What is the difference between RCM, RCM-lite, TPM and predictive maintenance?

RCM is the formal SAE JA1011 methodology that asks seven questions about every failure mode of every asset. It is rigorous, expensive and slow. RCM-lite reserves the full JA1011 treatment for the most critical assets and uses FMEA-light or run-to-failure for the rest, cutting cost and time by 70 to 80 percent. TPM is a culture and structure originating in Japanese manufacturing that emphasises operator-led maintenance and OEE as the headline KPI; it complements RCM rather than replacing it. Predictive maintenance is one of several techniques that RCM can select for a given failure mode, where condition monitoring detects failures before they become functional failures.

How are MTBF and MTTR calculated?

MTBF (mean time between failures) is total operating time divided by the number of failures over the same period, expressed in hours. If a conveyor ran for 8,000 hours and had 4 unplanned failures, MTBF is 2,000 hours. MTTR (mean time to repair) is total repair time divided by the number of repairs. MTBF tells you how reliable the asset is between failures; MTTR tells you how quickly the team can restore the asset. Together they drive availability: availability = MTBF / (MTBF + MTTR). Both KPIs are only useful at the asset or failure-mode level - fleet-wide averages hide the assets that are driving the problem.

When should I use predictive maintenance instead of preventive maintenance?

Use predictive maintenance (PdM) when a failure mode has a detectable degradation signal on the P-F curve and a P-F interval long enough to act on. Common examples are bearing failures (vibration), gearbox wear (oil analysis), electrical insulation degradation (thermography) and pump cavitation (vibration). Use preventive maintenance (PM) when the failure is age-related with a known wear-out characteristic and PdM signals are not available. Use run-to-failure when the failure has low consequence, redundancy is in place, and the cost of any proactive task exceeds the cost of the failure. The decision should be made per failure mode, not per asset.

What are good benchmark targets for reliability KPIs in year one?

Targets vary by industry, but typical year-one ranges for a maturing RCM-lite programme are: PM compliance 85 to 95 percent (below 80 indicates resourcing issues), schedule attainment greater than 80 percent, reactive work share less than 20 percent of total maintenance hours, backlog age median less than 30 days, PdM finding rate above 75 percent, and MTBF trending up 15 to 30 percent on Class A assets year on year. OEE targets are highly industry-specific - world-class discrete manufacturing is 85 percent plus. Always set targets against the baseline measured in the first reporting cycle.

Does this template comply with the SAE JA1011 RCM standard?

The template is structured to support SAE JA1011-compliant Reliability-Centred Maintenance analysis. Full JA1011 compliance requires that each critical asset is analysed against the seven RCM questions (functions, functional failures, failure modes, failure effects, failure consequences, proactive tasks and default actions) and that the analysis is documented and signed. The programme plan provides the governance and review structure inside which a compliant analysis can be run; the analysis itself is captured in a separate RCM logbook per asset. ISO 55001:2014 and EN 13306:2017 provide additional alignment.

Is this reliability programme plan template free?

Yes. Download and use this reliability programme plan template at no cost. Open the file in your browser and use Print then Save as PDF. No MapTrack account is required. The template is the RCM-lite blueprint a small reliability team can adapt without paying $60,000 to $120,000 for an external RCM consultant. If you want to run the programme digitally with PM and PdM scheduling, MTBF and MTTR tracked automatically from work order data, KPI dashboards live on mobile, and a CMMS that maps directly to the criticality classes in this plan, MapTrack can do that. Book a demo to see how it works.

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Free reliability programme plan template (PDF-ready). RCM-lite blueprint: scope, criticality, FMEA, task selection, KPIs, governance. SAE JA1011 aligned.

Jarrod Milford

Commercial Director

Updated 15 May 2026

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What is a reliability programme plan template?

A reliability programme plan is the master blueprint for how an asset-heavy organisation will design, run and continuously improve its reliability-centred maintenance (RCM) function. Reliability-centred maintenance is a structured methodology, formalised in SAE JA1011 and explained in SAE JA1012, that decides what maintenance is appropriate for each asset by analysing how it can fail and what the consequences of those failures are. The standard frames RCM around seven questions: what are the functions of the asset, what functional failures can occur, what causes each failure (failure modes), what happens when each failure occurs (effects), why does each failure matter (consequences), what proactive task can prevent or detect the failure, and what default action applies if no proactive task is suitable. A programme plan operationalises those seven questions across an entire fleet.

A programme plan is different from a one-off RCM analysis. A single RCM analysis examines one asset in depth; a programme plan defines the standard process the reliability team will repeat for every Class A and B asset, the rules for how lower-criticality assets default to time-based PM or run-to-failure, the data the team will collect (work order history, run hours, failure codes, condition monitoring readings), the KPIs they will report (PM compliance, MTBF, MTTR, OEE), and the governance cadence (weekly schedule reviews, monthly KPI reviews, quarterly steering committees and annual programme audits). Most mid-size asset-heavy organisations adopt a pragmatic "RCM-lite" version. Full classical RCM applies the SAE JA1011 seven questions to every failure mode of every asset and typically costs $60,000 to $120,000 per system in consulting fees and 6 to 18 months per plant. RCM-lite reserves that depth for Class A assets and falls back to FMEA-light, PM optimisation or run-to-failure for everything else.

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Benefits of using this reliability programme plan template

Structured failure-mode coverage: the programme forces every Class A and B asset through a documented FMEA or RCM-lite review, so failure modes are identified, rated and addressed systematically.
Defensible maintenance strategy: every preventive, predictive or run-to-failure decision is traceable to a failure mode, a consequence rating and the SAE JA1011 task-selection logic.
KPI-driven improvement: clear baselines and quarterly targets for PM compliance, MTBF, MTTR, OEE and schedule attainment turn reliability from a feeling into a number.
Audit-ready governance: the documented charter, criticality register, task selection rationale and KPI scorecards line up directly with ISO 55001 clauses on asset management objectives and continual improvement.
Lower total cost than full RCM consulting: a self-run RCM-lite programme typically costs 20 to 30 percent of a full external RCM engagement because consultants are reserved for genuinely critical systems.
Cross-team alignment: shared scope, criticality classes and KPI definitions give maintenance, operations, EHS, finance and engineering a single source of truth.

Benefits of digitising forms in MapTrack

When you move your plans from paper to MapTrack, you get:

Field users can easily scan a QR code to complete a form on mobile. Unlimited users.
Automatically get alerts when faults are identified.
Link every form digitally as a PDF to the relevant asset, location or person.
Receive a digital PDF copy with every submission to your email.
Ability to share forms digitally.
Build conditional logic (show or hide questions based on answers).
Take pictures or attach photos. Not possible with a paper-based form.
Electronic signatures.
Edit forms later without reprinting.
Restrict permissions (who can view, complete or approve).
Build forms with AI (describe what you need and MapTrack suggests the form).
Trigger work orders automatically when a fault is logged during an inspection.
Track service intervals by hours, kilometres or calendar date in one place.
Attach supplier invoices and parts receipts to each maintenance record.

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What to include in a reliability programme plan template

This reliability programme plan template covers 8 key areas:

Programme scope and charter: a short charter that names the programme owner (usually the reliability engineer), the executive sponsor (typically the operations director), the sites and lines in scope, what is explicitly out of scope, and the planned start and review dates.
Asset criticality assessment: a register that classifies every asset in scope into criticality classes (commonly A, B, C, D) based on consequence and likelihood of failure.
Failure mode analysis: an FMEA or RCM-lite worksheet for every Class A and B asset that documents functions, failure modes, effects, causes and existing controls, with severity, occurrence and detection ratings.
Maintenance task selection logic: a decision rule, applied per failure mode, that selects condition-based monitoring (CBM), scheduled preventive maintenance (PM), failure-finding inspections, or run-to-failure.
Schedule and resource plan: the master PM and PdM schedule, including labour roles required, expected hours per asset class, condition monitoring routes, and the planned interaction with operations.
KPIs and data sources: the headline reliability KPIs (PM compliance, MTBF, MTTR, OEE, schedule attainment, backlog age, reactive work share, PdM finding rate), their formulae, baselines and targets.
Governance and review cadence: a documented forum schedule (weekly schedule review, monthly KPI scorecard, quarterly steering committee, annual programme audit) with attendees, inputs and outputs.
Continuous improvement loop: a log that captures every incident, KPI breach or audit finding that triggers a change to the programme, the root cause, the action taken and the verified outcome.

How to use this reliability programme plan template

Charter the programme and define what is in and out of scope. Name the programme owner, executive sponsor and core team, agree the sites and asset classes covered, and set the start date and review cadence.: Reliability programmes fail more often from unclear scope than from technical issues. Before any analysis work begins, write a one-page charter that names the programme owner, the executive sponsor, the sites in scope, asset types or areas explicitly out of scope, the funded asset count, an indicative annual budget, the core multi-disciplinary team, and the proposed governance cadence. The sponsor signs the charter so that priority, resourcing and trade-offs are agreed in writing.
Build the criticality register and run failure-mode reviews on Class A and B assets. Score every asset using a consistent criticality matrix, then run FMEA on the assets that score highest.: Classify every asset in scope into A, B, C or D using the criticality matrix. Class A assets receive a full RCM or detailed FMEA analysis. Class B assets get an FMEA-light review focused on dominant failure modes. Class C and D assets default to time-based PM or run-to-failure. Pull historical failure data from the CMMS, talk to senior technicians and operators, and review OEM manuals for known failure modes.
Select the maintenance task for each failure mode using the SAE JA1011 task-selection logic. For every documented failure mode, decide between CBM, PdM, PM, failure-finding inspections or run-to-failure.: Apply the standard decision tree per failure mode. If the failure has a detectable degradation signal (vibration, oil debris, temperature), apply CBM or PdM at an interval less than half the estimated P-F interval. If the failure is age-related wear-out, schedule a PM. If the failure is hidden (only revealed during demand), schedule a failure-finding inspection. If no task is technically feasible and cost-justified, accept run-to-failure with a spares strategy.
Implement the schedule, configure the CMMS and start the data capture that the KPIs depend on. Load PM and PdM jobs against the right assets and set up KPI dashboards before the first reporting cycle.: Translate the task list into actual PM and PdM jobs in the CMMS with the right frequency, labour role, estimated duration, parts list, safety procedure and asset link. Configure work order types so reactive, planned, PM and PdM hours can be separated. Set up condition monitoring routes with clear pass/fail thresholds. Stand up the monthly KPI scorecard and dashboard so baseline values are visible from the first reporting cycle.
Run the monthly KPI review and the wider governance cadence to drive continuous improvement. Each month compare actuals to targets and re-rate criticality or task selection where data shows the original assumptions no longer hold.: Each month, the reliability engineer and maintenance manager review the KPI scorecard. KPIs that are amber or red trigger a root cause review and an entry in the continuous improvement log. Common interventions include adjusting PM intervals, adding PdM coverage to an asset failing more than expected, re-rating an asset that has moved up the criticality matrix, or removing PM tasks that have no measurable effect. Quarterly, the steering committee reviews programme health.

In MapTrack, you can schedule and track maintenance digitally. Each submission is stored as a timestamped PDF against the asset record.

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How often should you complete this plan?

A reliability programme plan is established once and then revised on a defined cadence, not rebuilt every year. The initial build typically takes 8 to 16 weeks for a single site: 2 weeks to draft the charter, 3 to 6 weeks to complete the criticality register and failure-mode analyses, 2 to 4 weeks to configure the CMMS and dashboards, and 1 to 2 weeks to brief the team. After that the programme runs continuously and is reviewed at three cadences. Weekly reviews cover schedule attainment and backlog age. Monthly KPI reviews cover PM compliance, MTBF, MTTR, OEE and reactive work share. Quarterly steering committee reviews cover programme health and cross-functional issues. The full programme should be audited annually. MapTrack captures work orders, asset run hours, failure codes and inspection findings in one place, then surfaces PM compliance, MTBF, MTTR and backlog age on live dashboards.

Frequently asked questions

Applicable regulatory standards

This template aligns with the following regulations and standards:

SAE JA1011 (Evaluation Criteria for Reliability-Centred Maintenance Processes)
SAE JA1012 (A Guide to the Reliability-Centred Maintenance Standard)
ISO 55001:2014 (Asset management - Management systems - Requirements)
ISO 55002:2018 (Asset management - Guidelines for the application of ISO 55001)
EN 13306:2017 (Maintenance terminology)

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