective communication.

The lifting team typically includes:

• Crane operator
• Rigger
• Signal person
• Lift supervisor

The crane operator should receive instructions only from the designated signal person using standardized hand signals or two-way radios when necessary.

Clear communication prevents unexpected movements and significantly reduces risk.

Step 8: Perform a Test Lift

Before raising the load to full height, a test lift should always be performed.

The purpose is to verify:

• Load balance
• Sling performance
• Equipment stability
• Proper load distribution

If the load tilts or behaves unexpectedly, it should be lowered immediately so the rigging can be corrected.

Step 9: Execute the Lift Under Control

Once all conditions have been verified, the lifting operation can begin.

During the lift:

• Make smooth, controlled movements
• Avoid sudden starts or stops
• Keep the load stable
• Continuously monitor the travel path
• Follow instructions only from the designated signal person

Maintaining complete control of the load is always the highest priority.

Step 10: Position the Load Safely

When the load reaches its destination, the operation is not yet complete.

You must:

• Lower the load slowly
• Verify that it is stable
• Remove the rigging safely
• Inspect the area before leaving

A lifting operation is only complete when the load is fully supported and safely secured.

Most Common Mistakes During a Lifting Operation

Many lifting accidents are caused by mistakes that are entirely preventable, including:

• Not knowing the actual load weight
• Using damaged rigging equipment
• Exceeding equipment capacity
• Ignoring sling angles
• Standing beneath a suspended load
• Skipping the pre-lift inspection
• Poor communication during the lift

Avoiding these mistakes is just as important as following the correct lifting procedure.

Conclusion: Safe Lifting Starts with Proper Planning

Now you know the answer to the question:

How is a load lifting operation performed?

It is accomplished through a structured process that includes planning, inspection, equipment selection, communication, and controlled execution.

The most experienced professionals understand that a safe lift depends on much more than a powerful crane or a strong sling.

It depends on making the right decisions before, during, and after every lift.

Because in the end, a successful lifting operation is not measured simply by moving a load from one place to another.