Multi-Leg Bridles

Multi-Leg Bridle Slings use two, three, or four sling legs connected to a master link or fitting, providing multiple attachment points for balanced, controlled lifting of large or irregularly shaped loads. By distributing the load across multiple pick points, bridle slings offer superior stability compared to single-leg configurations.

Amick fabricates multi-leg bridles in both flat web and round sling construction. Web bridles provide a wide bearing surface at each pick point, while round sling bridles offer greater flexibility to conform to irregular load shapes. Both are available in nylon and polyester materials.

When rigging with multi-leg bridle slings, the sling angle — the angle between each leg and the horizontal — directly affects the load on each leg. As the angle from horizontal decreases, the tension on each leg increases. ASME B30.9 recommends avoiding sling angles below 30° from horizontal. For three- and four-leg bridles, rated loads are calculated assuming only two legs carry the full load unless an engineering analysis confirms otherwise.

All Amick bridle sling assemblies are fabricated at our Pittsburgh facility include appropriate master links and connection hardware.

Balanced, stable lifting with 2, 3, and 4-leg bridle assemblies — built in Pittsburgh. Call 412-429-1212.

Type

2-leg, 3-leg, and 4-leg bridle configurations. Available in flat web and round sling construction, nylon and polyester. Complete assemblies with master links and hardware.

Applications

Lifting large, heavy, or irregularly shaped loads where multiple pick points are needed for balance and stability. Common in construction, steel erection, mechanical installation, manufacturing, and plant maintenance. Used wherever a single-leg sling cannot adequately control the load.

Exceptions

Rated loads for multi-leg bridles depend on the sling angle. Never exceed the rated load for the actual angle of use. Avoid sling angles below 30° from horizontal. For three- and four-leg bridles, assume only two legs carry the load unless verified by engineering analysis. Same temperature and chemical limitations as the constituent sling material (194°F / -40°F for nylon and polyester). Inspect all legs, master links, and connection hardware before each use.