8 best maintenance planning software 2026

Maintenance planning software helps teams schedule, assign and track all maintenance activities for equipment, vehicles and facilities. At its core, it replaces calendar reminders, spreadsheets and paper-based systems with a centralised platform where every service, repair and inspection is planned, assigned and recorded against the asset.

The best platforms support multiple preventive maintenance trigger types: time-based (every 90 days), meter-based (every 500 hours) and condition-based (triggered by an inspection failure or sensor reading). Work orders capture who did the work, what parts were used, how long it took and the cost. This gives planners and managers visibility into service history, upcoming maintenance and total cost of ownership for every asset.

AU maintenance planners run three scheduling models in parallel. Calendar-based work fires on a fixed interval (weekly walk-arounds, quarterly services). Usage-based work fires when an asset crosses a meter threshold (engine hours, kilometres, cycle counts). Condition-based work fires when sensor data signals degradation (vibration analysis, oil sampling, telematics-anchored fault prediction). The trade-off is simplicity versus accuracy versus sensor capex: calendar is easiest to roll out, condition-based catches problems earliest but carries analytics overhead.

Four AU standards-and-regulation anchors frame these decisions. WHS Regulation 2011 s.213 places the duty-holder on the hook to conduct scheduled plant inspections, with a documented schedule treated as part of the safe-system-of-work. AS/NZS 60300 (Dependability and reliability management) sets out the framework for choosing a maintenance strategy mix across an asset base. ISO 55000 (Asset management), adopted by Standards Australia, explicitly references condition-based maintenance for high-criticality assets. AS 1418 (cranes, hoists and related lifting equipment) prescribes usage-based mandatory periodic inspections that must be recorded against the specific unit.

Mode-fit follows asset criticality. Low-criticality items (office equipment, low-cost tools) suit calendar because failure cost is bounded. Medium-utilisation mobile plant (excavators, light vehicles) typically earns usage-based scheduling because wear correlates with engine hours or kilometres. High-failure-cost or safety-critical assets (cranes, conveyors, generators) justify condition-based monitoring with telematics or IoT sensors, because unplanned-outage cost exceeds sensor capex.

In practice, most AU operators run all three modes in parallel. A CMMS should therefore support every scheduling trigger inside one work-order pipeline rather than forcing teams to split records across tools. MaintainX, Fiix and UpKeep all handle multi-trigger scheduling at varying levels of depth, which is worth checking in a demo against your own asset register.