VR Fire Evacuation Training for High-Rise Buildings: Rehearsing Emergency SOPs Before They Matter

Relevant case studies

Blog post: 26/08/2026 3:12 am

Author: Spark Team

VR Fire Evacuation Training for High-Rise Buildings: Rehearsing Emergency SOPs Before They Matter

Fire emergencies in high-rise buildings create conditions that are extremely difficult to reproduce during conventional training. Smoke, restricted visibility, conflicting information, unavailable lifts, residents requiring assistance and rapidly changing conditions can turn a familiar building into a complex operational environment.

Virtual Reality (VR) provides building owners, facilities teams, security personnel and other authorised staff with a way to rehearse these situations before an emergency occurs. Augmented Reality (AR) can then provide contextual safety information when authorised personnel are working in the real building.

For organisations responsible for high-rise residential buildings, this is particularly relevant as fire and structural safety responsibilities have become increasingly information-led. In England, higher-risk residential buildings generally include buildings at least 18 metres high or seven storeys with at least two residential units, with Accountable Persons responsible for managing fire and structural safety risks.

Why Traditional Fire Drills Have Limitations

Physical evacuation exercises remain important, but they cannot realistically reproduce every emergency condition. Building operators cannot safely fill corridors with smoke, disable critical systems or create blocked escape routes simply to test how employees react.

This means personnel may understand an evacuation procedure theoretically without ever having experienced the decision-making pressure associated with it.

A bespoke VR simulation can recreate the actual building or a representative high-rise environment and introduce controlled complications such as:

• Smoke spreading into corridors or stair cores.

• A fire alarm originating on different floors.

• Unavailable lifts or restricted access routes.

• Residents who require additional assistance.

• Fire doors found open or obstructed.

• Conflicting reports from residents.

• Loss of lighting in selected areas.

• Communication failures.

• Fire and rescue service arrival.

• Incorrect decisions that alter the development of the scenario.

Turning the Evacuation SOP into an Interactive VR Procedure

One of the major advantages of bespoke VR is that training can be built around an organisation's own Standard Operating Procedures rather than a generic fire-safety exercise.

Spark can recreate relevant elements of the building, emergency systems and operational workflows so that trainees practise the sequence expected by their organisation.

A VR Scenario Could Require the Trainee to:

1. Recognise the initial alarm or incident notification.

2. Identify the affected location.

3. Retrieve the correct emergency information.

4. Communicate with relevant personnel.

5. Follow the building's defined emergency procedure.

6. Manage access for emergency responders.

7. Identify vulnerable or affected residents where appropriate.

8. Escalate faults or unexpected conditions.

9. Complete post-event reporting.

The simulation can score whether actions were taken correctly, whether they occurred in the right sequence and how long critical decisions took.

Training for Situations That Cannot Safely Be Staged

VR becomes particularly valuable when organisations want people to experience abnormal conditions.

A trainee can make an incorrect decision without placing a real resident, building or asset at risk. The simulation can demonstrate the consequences and allow the procedure to be repeated immediately.

This creates a powerful learning cycle: act, observe, understand and repeat.

Instead of merely being told that an incorrect door, route or communication decision matters, trainees can see why it matters.

AR Support During Real Building Operations

VR prepares personnel before they undertake the job. AR can provide contextual information while authorised personnel are operating within the actual building.

Using a tablet, phone or suitable headset, an AR application could identify relevant assets and provide approved information such as:

• Fire alarm panel locations.

• Dry or wet riser information.

• Firefighting lift information.

• Smoke-control assets.

• Isolation points.

• Emergency contacts.

• Equipment identification.

• Approved inspection procedures.

The Fire Safety (England) Regulations 2022 already require responsible persons for high-rise residential buildings to maintain and provide information relating to matters including building plans, firefighting equipment and external wall systems. They also introduce requirements concerning checks on important firefighting equipment.

AR therefore has potential as a visual interface through which authorised staff can reach approved information more quickly. It should not, however, become a parallel or uncontrolled source of safety information.

Reducing Mistakes Through Repetition

Emergency procedures are vulnerable to human error because they may be used infrequently but must be followed correctly when required.

VR allows organisations to rehearse the same SOP repeatedly and introduce variations once competency improves.

Performance data could include:

• Procedure completion rates.

• Incorrect actions.

• Missed safety checks.

• Response times.

• Incorrect escalation decisions.

• Route-selection errors.

• Final competency scores.

This creates evidence that employees have not simply attended a presentation but have practised applying the procedure.

Reducing the Cost of High-Rise Emergency Training

Physical exercises can require significant planning, coordination and disruption. VR does not eliminate practical exercises, but it can reduce reliance on repeatedly staging complex scenarios in occupied buildings.

Once developed, the same bespoke simulation can potentially be used across induction, refresher training, contractor familiarisation and competency assessment.

Organisations can also practise rare variations without shutting down equipment or disrupting residents.

Why Bespoke Development Matters

Every high-rise building has a different layout, asset configuration, evacuation strategy, resident profile and operational structure. A generic fire simulation cannot accurately reproduce those differences.

Spark develops bespoke VR and AR solutions around the client's building, assets, SOPs and learning requirements. The objective is not to provide a generic fire-safety game, but to recreate the decisions people may genuinely need to make.

Conclusion

High-rise fire emergencies demand familiarity, situational awareness and disciplined execution of procedures. VR gives personnel the opportunity to develop those capabilities before an emergency occurs, while AR can help authorised teams access relevant approved information during real operations.

Together, bespoke VR and AR can help organisations reduce avoidable mistakes, strengthen emergency preparedness and make building-safety procedures easier to understand and rehearse.

If you are exploring immersive training for high-rise fire safety, emergency procedures or building operations, contact Spark Emerging Technologies to discuss a bespoke VR or AR solution.

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