At first glance, lifting a load may seem simple.

Attach a sling, connect it to a crane, and lift.

But the reality is very different.

Behind every successful lifting operation are planning, calculations, inspections, and communication. A small mistake can result in equipment damage, financial losses, or even fatal accidents.

That is why, before a load leaves the ground, every professional must answer one critical question:

How is a load lifting operation performed correctly?

The answer is not found in the strength of the equipment, but in how the entire operation is planned and executed.

What Is a Load Lifting Operation?

A load lifting operation is the process of raising, moving, or positioning an object using mechanical equipment designed to safely lift heavy loads.

This equipment may include:

• Mobile cranes
• Overhead cranes
• Hoists
• Chain falls
• Pulley systems
• Specialized lifting equipment

The primary goal is to move the load safely while preventing harm to people, equipment, and the surrounding work environment.

Step 1: Identify the Load

Every lifting operation begins with understanding exactly what will be lifted.

Determine:

• Actual load weight
• Dimensions
• Center of gravity
• Load shape
• Available lifting points

A common mistake is estimating weight visually.

In lifting operations, working with accurate data is a fundamental rule.

Step 2: Select the Appropriate Equipment

Once the load weight is known, the proper lifting equipment must be selected.

Evaluate:

• Load capacity
• Required lifting height
• Working radius
• Ground conditions
• Available maneuvering space

The equipment’s rated capacity must always exceed the weight of the load being lifted.

Equipment should never be operated at its maximum limit.

Step 3: Select the Proper Rigging Gear

Rigging hardware is just as important as the crane itself.

Commonly used lifting accessories:

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

Each component must have sufficient capacity for the intended load.

Additionally, all lifting gear must be properly identified and certified.

Step 4: Perform a Pre-Lift Inspection

Before starting the operation, the entire lifting system must be inspected.

Check:

• Condition of slings
• Condition of shackles
• Crane functionality
• Hook condition
• Safety devices
• Work area conditions

A proper inspection can identify problems before they become accidents.

Step 5: Determine the Lifting Method

Not all loads are lifted the same way.

Depending on the shape and weight of the load, different methods may be used.

Vertical Lift

The load is lifted directly from above.

This is generally the most stable and safest lifting method.

Multi-Leg Lift

Two or more connection points are used to distribute the load.

Spreader Bar Lift

Used when the load is long or requires even load distribution.

Choosing the correct lifting method helps maintain stability throughout the operation.

Step 6: Secure the Work Area

Before lifting begins, the work zone must be controlled.

This includes:

• Restricting access
• Installing warning signs
• Keeping unauthorized personnel away
• Identifying nearby hazards

A suspended load should never travel over workers.

Step 7: Establish Clear Communication

Communication is a critical part of every lifting operation.

The team typically includes:

• Crane operator
• Rigger
• Signal person
• Supervisor

Everyone must understand the procedure and the signals that will be used throughout the lift.

When instructions are unclear, the likelihood of mistakes increases dramatically.

Step 8: Perform a Test Lift

Before fully lifting the load, a test lift should be conducted.

During the test lift, verify:

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

If anything appears abnormal, the load should be lowered immediately and the issue corrected.

Step 9: Execute the Lift

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

During the lift:

• Movements should be smooth and controlled
• Sudden acceleration should be avoided
• The load must remain stable
• The operator should follow only authorized signals

Maintaining load control is always the highest priority.

Step 10: Position and Secure the Load

When the load reaches its destination:

• Lower it slowly
• Verify stability
• Remove rigging safely
• Inspect the area before leaving

A lifting operation does not end when the load is raised.

It ends when the load has been safely positioned and secured.

Common Mistakes During Lifting Operations

Even today, many accidents occur because of preventable errors.

The most common include:

• Not knowing the actual load weight
• Using damaged rigging equipment
• Overloading equipment
• Ignoring sling angles
• Standing beneath suspended loads
• Poor communication
• Skipping pre-lift inspections

Most of these incidents can be prevented through proper planning and preparation.

Conclusion: Safe Lifting Begins Long Before the Load Leaves the Ground

Now you know the answer to the question:

How is a load lifting operation performed?

It is accomplished through a combination of planning, inspection, calculation, communication, and controlled execution.

The best professionals are not the ones who lift the heaviest loads.

They are the ones who perform every lift with discipline, knowledge, and respect for safety.

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