Train Track Geometry Inspection Checklist Template

Ensure rail safety and operational efficiency with our comprehensive Train Track Geometry Inspection Checklist Template! This essential tool helps identify potential issues, maintain optimal track conditions, and prevent costly derailments. Download now and prioritize passenger safety.

This Template was installed 2 times.

Track Alignment

1 of 10

Assessment of track gauge, curvature, and straightness to ensure proper vehicle operation.

Track Gauge (mm)

Curve Radius (m)

Superelevation (mm)

Track Alignment Status

Notes on Alignment Issues

GPS Coordinates of Alignment Issue (if applicable)

Date of Last Alignment Adjustment

Track Surface

2 of 10

Evaluation of track surface irregularities, including corrugation, dips, and high spots.

Corrugation Depth (mm)

Dip Height (mm)

High Spot Height (mm)

Surface Texture - Overall Assessment

Detailed Surface Description (e.g., presence of shelling, grinding marks)

Surface Image(s)

Presence of Track Oval (mm)

Subgrade Condition

3 of 10

Inspection of the soil base supporting the track, noting signs of settlement, erosion, or instability.

Subgrade Moisture Content (%)

Description of Soil Type (e.g., clay, sand, gravel)

Evidence of Settlement?

Evidence of Erosion?

Description of any observed instability or distress

Depth of frost penetration (cm)

Location of major distress areas

Fastener Condition

4 of 10

Examination of rail fasteners (clips, bolts, plates) for corrosion, loosening, or deformation.

Clip Torque (Nm)

Bolt Head Diameter (mm)

Clip Condition

Bolt Head Condition

Signs of Corrosion?

Fastener Tightness

Additional Notes on Fastener Condition

Rail Profile

5 of 10

Measurement and assessment of rail profile to detect wear, deformation, or damage.

Maximum Rail Flange Wear (mm)

Minimum Rail Head Depth (mm)

Maximum Rail Head Waviness (µm)

Rail Profile Type

Observations on Rail Profile Deviation

Rail Profile Measurement Graph

Tie Condition

6 of 10

Inspection of wooden or concrete ties for decay, cracking, or displacement.

Percentage of Ties with Visible Decay

Number of Cracked Ties Observed

Tie Material Type

Tie Fastening Condition (General)

Detailed Description of Observed Tie Issues

Number of Displaced Ties

Ballast Condition

7 of 10

Evaluation of ballast properties including cleanliness, compaction, and depth.

Ballast Depth (inches)

Ballast Cleanliness Score (1-5, 1=very dirty, 5=very clean)

Ballast Type

Observed Contaminants

Description of observed ballast condition (e.g., compaction, gradation)

Ballast Compaction (relative to specification)

Drainage

8 of 10

Assessment of drainage systems to ensure water is effectively removed from the track bed.

Water Depth at Inspection Point (mm)

Presence of Standing Water

Description of Drainage Issues Observed

Condition of Drain Outlets

GPS Location of Drainage Issue

Date of Last Drainage Cleaning

Joints

9 of 10

Examination of rail joints for wear, misalignment, and proper functionality.

Number of Joints Inspected

Joint Type (e.g., bolted, welded)

Joint Condition (Overall)

Gap Width (mm)

Detailed Description of Any Issues

Evidence of Misalignment?

Attach Photos of Joints (if any issues)

Geometric Consistency

10 of 10

Verification that track geometry is consistent and meets design standards throughout the inspected section.

Curve Radius (meters)

Superelevation (percentage)

Track Transition Length (meters)

Curve Alignment - Acceptable?

Straight Track – within tolerance?

Notes on Geometric Consistency

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