Visually Inspect for Staircase Wear and Damage

What happens in this clip

After understanding the measurement technique, the video shifts to visually examining the staircase for any obvious signs of wear and tear, which are more common in older structures. It points out that the center sections of the treads are most susceptible to abuse from repeated foot traffic over time. Look for chipped or missing nosing (the front edge of the tread), split sections of the wood, or noticeable depressions and unevenness on the tread surfaces. These visual cues often indicate areas where code violations due to excessive variation are most likely to occur.

Goal: Conduct a visual assessment of the staircase to identify obvious signs of wear, such as missing nosing, split sections, or depressions in the treads, which are common in high-traffic areas.

About the full video

This video illustrates how to perform a visual and measurement-based inspection of older staircases to identify wear and tear that could result in building code violations related to riser height and tread depth. It emphasizes the importance of checking for consistency between steps to ensure safety and compliance, particularly for homeowners undertaking remodeling projects. While the requested context was Electrical Code Compliance, this video specifically addresses structural building codes for stairways.

Step 1 of 9: Assess Existing Staircase Condition

Examine all treads, risers, and the central support pole for any signs of rust, rot, or damage. Check the stability of each tread by applying firm pressure. Inspect the railing and balusters for looseness or damage. Note any areas that require cleaning, sanding, or minor repairs.

Open this step in the guide

Every video in How to Update a Spiral Staircase

1. Step 1: Assess Existing Staircase Condition

   • 1:02–1:35 Visually Inspect for Staircase Wear and Damage (this video)
   • 0:00–0:53 Assess Damage & Prepare for Repair
   • 0:15–0:30 Initial Inspection and Hazard Identification

2. Step 2: Clean and Degrease Components

   • 2:29–3:41 Prep Day: Cleaning and Sanding
   • 1:52–2:08 Scrape Loose Paint Flakes
   • 0:34–0:40 Mechanically Remove Loose Rust and Flaking Material

3. Step 3: Prepare Metal Surfaces for Finishing

   • 0:37–0:41 Sand the Staircase
   • 0:07–1:27 Sand and Prime the Staircase
   • 0:32–1:08 Clean, Sand, and Tape the Staircase

4. Step 4: Prepare Wood Treads for Finishing

   • 0:20–0:25 Sand and Finish Treads
   • 0:21–1:25 Prepare Treads (Sanding and Cleaning)
   • 2:06–2:52 Sand Stair Treads and Risers

5. Step 5: Apply Primer to Metal Components

   • 0:20–0:23 Apply Rust-Inhibiting Primer
   • 2:51–3:32 Apply Oil-Based Primer
   • 0:32–1:06 Apply Rust-Inhibiting Primer

6. Step 6: Apply Finish to Metal Components

   • 3:22–4:09 Paint Metal Frame (Top Coat)
   • 0:14–0:28 Apply Oil-Based Enamel Topcoat to Iron
   • 2:25–2:48 Apply Top Coat Paint

7. Step 7: Apply Finish to Wood Treads

   • 4:29–5:04 Stain New Stair Treads
   • 3:22–3:28 Stain & Seal Stair Treads
   • 3:41–4:00 Seal Stained Treads

8. Step 8: Reassemble Staircase Components

   • 0:47–0:50 Reinstall Metal Railing
   • 0:22–0:31 Secure All Treads and Joints
   • 13:30–15:00 Install Stair Treads with Mechanical Fasteners

9. Step 9: Final Inspection and Touch-ups

   • 1:08–1:37 Final Assembly and Inspection