Take a Photo. AI Fills the Form.
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically.
No typing. No manual entry.
Use this fire stopping inspection checklist to inspect fire-rated assembly identification, penetration and joint identification, approved firestop system verification, penetrating items and supports, firestop products and installation, and damage, deterioration and openings, capturing photo evidence per finding and tracking each fix through to closure.
8 sections31 questions16 to 30 minutesFree
Photo Added
Photo Added
Photo Added8 sections · 31 questions · 16 to 30 minutes · Free
Identify the fire-rated wall or floor assembly and record its required fire-resistance rating.
Confirm the assembly type and construction match the approved drawings and the firestop schedule.
Record the location, level and reference so the penetration can be traced on the schedule.
Note where the required rating or assembly detail cannot be confirmed and flag it for follow-up.
Identify each penetration through the barrier and the penetrating item type (pipe, conduit, cable, cable tray or duct).
Identify linear joints, including head-of-wall, construction and expansion joints, and record the joint width.
Record unsealed gaps and openings, including blank openings left for future services.
Confirm the penetration or joint type is one the approved firestop system is tested to accommodate.
Confirm the installed firestop matches an approved tested and listed system for this assembly and penetration type, rather than judging it by appearance.
Check the penetrant material, size, annular space and quantity of penetrations are within the limits of the listed system.
Verify the products used are compatible with the tested system and with the substrate and penetrating item.
Where no listed system covers the condition, confirm an engineering judgement from the manufacturer is on file.
Check pipes, conduits and cables are supported and positioned as required by the listed system.
Confirm cable trays and cable bundles meet the fill and configuration limits of the system.
Check ductwork penetrations use the correct firestop method and any required fire damper is in place.
Confirm point-loading, movement and insulation requirements for the penetrant are met.
Check firestop sleeves are the specified type and correctly installed and sealed.
Confirm sealants and firestop compounds or mortar are applied to the depth and profile the system requires.
Check firestop collars and wraps are the correct size, fixed as specified, and complete around the penetrant.
Confirm linear joint and expansion-joint firestopping is continuous and installed to the listed detail.
Record damaged, cracked, shrunken or missing firestopping and any subsequent penetrations made through completed work.
Check for unsealed penetrations, unprotected openings and services added after the firestop was installed.
Note deterioration, water damage or disturbance that could affect the sealed condition.
Confirm the required system identification or firestop label is present and legible where used on the project.
Check the firestop schedule, system datasheets and manufacturer instructions are available for each condition.
Capture photographic evidence of the installation and the system identification for the record.
Confirm installation and inspection records are completed and traceable to the responsible installer.
Record each defect or non-conformity against the assembly, penetration and the approved firestop system.
Assign corrective action with an owner and due date, referencing the correct listed system or repair detail.
Reinspect completed corrective work and confirm it now matches the approved firestop system.
Confirm open or overdue items are escalated before sign-off.
Three steps, about 16 to 30 minutes.
Section by section, one check at a time.
Tap Fail, add a photo, assign who fixes it.
The report is ready the moment you finish.
Paper for a one-off check. The app when every finding needs fixing.
Branded checklist
Customize with your logo and company details.
Quick answer
A fire stopping inspection checklist is the structured inspection used to verify each firestopped penetration and joint against the approved tested and listed firestop system, record objective evidence, and raise defects for corrective action and reinspection that health & safety teams use to check the key inspection points, assign owners to any failures, and close them with photo proof. Completed in InspectWrk, it is timestamped, works offline, and exports as an audit-ready health & safety report for the specific tested and listed firestop system for the assembly and penetration, the manufacturer installation instructions and the approved firestop schedule and the applicable building and fire code requirements.
A fire stopping inspection checklist is the structured inspection used to verify each firestopped penetration and joint against the approved tested and listed firestop system, record objective evidence, and raise defects for corrective action and reinspection that health & safety teams use to check fire-rated assembly identification, penetration and joint identification, approved firestop system verification, penetrating items and supports, firestop products and installation, and damage, deterioration and openings, capture photo evidence, and track corrective actions to closure. Its job is to verify each firestopped penetration and joint against the approved tested and listed firestop system, record objective evidence, and raise defects for corrective action and reinspection.
Firestop installers and contractors and Fire stopping and passive fire protection inspectors still miss mismatched or unlisted firestop systems, incomplete or damaged firestopping, and unsealed penetrations and joints when rounds are ticked without photographs, the firestop system identification, and the location on the firestop schedule.
Without the firestop schedule, system datasheets and installation records, teams reconstruct the evidence from phones instead of proving the specific tested and listed firestop system for the assembly and penetration, the manufacturer installation instructions and the approved firestop schedule and the applicable building and fire code requirements readiness.
It helps firestop installers and contractors and supervisors keep health & safety work consistent, safe, and auditable, with the evidence needed for the specific tested and listed firestop system for the assembly and penetration, the manufacturer installation instructions and the approved firestop schedule and the applicable building and fire code requirements:
A complete fire stopping inspection checklist works through fire-rated wall and floor assemblies, penetrations and linear joints, the installed firestop system, product identification, installation condition and documentation, then records inspection context, scored checkpoints, and evidence with corrective actions:
Record where and when the inspection runs:
Define what each checkpoint verifies and how results are scored:
Make every finding traceable and actionable:
Follow these steps to run the fire stopping inspection checklist:
See how this checklist fits into AI safety inspection software.
This checklist runs as a mobile inspection app that works fully offline on site, with AI-powered defect detection on every photo. To see it on your own workflows, talk to our team.
Submit an inspection and AI writes the PDF report and Excel sheet for you. No admin, no waiting.
Your inspector takes a photo of any asset or defect. AI reads it and fills the inspection form automatically.
No typing. No manual entry.
Inspectors speak their observations in any language. AI transcribes and fills the form in real time.
Completely hands-free in the field.
The moment an inspection is submitted, AI summarises the findings and builds a branded PDF report and an Excel sheet for you.
No manual reporting. No copy-paste.
InspectWrk integrates with the tools your team already uses, including Zoho, Microsoft 365, and SAP.
No double entry.
Your operations team sees completion rates, open issues, and compliance scores across all sites in real time.
No chasing updates.
See which checklists your team has in progress across every site, jump into the same inspection with one tap, and keep field, supervisor, and back-office views in sync without sending screenshots on WhatsApp.
Every team reports differently. Build the report your operations, quality, or compliance leads actually want to read, share it as a branded PDF, and schedule delivery to the stakeholders who need it.
See completion, pass rate, and recurring findings across every checklist and every site, without pulling spreadsheets together at the end of the month.
See this checklist running on your own sites in a 30-minute demo.
Book a Free DemoIt is scoped to the scheduled cadence and controls that firestop installers and contractors, fire stopping and passive fire protection inspectors, special and third-party inspectors, fire safety and compliance teams run, not a one-off handover walk. It prompts fire-rated wall and floor assemblies, penetrations and linear joints, the installed firestop system, product identification, installation condition and documentation, watching for mismatched or unlisted firestop systems, incomplete or damaged firestopping, and unsealed penetrations and joints, records pass, fail, or N/A with photographs, the firestop system identification, and the location on the firestop schedule on critical items, and raises corrective actions with owners before sign-off. Run in InspectWrk, the record is timestamped and rolls into trend reports so repeat failures surface before the next audit.
They work through each checkpoint to verify each firestopped penetration and joint against the approved tested and listed firestop system, record objective evidence, and raise defects for corrective action and reinspection, confirm the required controls are in place, and capture photographs, the firestop system identification, and the location on the firestop schedule on anything that fails or needs proof. Priority failure modes include mismatched or unlisted firestop systems, incomplete or damaged firestopping, and unsealed penetrations and joints. Each checkpoint takes pass, fail, or N/A, and a failed item stays open until the fix is verified.
It expects photographs, the firestop system identification, and the location on the firestop schedule, plus the firestop schedule, system datasheets and installation records on failed or critical items, so findings rest on proof rather than memory. Records support the specific tested and listed firestop system for the assembly and penetration, the manufacturer installation instructions and the approved firestop schedule and the applicable building and fire code requirements, and every photo, note, and sign-off stays attached to the inspection instead of living in chat threads.
The fire stopping inspection checklist covers fire-rated assembly identification, penetration and joint identification, approved firestop system verification, penetrating items and supports, firestop products and installation, and damage, deterioration and openings. On each checkpoint, firestop installers and contractors record pass, fail, or N/A, add a photo on anything that needs proof, and raise a corrective action with an owner and due date. Run in InspectWrk, the inspection is timestamped, traceable to whoever completed it, and exports as a single health & safety report aligned to the specific tested and listed firestop system for the assembly and penetration, the manufacturer installation instructions and the approved firestop schedule and the applicable building and fire code requirements.

Safety inspections with hazard identification, corrective actions, and compliance reporting.

Report incidents and near-misses with details, photos, location, and timeline.

Inspect grounding and bonding systems: grounding conductors and electrodes, bonding connections, equipment grounding, continuity, corrosion, and panel connections.

Verify arc-flash labels on electrical equipment: presence, visibility, legibility, equipment identification, voltage and incident-energy information, PPE data, and label condition.