Common Structural Problems Found During Fire Escape Inspections

Fire escape inspections are designed to evaluate whether exterior egress systems remain structurally capable of supporting occupants during an emergency.

Over time, weather exposure, corrosion, and aging connections can weaken fire escape systems. During inspections, structural deficiencies are often discovered that must be corrected before certification can be issued.

Understanding the most common structural problems helps property owners recognize potential issues before they lead to violations or major repairs.

Corrosion and Steel Deterioration

Rust is one of the most common structural issues identified during fire escape inspections.

When steel is exposed to moisture over long periods, corrosion gradually reduces the thickness of structural members. As corrosion progresses, the steel loses strength and may no longer safely support design loads.

Inspectors often find corrosion in areas where water collects, such as:

• stair treads

• platforms

• connection points

• anchor brackets

If corrosion becomes severe, structural repairs or component replacement may be required.

Loose or Failing Anchors

Fire escape anchors transfer the load of the system into the building.

When anchors loosen, corrode, or deteriorate, the structural stability of the fire escape can be compromised.

Common anchor problems include:

• corroded anchor bolts

• loose anchor connections

• anchors pulling away from masonry

• deteriorated attachment points

Because anchors support the entire structure, inspectors pay close attention to these connections.

Structural Movement or Separation

Another issue frequently discovered during inspections is movement between the fire escape and the building.

This may appear as:

• gaps between the structure and the wall

• shifting platforms

• unstable stair assemblies

Movement often indicates deteriorated anchors or structural fatigue in the supporting connections.

Steel Fatigue and Aging Components

Many fire escapes installed decades ago have been exposed to constant environmental stress.

Over time, repeated loading, temperature changes, and corrosion can weaken structural members.

Older systems may develop:

• weakened railings

• deteriorated stair supports

• compromised platform framing

Inspections help identify aging components before failure occurs.

Improper Past Repairs

Occasionally inspectors encounter fire escapes that have been repaired improperly in the past.

Examples include:

• cosmetic repairs covering structural damage

• inadequate reinforcement

• incompatible materials used in repairs

Improper repairs may create additional structural concerns and often require corrective work before certification can be issued.

Why Structural Problems Must Be Corrected

Fire escapes are life-safety systems.

If structural deficiencies are identified during inspection, repairs are typically required before the system can be approved for continued use.

Addressing structural issues ensures the fire escape can safely support occupants during an emergency.

How Atlantic Ironwork Restoration Helps

Atlantic Ironwork Restoration assists property owners with:

• fire escape inspections

• structural repairs

• anchor replacement

• corrosion mitigation

• fire escape painting and maintenance

• certification readiness

Our goal is to ensure fire escape systems remain structurally sound and compliant with inspection requirements.

Related Resources

• Fire Escape Repairs: Structural Problems, Inspection Failures, and How They Are Fixed

• Why Fire Escapes Rust Faster Than Most Steel Structures