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Load Securement Techniques: Exploring Different Slinging Methods

Load securement plays a pivotal role in lifting operations, demanding a comprehensive understanding of different slinging methods. The ability to secure a load using the right hitch not only ensures compliance with industry standards but also significantly boosts operational efficiency.

Consider a proficient crane operator at a bustling construction site. They efficiently hoist a variety of steel beams using the appropriate hitch, ensuring even weight distribution. This not only conserves precious time and resources for the construction project but also fosters a safer and more productive work environment.

To assist you in making well-informed choices, mitigating risks, and executing load securement with confidence, we’ve assembled this resource. It offers valuable insights into the various methods for securing loads during lifting operations. Whether you’re new to the industry or a seasoned pro, this knowledge can empower you to enhance your skills and productivity. 

Three Types of Hitches

Three Types of Hitches

Learning about various hitch types for lifting operations is essential for ensuring safety, load protection, and operational efficiency. This knowledge helps prevent accidents, minimizes equipment damage, and ensures compliance with regulatory standards, resulting in cost savings and improved professional competence.

The versatility of rigging enables adaptable solutions, and ongoing learning encourages a culture of advancement and innovation in material handling. Professional riggers have several hitch options at their disposal, including:

  • Basket Hitch. In a basket hitch, the sling (which may consist of a chain sling made of Grade 80 or 100) is passed under the load and brought up on both sides to create a basket-like configuration.
  • Choker Hitch. The sling is wrapped around the load and then threaded through its eye, forming a choke around it.
  • Vertical Hitch. The sling is affixed to the load directly above its center of gravity, allowing for a vertical lift.

Single- and Multi-leg Configurations

Understanding different slinging configurations is paramount for ensuring safety, protecting loads, and optimizing operational efficiency in lifting operations. This knowledge guarantees compliance with standards, cost reduction, and enhances the adaptability of rigging. Proficiency in this area reflects professional competence and encourages a culture of continuous improvement in material handling.

Single-leg Configuration:

In a single-leg configuration, one sling is employed to support the load. Proper use entails:

  • Ensuring the load is centered over the sling.
  • Regularly inspecting the sling, whether chain or wire rope, for wear.
  • Following weight capacity guidelines.

Multi-leg Configuration:

With a multi-leg configuration, multiple slings are used to support the load. Correct use of this setup involves:

  • Ensure equal tension on all legs.
  • Use slings of equal length and strength.
  • Regularly inspect all slings, whether chain or wire rope, for wear and damage.

Do’s and Dont’s for Different Hitch Types

Utilizing the right hitches, materials, and configurations is paramount for elevating safety levels in different slinging methods. It's essential to recognize that a proper grasp of slinging techniques is legally mandated to ensure compliance with safety regulations and standards.

The accurate execution of slinging methods not only safeguards the load but also preserves the lifting equipment from potential damage.

Basket Hitches


  • Make sure that the load is evenly balanced on both sides to maintain equal tension.
  • Use padding to protect the load and the chain sling from damage.
  • Inspect the chain sling for wear and tear regularly.


  • Avoid sharp edges that may damage the chain sling.
  • Do not exceed the weight capacity of the chain sling.

Choker Hitches


  • Ensure that the choke is snug and properly positioned.
  • Use appropriate padding to protect the load and the sling.
  • Regular inspection for any indications of damage is necessary for the sling.
  • When using wire rope, use wire rope clips properly to secure the ends.


  • Avoid sharp edges that may cut into the sling.
  • Do not use a choker hitch on a load with sharp corners that can damage the sling.

Vertical Hitches


  • Make sure the load is balanced correctly.
  • Inspect the sling and attachment points regularly.
  • Use a tagline to control load movement.
  • When using chain slings, ensure that the load is centered over the master link.


  • Avoid lifting unbalanced loads.
  • Do not exceed the vertical lift capacity of the sling.

Adhering to proper slinging methods can lead to cost savings by preventing damage to loads and equipment, thereby reducing the need for repair and replacement expenses. When individuals acquire and apply these appropriate slinging methods, they not only showcase professional competence but also underscore their dedication to safety in material handling.

Enhancing Cargo Safety With Southeast Rigging

Efficient and secure load securement is a pivotal component of lifting operations, requiring a comprehensive grasp of diverse slinging techniques. Choosing the correct hitch and configurations can have a substantial impact on operational efficiency, enabling you to make well-informed decisions and mitigate risks effectively.

Southeast Rigging excels in this field, providing top-tier chain rigging equipment and hardware in the Southeastern United States. Our experienced sales representatives and robust post-sales support guarantee the swift and efficient fulfillment of your rigging requirements.

Contact us today for assistance in finding the right product for your specific needs.

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