Anthony LaFaziaCEO, Atlantic Training · CEO at Atlantic Training | EdTech & Safety Compliance Leader

Suspended Scaffold Safety: Essential Strategies for Hazard Prevention and Structural Integrity

27 Apr 2026 · 1 min

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1:20

The video provides a concise, instructional overview of critical safety practices for suspended scaffolds. It emphasizes that a competent person must conduct a pre‑shift inspection and any post‑event inspection, covering anchorage, tie‑backs, outrigger beams, hoists, platforms, and especially the suspension ropes, which are the primary load‑bearing component. The narration details permissible rope‑joining methods (eye splice thimbles with shackles or cover plates and bolts), bans repaired or spliced wire rope, and stresses that ropes must be long enough to lower the scaffold without passing through the hoist. Platform requirements are outlined: fully planked, securely fastened, minimum 18‑inch width, and a maximum 14‑inch gap to the structure. Finally, the content mandates that suspended scaffolds be tied into the building structure to prevent swaying, describing this as essential stabilization.

Chapters

Suspended scaffolds must be inspected by a competent person before each work shift and after any event that could affect their integrity. This includes the anchorage, tiebacks, outrigger beams, hoists, platforms, and especially the suspension ropes, which require close attention because they serve as the primary support for the system. Wire suspension ropes can only be joined together using eye splice thimbles with shackles or cover plates and bolts. Repaired wire rope can never be used. Never allow the rope to be kinked, damaged by heat, or spliced to repair broken wires. Furthermore, the ropes must be long enough to allow the scaffold to be lowered to the lowest level without passing through the hoist. Regarding the platform itself, it must be fully planked and secured to prevent movement. It should be at least 18 inches wide. The distance between the platform and the structure should be no more than 14 inches to prevent falling between the gap. Suspension scaffolds must always be tied into the building structure to prevent swaying. Suspended scaffolds must be stabilized against swaying, typically by tying them into the building structure.