Mobile Photo Documentation App
Capture images on-site with the mobile app and sync them directly to your mine shaft inspection report for a complete record.
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Assess the structural integrity and safety of mine shafts with this comprehensive inspection report template. Inspect components like lining, guides, buntons, cables, and sump, and record measurements such as lining thickness, guide alignment, and water ingress. Open the template in our online editor to begin.
Open the template and create your inspection report
Take photos of the object in the mobile app, complete the inspection report from the template, and download the finished photo report as Word or PDF.
Capture images on-site with the mobile app and sync them directly to your mine shaft inspection report for a complete record.
Mobile AppComplete the document from this template: sections, fields, photo documentation, and signatures.
Attach photos of shaft components and defects to your inspection report using the photo report generator for clear visual evidence.
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Review the structure, sections, and fields before proceeding to fill out the document.
No.MSI-2026-0714
The general information about the inspection, including the date, location, and purpose, is provided below.
| Inspection date | 7/14/2026 | Address | Main Production Shaft, Kellingley Colliery, Knottingley WF11 8AB |
The inspection was conducted in accordance with the approved schedule and applicable regulations.
The object of inspection is the mine workings, including all accessible underground openings, drifts, and shafts.
| Object type | Mine Shaft | Object name | MPS-01 |
| Technical condition | not filled in |
The mine workings were identified and their boundaries were confirmed as per the mine plan.
The main parameters of the mine workings, such as dimensions, support type, and ventilation, were measured and compared with design values.
| Lining Condition | Fair | Guides Condition | Fair |
| Buntons Condition | Good | Cables Condition | Good |
| Sump Condition | Good |
The measured parameters are within acceptable tolerances, with minor deviations noted in the relevant sections.
Additional parameters including geological conditions, water inflow, and gas concentrations were assessed during the inspection.
| Lining Thickness: 250 | Guide Alignment: 5 |
| Water Ingress Rate: 2 |
No significant anomalies were detected in the additional parameters.
The overall condition of the mine workings was evaluated, including the state of supports, walls, and floors.
The mine workings are generally in a safe and serviceable condition, with some areas requiring maintenance.
List any defects found, including location, description, and photos.
| No. | Damage description | Photos |
|---|---|---|
| 1 | - 1 | not filled in |
| 2 | - 0.3 | not filled in |
Provide an overall condition assessment and recommendations.
| Identification was carried out | Shaft ID: MPS-01 |
| There are remarks | Overall condition: Satisfactory. Minor corrosion on guides at depth 200 m. |
List the inspector and mine engineer involved.
| No. | Full name | Position / status | Comment |
|---|---|---|---|
| 1 | David Hughes | Structural Inspector | Performed inspection |
| 2 | Ian Clarke | Mine Engineer | Reviewed report |
Capture signatures of the inspector and mine engineer.
Report
A mine shaft inspection report is a detailed document used to evaluate the condition of a mine shaft, including its lining, guides, buntons, cables, and sump. It records measurements like lining thickness, guide alignment, and water ingress rate, and identifies defects such as cracks, spalling, corrosion, deformation, and leaks. This template provides a structured format for thorough inspections.
The template includes sections for report metadata, shaft components (repeatable for each component), measurements, conclusions, and signatures. Each section contains fields for component selection, condition rating, defects, observations, and overall assessment.
Structural inspectors, mine engineers, and maintenance personnel use this report to document the condition of mine shafts. It supports annual inspections or inspections after significant events.
Mine shafts are typically inspected annually to assess structural integrity. This report template ensures all components are checked and measurements are recorded consistently.
After significant events such as seismic activity, rock bursts, or accidents, a thorough shaft inspection is required. This template helps document the condition and any new defects.
The inspection report identifies components that need repair or replacement, supporting maintenance planning and budgeting. Recommendations guide follow-up actions.
Mining authorities may require periodic shaft inspection reports. This template provides a standardized format that can be submitted to regulators.
Engineers use the inspection data to assess the risk of shaft failure and prioritize remedial measures. The report forms part of the mine's risk management documentation.
Open the mine shaft inspection report template in the online editor. The template is pre-configured with all necessary sections and fields.
Fill in the inspection date, inspector name, shaft ID, and shaft depth. Then proceed to inspect each shaft component.
For each component (lining, guides, etc.), select the condition rating, note any defects and observations, and record measurements like lining thickness and guide alignment.
Provide an overall condition assessment and recommendations. Add signatures of the inspector and mine engineer, then export the report.
Attach photos of shaft components and defects to your inspection report using the photo report generator for clear visual evidence.
Create Photo ReportCapture images on-site with the mobile app and sync them directly to your mine shaft inspection report for a complete record.
Mobile AppClick a section to jump to it in the sample document.
The general information about the inspection, including the date, location, and purpose, is provided below.
The object of inspection is the mine workings, including all accessible underground openings, drifts, and shafts.
The main parameters of the mine workings, such as dimensions, support type, and ventilation, were measured and compared with design values.
Additional parameters including geological conditions, water inflow, and gas concentrations were assessed during the inspection.
The overall condition of the mine workings was evaluated, including the state of supports, walls, and floors.
List any defects found, including location, description, and photos.
Provide an overall condition assessment and recommendations.
List the inspector and mine engineer involved.
Capture signatures of the inspector and mine engineer.
A mine shaft inspection report is a document used to assess the structural integrity and safety of a mine shaft. It includes inspection of components like lining, guides, buntons, cables, and sump, and records measurements such as lining thickness, guide alignment, and water ingress. The report helps identify defects and plan maintenance.
The inspector who performs the inspection and the mine engineer who reviews the findings typically sign the report. Their signatures confirm the accuracy of the data and the conclusions.
Yes, the template supports attaching photos of the shaft collar, lining condition, guide condition, and any defects. Using the photo report generator or mobile app, you can easily add visual evidence.
Typically, mine shafts are inspected annually or after significant events such as seismic activity or accidents. The exact schedule may depend on regulatory requirements and mine-specific conditions.
Click the 'Use this template' button to open it in our online editor. You can then fill in the fields, add photos, and export the completed report. No download is required.
Enter inspection details and generate a ready-to-download document.