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AR Fire Door Inspections and VR Compliance Training for High-Rise Residential Buildings
Relevant case studies
Author: Spark Team
AR Fire Door Inspections and VR Compliance Training for High-Rise Residential Buildings
Fire doors are one of the most visible examples of a safety-critical building asset that depends on repeated inspection, correct identification and consistent record keeping.
A fire door may appear simple, but inspectors must consider multiple elements including closers, seals, glazing, hinges, gaps, damage and whether modifications have affected performance.
For organisations managing large residential portfolios, the challenge is not simply knowing how to inspect a door. It is ensuring that the correct procedure is applied consistently across hundreds or thousands of individual assets.
In England, the Fire Safety (England) Regulations 2022 require responsible persons to use best endeavours to undertake annual checks of flat entrance doors in residential buildings over 11 metres, alongside quarterly checks of fire doors in communal areas.
Bespoke VR and AR provide two complementary ways of strengthening these workflows.
VR Training Before the Inspection
VR can present trainees with realistic digital fire doors containing deliberately introduced defects.
Rather than learning solely from photographs, the trainee can approach a door, inspect it from different angles and decide whether individual components meet the organisation's inspection criteria.
A Training Scenario Could Include:
A damaged closer.
Missing or compromised seals.
Excessive gaps.
A door that does not close correctly.
Damage around hinges.
Unapproved alterations.
Obstructions.
Incorrect signage.
Visible damage to the leaf or frame.
No defect at all, testing whether the trainee avoids false reporting.
Different combinations can be generated so that trainees cannot simply memorise one example.
Teaching the Organisation's Inspection SOP
A bespoke VR application can follow the client's own inspection workflow.
The trainee might have to:
Confirm the door's asset identification.
Review previous information.
Carry out the prescribed visual checks.
Test relevant operation within the simulated procedure.
Classify identified defects.
Capture the required evidence.
Choose the correct remediation priority.
Escalate serious findings.
Complete the inspection record.
This makes VR useful not only for defect recognition but for teaching how the entire organisational procedure should be completed.
AR During Real Fire Door Inspections
Once inspectors are working in the building, AR could provide a contextual front-end to the approved inspection system.
An authorised device could identify the door and display information including:
Unique asset ID.
Location.
Door type.
Previous inspection.
Outstanding remediation.
Approved inspection checklist.
Relevant reference photographs.
The inspector could then move through the required sequence and capture evidence against the correct asset.
This is important because a technically correct inspection has limited value if its record is accidentally attached to the wrong door.
Visualising Previous Defects
AR could also help inspectors understand what changed between visits.
For example, an authorised overlay might indicate the approximate area where damage was previously recorded. The inspector can compare the current condition against the previous evidence.
This can make repeat inspections more efficient while helping prevent historical issues from being overlooked.
Connecting Inspection Evidence to the Golden Thread
For higher-risk residential buildings, safety information forms part of a broader digital information environment. Government guidance makes clear that Accountable Persons and other relevant dutyholders have responsibilities for keeping prescribed building information digitally.
A well-designed AR inspection workflow could therefore connect field activities with the organisation's controlled information system.
Depending on the architecture, inspection evidence could include:
Timestamped photographs.
Inspector identity.
Asset identity.
Condition rating.
Defect category.
Remediation requirement.
Completion evidence.
Appropriate governance, permissions and review controls would remain essential.
Reducing Rework
Incomplete inspection data frequently creates administrative rework. Someone may need to return because photographs are missing, an asset number was entered incorrectly or the description does not make the defect clear.
An AR workflow can be designed to prevent submission until mandatory evidence has been captured.
For example:
Has the door ID been confirmed?
Have all required inspection stages been completed?
Have mandatory photographs been taken?
Has the defect severity been selected?
Has an urgent issue been escalated?
This helps move quality checking closer to the point where work happens.
Creating Consistency Across Inspection Teams
One inspector may have decades of experience while another is newly qualified. Bespoke immersive training can help organisations standardise how their internal SOP is applied.
Everyone can be assessed against the same simulated defects and workflow before being deployed.
VR can also be used for periodic refresher assessments, particularly when procedures change.
Beyond Fire Doors
The same VR and AR architecture can potentially be extended to other safety assets, including:
Fire dampers.
Emergency lighting.
Smoke-control equipment.
Risers.
Fire alarm devices.
Firefighting equipment.
Compartmentation inspections.
A single bespoke platform can therefore become part of a wider competence and inspection strategy.
Conclusion
Effective fire-door management depends on competent inspection, consistent procedures and reliable evidence.
VR can prepare inspectors by giving them unlimited access to simulated defects before they encounter them in occupied buildings. AR can then support the approved inspection workflow at the actual door.
For organisations managing high-rise residential buildings, this combination can help reduce missed checks, incorrect asset records, repeat visits and inconsistent inspection practices.
To explore bespoke VR fire-door training or AR inspection workflows, contact Spark Emerging Technologies.
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