2025 Survey Costs (ex VAT)
| Property | Standard | Fast Track (+25%) | Rush (+50%) | | --- | --- | --- | --- | | 2–3 bed | £400–£600 | £500–£750 | £600–£900 | | 4+ bed | £500–£800 | £625–£1,000 | £750–£1,200 | | Commercial | £800–£1,500 | £1,000–£1,875 | £1,200–£2,250 |
Survey Deliverables Reference
| Deliverable | Format | Use | | --- | --- | --- | | Floor plans | DWG + PDF | Design reference | | Elevations | DWG + PDF | Planning submission | | Sections | DWG + PDF | Building regulations | | Site plan | DWG + PDF | Planning boundary |
What Is Included in a Structural Monitoring Report?
A structural monitoring report is the primary output of a monitoring programme. It communicates monitoring data to the project team, satisfies stakeholder requirements, and provides a record of structural conditions over time.
Understanding what is included in a monitoring report helps you commission the right reports and use them effectively.
Executive Summary
Every monitoring report should begin with an executive summary. This section provides an at-a-glance overview of the monitoring period.
The executive summary includes: the monitoring period covered, number of monitoring visits conducted, key findings and observations, any trigger level exceedances, and recommended actions.
The summary should be readable by non-specialists. It tells the client whether monitoring is showing normal or abnormal behaviour and what action — if any — is required.
Project Information
The report includes project identification details:
- Project name and address
- Client name and contact
- Construction project description
- Structures being monitored
- Monitoring surveyor details
- Report date and report number
This information identifies the project and the monitoring programme the report relates to.
Monitoring Specification
The report should reference the monitoring specification that defines the monitoring programme:
- Structures and monitoring points
- Monitoring methods used
- Trigger levels set
- Monitoring frequency
- Reporting format
Reference to the specification ensures that the report is understood in the context of the monitoring programme.
Baseline Conditions
For the first monitoring report, and for subsequent reports referencing baseline, the report includes baseline condition data:
Photographic record: Photographs of all monitoring points showing the condition at baseline. Photographs are dated and labelled with point references.
Crack data: For crack monitoring, the report includes the crack reference, location, width at baseline, and any orientation notes.
Level data: For level monitoring, the report includes the baseline level at each monitoring point.
Tilt data: For tilt monitoring, the report includes the baseline inclination at each monitoring point.
Baseline data establishes the reference point for all subsequent comparisons.
Current Readings
The main body of the monitoring report presents current readings at all monitoring points.
Crack Monitoring Data
Crack monitoring data is presented in a table showing:
- Monitoring point reference
- Location description
- Baseline crack width (mm)
- Current crack width (mm)
- Change since baseline (mm)
- Change since previous visit (mm)
- Status — green, amber, or red based on trigger levels
The table format allows quick identification of points with significant movement. Colour coding — green for stable, amber for approaching trigger, red for exceeded — helps prioritise attention.
Level Monitoring Data
Level monitoring data is presented in a table showing:
- Monitoring point reference
- Location description
- Baseline level (m)
- Current level (m)
- Change since baseline (mm)
- Change since previous visit (mm)
- Status based on trigger levels
Level data shows whether the structure is settling, heaving, or remaining stable.
Tilt Monitoring Data
Tilt monitoring data is presented in a table showing:
- Monitoring point reference
- Location description
- Baseline inclination (mm/m)
- Current inclination (mm/m)
- Change since baseline (mm/m)
- Status based on trigger levels
Vibration Monitoring Data
Vibration monitoring data is presented showing:
- Monitoring location
- Measurement date and time
- Peak particle velocity (mm/s)
- Comparison with trigger levels
Trend Analysis
The report includes trend analysis showing how readings have changed over the monitoring period.
Trend data is presented as: graphs plotting readings over time for key monitoring points, comparison of current readings with baseline and previous readings, and identification of any consistent patterns in movement.
Trend graphs show whether movement is stable — a horizontal line — increasing — an upward slope — or decreasing — a downward slope. The gradient of the trend indicates the rate of movement.
Trend analysis helps distinguish between normal seasonal variation and genuine structural movement.
Trigger Level Status
The report clearly indicates trigger level status for all monitoring points:
Green status: Readings within normal range. No action required.
Amber status: Readings approaching trigger level. Increased monitoring frequency may be required. Investigation by structural engineer recommended.
Red status: Readings exceeding trigger level. Immediate action required. Construction may be halted pending structural assessment.
Trigger level exceedances are flagged prominently. The report specifies exactly which points have exceeded triggers, by how much, and what action has been taken.
Alert Log
If any trigger level exceedances have occurred during the monitoring period, the report includes an alert log:
- Date and time of alert
- Monitoring point reference
- Trigger level exceeded
- Reading at time of alert
- Action taken
- Outcome
The alert log provides a complete record of all trigger level events and the project response.
Photographic Comparison
The report includes current photographs of monitoring points alongside baseline photographs for comparison.
Photographic comparison allows visual identification of change that might not be apparent from measurements alone — new cracks, spalling, water ingress, or other deterioration.
Photographs are dated and labelled with point references. Current photographs are presented alongside baseline photographs for side-by-side comparison.
Surveyor Comments and Recommendations
The report includes surveyor comments on the monitoring data:
- Interpretation of current readings in context of the construction activity
- Assessment of whether movement is within expected limits
- Recommendations for any action required
- Any concerns about the monitoring programme itself
Surveyor comments provide professional judgement on the significance of monitoring data. This helps non-specialists understand whether the data indicates problems or normal conditions.
Data Summary Tables
The report includes summary tables providing an overview of all monitoring data:
- Summary of all readings
- Points with greatest movement
- Points with trigger level approaches or exceedances
- Comparison with previous reporting period
Summary tables help readers quickly understand the key points from the monitoring data without reading every detail.
Appendices
Reports often include appendices with supporting data:
- Monitoring point location plan
- Raw measurement data
- Calibration certificates for instruments used
- Surveyor qualifications
Appendices provide the detailed evidence underlying the report's conclusions.
Fixed-Fee Monitoring Reports
icelabz monitoring reports include all sections described above. Reports are issued within 48 hours of each monitoring visit. All reports reviewed by a senior surveyor before delivery.
Contact icelabz with your monitoring requirements for a fixed-fee quote.
Report Timing and Distribution
Monitoring reports should be issued promptly after each monitoring visit. For weekly monitoring programmes, reports should be issued within 48 hours of the monitoring visit.
Prompt reporting ensures that the project team has current data to inform decisions. Delayed reports reduce the value of monitoring data.
Report distribution is agreed at the specification stage. Typical distribution includes the client, structural engineer, contractor, and party wall surveyor. All stakeholders should receive monitoring data promptly.
Urgent Alert Protocol
When trigger levels are exceeded, the urgent alert protocol is activated. The surveyor contacts the project team immediately by phone. The formal report confirms the alert and documents the response.
Urgent alerts are not delayed for the formal report. The phone call is the immediate notification. The report provides the formal record.
The alert protocol is agreed before monitoring begins. It specifies who receives alerts, how alerts are communicated, and what response is expected.
Report Format for Different Stakeholders
Monitoring reports may need to satisfy different stakeholder requirements:
Lender reports: May need to follow a specific format and include particular data. Confirm lender requirements before monitoring begins.
Insurance reports: May need to demonstrate compliance with specific monitoring standards. Confirm insurance requirements before monitoring begins.
Party wall reports: May need to be provided in a format acceptable to the party wall surveyor. Confirm party wall surveyor requirements before monitoring begins.
icelabz monitoring reports are designed to satisfy common stakeholder requirements. Confirm specific requirements at the specification stage.
Final Monitoring Report
At the end of the monitoring programme, a final monitoring report is issued. The final report includes:
Summary of the monitoring period: Dates, number of visits, and duration of monitoring.
Complete data summary: All readings from the entire monitoring period, not just the most recent visit.
Final condition assessment: Confirmation of the final condition of the structure and whether readings have stabilised.
Trigger level exceedance log: Complete record of all trigger level events during the monitoring period.
Sign-off by senior surveyor: Review and sign-off by a senior surveyor confirming the accuracy and completeness of the report.
Structural engineer sign-off: Confirmation by the structural engineer that monitoring can be discontinued.
Final monitoring reports are used to confirm that the monitoring programme has been completed satisfactorily and that the structure is in an acceptable condition.
Report Quality
The quality of a monitoring report depends on:
Clarity: The report should be readable by non-specialists as well as professionals. Use clear language and visual aids.
Completeness: All monitoring points should be reported. All readings should be included. Nothing should be omitted.
Accuracy: Data should be accurate and reliable. Surveyors should verify data before issuing reports.
Timeliness: Reports should be issued promptly after monitoring visits. Delayed reports reduce the value of monitoring data.
Actionability: The report should clearly indicate what action — if any — is required. Trigger level status should be unambiguous.
Fixed-Fee Monitoring from icelabz
icelabz provides fixed-fee monitoring surveys with comprehensive reporting. Reports are issued promptly after each monitoring visit. All reports are reviewed by a senior surveyor before delivery.
Contact icelabz with your monitoring requirements for a fixed-fee quote.