Facilities & Property checklist
Asset Condition Checklist
Assess property assets across physical deterioration, mechanical and electrical condition, performance, safeguards, maintenance history, condition ratings, remaining-life indicators, corrective maintenance, refurbishment, replacement planning, and portfolio-level asset health.
Does the asset show deterioration, abnormal performance, safety defects, repeated failure, or obsolescence that requires immediate control or replacement planning?
Asset Manager | Restrict or stabilize asset | Complete technical review and replacement decision
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About this checklist
What an asset condition checklist should help you assess
Assess the present health of facility assets using visible condition, operating performance, maintenance history, safety features, recurring defects, and lifecycle evidence, then convert the rating into appropriate maintenance, refurbishment, monitoring, or replacement action.
When
Periodic asset-condition reviews, lifecycle planning, capital budgeting, reliability checks, and repeated-failure review
Use it for annual condition surveys, critical-asset reviews, capital planning, maintenance strategy reviews, pre-refurbishment decisions, portfolio comparisons, acquisition or handover support, and assets with increasing failure or repair history.
Who
Facilities, engineering, maintenance, asset management, property teams, and specialist vendors
Facility managers, asset managers, engineers, maintenance technicians, property teams, EHS, specialist inspectors, OEM or service vendors, finance or capital-planning teams, and operations leaders can contribute evidence.
Outcome
A consistent asset-health view with prioritized repair and replacement decisions
Create one evidence trail for asset identity, physical condition, performance, safeguards, maintenance history, defects, condition rating, remaining-life indicators, repair priorities, capital needs, and sign-off.
Complete asset condition checklist
60 checks across asset identity, physical deterioration, mechanical and electrical condition, performance, safeguards, maintenance history, condition ratings, remaining life, corrective maintenance, refurbishment, replacement planning, portfolio trends, and sign-off
Ten sections, sixty checks. Expand any section, then adapt the checklist to your asset classes, criticality model, manufacturer guidance, maintenance strategy, specialist inspection requirements, property standards, lifecycle methodology, capital-planning rules, and local safety obligations.
Section 1Asset identity, location, ownership, criticality, baseline, and inspection readiness
- Confirm the asset ID, asset name, location, building or zone, manufacturer, model, serial number, and inspection date are recorded where applicable.
- Verify the asset's intended function, service duty, operating status, owner, maintenance responsibility, and supporting system are understood before inspection.
- Confirm asset criticality, business impact, safety significance, service dependency, or other approved priority classification is current.
- Review prior condition ratings, maintenance history, breakdowns, recurring defects, previous repairs, open work orders, and known operating limitations.
- Compare the asset against available baseline photos, commissioning data, manufacturer information, prior measurements, or last known-good condition where useful.
- Record asset ID, location, inspection date, inspector, asset owner, maintenance owner, and next planned review date.
Section 3Mechanical condition, movement, vibration, noise, alignment, bearings, belts, and rotating parts
- Inspect bearings, shafts, couplings, belts, chains, pulleys, gears, drives, linkages, actuators, dampers, valves, and other moving components for wear or damage.
- Check alignment, tension, backlash, clearances, travel, looseness, mounting condition, or other mechanical settings included in the approved inspection method.
- Record abnormal vibration, noise, movement, resonance, rubbing, knocking, cavitation, squeal, or other unusual operating condition.
- Check lubrication condition, lubricant leaks, dry components, contaminated lubricant, over-lubrication, or missed lubrication where relevant to asset health.
- Inspect guards, covers, barriers, retaining devices, mechanical stops, and other protective components for secure condition where provided.
- Escalate rapid deterioration, severe vibration, unstable movement, damaged rotating components, failed supports, or other mechanical conditions requiring restricted use or specialist review.
Section 5Performance, operating parameters, capacity, efficiency, output, and functional condition
- Verify the asset starts, stops, cycles, opens, closes, heats, cools, pumps, ventilates, illuminates, lifts, controls, or otherwise performs its intended function.
- Record relevant operating parameters such as temperature, pressure, flow, voltage, current, speed, vibration, runtime, differential pressure, level, or other approved condition indicators.
- Compare current readings and output with approved operating range, previous trends, manufacturer guidance, commissioning baseline, or site-established criteria where available.
- Check for reduced capacity, excessive cycling, slow response, unstable control, high energy use, poor output, repeated alarms, or other signs of performance deterioration.
- Confirm abnormal performance is not being normalized through manual override, bypass, repeated reset, temporary adjustment, or excessive operator intervention.
- Record functional limitations, derating, restricted operation, redundancy dependence, or other conditions affecting reliability or service continuity.
Section 7Maintenance history, PM compliance, defects, repeat repairs, spares, and service records
- Confirm preventive-maintenance tasks relevant to the asset are current and identify any overdue critical PM that may affect the condition assessment.
- Review corrective-maintenance history for repeat defects, emergency repairs, recurring parts replacement, repeated reset, and unresolved technical recommendations.
- Check vendor service reports, specialist inspections, statutory reports, certificates, oil analysis, vibration reports, thermography, test data, or other condition evidence where available.
- Verify open work orders and deferred defects are reflected in the current condition rating rather than being excluded because repair has already been requested.
- Review spare-part availability, obsolete parts, discontinued support, long lead times, or service-vendor limitations that increase the consequence of asset deterioration.
- Identify assets receiving repeated repair without durable improvement and escalate them for root-cause, refurbishment, redesign, or replacement review.
Section 9Corrective maintenance, refurbishment, capital planning, prioritization, and verification
- Create or link corrective-maintenance work orders for defects requiring repair and assign owner, priority, due date, interim control, and required evidence.
- Identify condition findings requiring specialist engineering review, vendor diagnosis, testing, monitoring, structural assessment, electrical review, or other technical evaluation.
- Classify recommended action as monitor, maintain, repair, overhaul, refurbish, redesign, replace, retire, or another approved asset-management response.
- Prioritize action using safety risk, service criticality, failure likelihood, deterioration rate, downtime impact, repair cost, replacement lead time, redundancy, and occupant impact.
- Verify significant repairs, overhauls, or replacements through reinspection, functional testing, updated condition evidence, or specialist sign-off before closure.
- Ensure replacement or capital requests reference the condition evidence, maintenance history, risk, cost, service impact, and expected timing supporting the investment decision.
Section 2Physical condition, cleanliness, damage, corrosion, wear, leakage, and deterioration
- Inspect the asset body, frame, casing, panels, covers, supports, foundations, mountings, and visible components for cracks, deformation, impact damage, looseness, or deterioration.
- Check for corrosion, rust, coating failure, pitting, chemical attack, UV damage, weathering, rot, scaling, or other material deterioration relevant to the asset.
- Inspect for oil, water, refrigerant, air, steam, fuel, chemical, hydraulic, or other leakage and record location, extent, and evidence of recurrence.
- Check seals, gaskets, joints, fasteners, hinges, latches, brackets, anchors, insulation, and protective coverings for wear, damage, looseness, or missing parts.
- Confirm dirt, dust, debris, grease, biological growth, blocked vents, clogged surfaces, or housekeeping conditions are not accelerating deterioration or hiding defects.
- Record unusual wear patterns, repeated patch repairs, temporary fixes, or visible deterioration that may indicate a larger underlying maintenance or design issue.
Section 4Electrical, controls, sensors, connections, alarms, indicators, and visible electrical condition
- Inspect enclosures, panels, covers, conduits, cable entries, visible wiring, terminals, plugs, connectors, junction boxes, and control devices for damage or deterioration.
- Check for overheating evidence, discoloration, burning odor, melted insulation, loose components, arcing marks, moisture entry, corrosion, or contamination around electrical parts.
- Verify controls, switches, indicators, displays, sensors, alarms, interlocks, limit devices, or monitoring points included in the condition review operate as expected.
- Confirm labels, asset identification, circuit or control references, warning markings, and operating information are legible where required for safe maintenance and use.
- Check electrical equipment working access is not obstructed where applicable and the surrounding condition supports ready, safe operation and maintenance.
- Escalate exposed energized parts, significant overheating, repeated trips, water intrusion, damaged insulation, arcing, or other serious electrical warning signs immediately.
Section 6Safety devices, guards, access, emergency features, and surrounding operating environment
- Inspect guards, barriers, interlocks, emergency stops, protective covers, restraints, access panels, fall-prevention features, and other safeguards provided with the asset.
- Confirm required access, operating space, service clearance, doors, hatches, ladders, platforms, and maintenance routes are usable and not obstructed by storage or temporary work.
- Check the surrounding floor or walking surface for leaks, debris, corrosion products, loose parts, trip hazards, standing water, or other conditions affecting safe access.
- Verify emergency signage, labels, isolation points, shutdown information, fire or spill equipment, and other nearby safety provisions remain visible and serviceable where applicable.
- Inspect environmental exposure such as heat, moisture, dust, vibration, chemicals, weather, salt, pests, or poor ventilation that may be accelerating asset deterioration.
- Escalate missing safeguards, unsafe access, unstable components, blocked emergency features, or other conditions requiring immediate control before normal use continues.
Section 8Condition rating, defect severity, remaining-life indicators, obsolescence, and replacement risk
- Assign the asset an approved overall condition rating such as good, satisfactory, monitor, poor, critical, or the organization's equivalent scale.
- Rate significant subcomponents separately where one failed or degraded component materially changes the asset's overall risk or replacement need.
- Consider age, deterioration rate, runtime, maintenance burden, breakdown history, efficiency loss, parts availability, obsolescence, and technology support when evaluating remaining-life indicators.
- Identify assets where continued repair cost, downtime, reliability risk, safety exposure, or service impact may justify refurbishment or planned replacement.
- Confirm severe defects or critical-condition ratings trigger immediate risk control, engineering review, restricted operation, shutdown, or other escalation according to site rules.
- Document the evidence and rationale supporting the condition rating so future inspections can compare deterioration consistently.
Section 10Condition trends, portfolio comparison, data quality, lifecycle planning, and management sign-off
- Trend asset condition ratings over time and identify assets or asset classes showing accelerated deterioration, recurring defects, or repeated rating decline.
- Compare similar assets across properties or buildings to identify unusually poor condition, high failure rates, maintenance burden, or inconsistent lifecycle performance.
- Verify asset records, location, ownership, condition rating, photos, maintenance history, open actions, and replacement status remain synchronized with the asset register or CMMS.
- Review critical poor-condition assets, aging systems, obsolescence, major maintenance backlog, and replacement forecasts during property or asset-management planning.
- Use condition evidence to improve preventive-maintenance strategies, inspection frequency, spares planning, vendor scope, capital budgets, and lifecycle decisions.
- Record final condition status, critical open defects, restricted assets, major refurbishment or replacement needs, next inspection date, inspector, asset owner, maintenance owner, and management approval.
Take it with you
Download the printable PDF to assess asset condition consistently, record C, PC, NC, or NA findings, capture live deterioration evidence, and connect maintenance, specialist review, refurbishment, replacement, and capital decisions to each asset.
Use the complete checklist during your next asset condition review
This internal Facilities & Property template supports visible and operational asset-condition assessment. Apply current manufacturer instructions, specialist inspections, maintenance procedures, electrical and safety rules, statutory requirements, lifecycle standards, and local regulations as controlling references.How to use it
Turn asset condition reviews into a controlled inspect-to-lifecycle workflow
Identify the asset and historical context, inspect actual deterioration and operating performance, assign a defensible condition rating, then translate that evidence into maintenance, monitoring, refurbishment, or replacement decisions.
Establish asset identity and baseline
Confirm asset ID, location, duty, criticality, ownership, previous ratings, maintenance history, baseline evidence, open work, and known limitations.
Inspect condition and performance
Review physical, mechanical, electrical, functional, safety, access, and environmental condition while capturing photos, readings, defects, and abnormal operating signs.
Rate condition and define action
Use consistent rating criteria, consider repeat failure, obsolescence and remaining-life indicators, control critical risks, and assign repair or specialist review.
Verify action and plan lifecycle needs
Reinspect significant work, compare condition trends, synchronize asset records, identify refurbishment or replacement needs, and feed evidence into maintenance and capital plans.
Live interactive demo
See how asset condition reviews work when they are run in Taqtics
Use the digital workflow to inspect assets, capture condition evidence and readings, assign ratings, flag critical deterioration, create maintenance or replacement actions, verify repairs, and compare asset health across properties.
Capture property, asset, component, condition, reading, live photo, rating, defect, owner, action, due date, and inspection history together.
Separate monitor, repair, overhaul, specialist assessment, refurbishment, and replacement needs using consistent condition and criticality evidence.
Track poor-condition assets, repeated defects, reliability decline, obsolescence, maintenance backlog, replacement needs, and verified action closure across properties.
Illustrative website demo. Responses are not stored or submitted.
Why digitize it
A clearer way to manage asset condition across every property
Taqtics connects scheduled asset reviews, live condition evidence, readings, condition ratings, maintenance history, corrective work, specialist assessment, refurbishment and replacement needs, verification, trends, and portfolio reporting.
Assess every asset consistently
Capture property, asset, component, condition, reading, photo, rating, owner, action, due date, and condition history together.
Standardize condition ratings
Use consistent C, PC, NC, NA options, critical-condition criteria, required evidence, readings, remaining-life indicators, and escalation rules.
Connect condition to maintenance and capital action
Assign corrective maintenance, specialist review, monitoring, overhaul, refurbishment, replacement, or retirement and verify significant actions with evidence.
Compare asset health across properties
Track poor-condition assets, repeat repairs, abnormal performance, obsolescence, critical defects, backlog, replacement forecasts, and condition trends across sites.
Frequently asked questions
Asset condition checklist FAQs
What should an asset condition checklist cover?
It should cover asset identification and criticality, physical deterioration, mechanical and electrical condition, operating performance, safeguards and access, maintenance history, repeat failures, condition ratings, remaining-life indicators, obsolescence, corrective maintenance, refurbishment, replacement planning, trend analysis, and final approval.
How is an asset condition checklist different from a preventive maintenance checklist?
Preventive maintenance focuses on scheduled tasks intended to preserve asset reliability. An asset condition checklist assesses the asset's current health and deterioration using physical evidence, performance, history, and risk so teams can decide whether to monitor, maintain, repair, overhaul, refurbish, replace, or retire the asset.
How should asset condition be rated?
Use a consistent organization-defined scale and documented evidence. Consider physical deterioration, performance loss, safety defects, failure history, maintenance burden, asset age, criticality, obsolescence, parts support, and the urgency of intervention rather than relying only on visual appearance.
What safety items should be included during an asset condition review?
Include safeguards, access, walking surfaces, leaks, unstable components, exposed electrical hazards, blocked electrical working access, emergency features, isolation points, and environmental conditions around the asset. Where U.S. OSHA general-industry rules apply, relevant requirements include safe walking-working surfaces, exit-route safeguards, and electrical access and working space.
When should an asset be considered for replacement instead of repair?
Replacement review is appropriate when deterioration, recurring failures, safety risk, downtime, poor efficiency, repair cost, parts obsolescence, lack of vendor support, service criticality, or remaining-life evidence shows that continued repair may no longer be the best lifecycle option.
What should happen after a critical asset-condition finding?
Apply immediate risk controls, restrict or stop use where required, assign qualified technical review and corrective work, document the condition and interim controls, then verify repair or replacement before final closure. The asset register and maintenance plan should also be updated.
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Run retail stock audits with live evidence and accountable variance control
Maintain one operational view of count completion, stock accuracy, value variance, shrink risk, open actions, approvals, and recurring inventory-control issues.
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