Optimise sustainment costs
Compare maintenance concepts and identify cost-efficient strategies that support availability and operational readiness.
MADE Maintenance Cost Estimates
Estimate lifecycle sustainment costs with engineering confidence.
MADE Maintenance Cost Estimates helps teams quantify scheduled and unscheduled maintenance costs, compare sustainment strategies and understand the Total Cost of Ownership impact of engineering decisions across the asset lifecycle.
TCO
Support lifecycle cost analysis from concept to operations.
Trade Studies
Compare alternate maintenance concepts and scenarios.
Reliability
Link cost outcomes to reliability and mission assumptions.
Availability
Assess maintenance cost impact on operational performance.
Risk
Reduce sustainment budget divergence across the lifecycle.
Why Maintenance Cost Estimation Matters
Sustainment cost is one of the largest financial risks in complex asset programs.
Long lifecycle assets are heavily influenced by maintenance strategy, operating environment, usage profile and reliability performance. Without a model-based way to understand these cost drivers, organisations risk committing to sustainment approaches that increase Total Cost of Ownership and reduce availability.
Move cost estimation upstream.
MADE MCE helps engineering, acquisition and sustainment teams estimate maintenance costs while design and support decisions can still be influenced — where the greatest supportability impact occurs.
From cost assumptions to model-based sustainment intelligence.
MADE MCE combines asset configuration, reliability parameters, mission profiles, operating environments and maintenance strategies to automatically calculate lifecycle maintenance costs.
1
Enter Cost Parameters
Define acquisition, downtime, personnel, consumables, spares and maintenance cost inputs.
2
Select Maintenance Approach
Compare scheduled, unscheduled and condition-based maintenance concepts.
3
Apply Mission Profile
Use operating duration, usage profiles and environmental factors to inform cost outcomes.
4
View Sustainment Costs
Generate asset, system and component-level maintenance cost summaries.What MADE MCE helps teams achieve
MADE MCE connects maintenance economics with model-based RAMS analysis to support smarter lifecycle decisions.
Reduce lifecycle budget risk
Understand how reliability, operating environments and maintenance decisions influence through-life cost exposure.
Connect cost to engineering
Move beyond static spreadsheets by linking cost forecasts directly to system design, mission usage and maintenance logic.
Digital Risk Twin
Estimate maintenance cost from the same model that informs reliability, availability and sustainment decisions.
MADE MCE uses the model, mission profile and reliability inputs to estimate scheduled and unscheduled maintenance costs across the asset lifecycle.
Generate asset-level sustainment cost summaries.
Estimate maintenance cost by system, subsystem, assembly or component.
Compare alternate sustainment scenarios and maintenance concepts.
Assess the TCO impact of design and support decisions.
Maintenance
Cost
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Cost
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Asset Sustainment Cost Summary
See the cost of sustaining the whole asset.
Aggregate lifecycle maintenance costs across maintainable systems
MADE MCE aggregates sustainment costs across systems, subsystems, assemblies and components, creating clear reporting outputs for asset-level maintenance cost and cost-type breakdowns.
Component Cost Estimates
Understand what each maintainable item contributes to lifecycle cost.
System, subsystem, assembly and component-level visibility
MCE generates cost breakdowns for each maintainable item and uses mission duration from the Mission Profile Definition editor to support more realistic lifecycle estimates.
Cost Input Parameters
Build cost forecasts from the inputs that matter.
Downtime, personnel, acquisition, consumables and maintenance type costs
MADE MCE allows users to define sustainment cost inputs independently from maintenance type, while incorporating reliability parameters and operational assumptions that directly affect cost outcomes.
Key MADE MCE capabilities
MADE MCE provides practical outputs for engineering, acquisition and sustainment teams.
Scheduled Maintenance Costing
Estimate the lifecycle cost of planned maintenance tasks, required labour, downtime and support resources.
Unscheduled Maintenance Costing
Quantify corrective maintenance costs based on reliability behaviour, failure expectations and sustainment assumptions.
Environmental Factor Analysis
Determine how operating environments influence Mean Time To Failure and maintenance cost exposure.
Scenario Comparison
Compare alternate maintenance concepts and sustainment approaches to support trade studies and decision-making.
Mission Profile Integration
Use mission duration and operating profiles to estimate cost outcomes against realistic asset usage.
Lifecycle Cost Reporting
Generate asset, equipment and maintainable-item cost summaries to support Total Cost of Ownership analysis.
Outcomes for sustainment-focused teams
MADE MCE helps organisations make better decisions before lifecycle cost risk becomes locked in.
Reduce cost uncertainty
Improve confidence in sustainment forecasts and lifecycle budget planning.
Improve availability
Understand how maintenance strategies influence asset readiness.
Support better trade-offs
Compare cost, reliability, availability and maintenance outcomes together.
Capture knowledge
Build repeatable cost assumptions into the model for future studies.
Reduce lifecycle risk
Identify the financial impact of maintenance decisions earlier.
Strengthen TCO analysis
Link Total Cost of Ownership forecasts to engineering evidence.
Recommended Resource
Download the MADE Maintenance Cost Estimates brochure.
See how MADE supports sustainment cost estimation, maintenance trade studies, lifecycle cost optimisation and Total Cost of Ownership analysis.
Estimate sustainment costs before they become operational risk.
MADE MCE enables teams to connect maintenance cost, reliability, mission usage and sustainment strategy within one model-based engineering environment.
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