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Maintenance & CMMS

Equipment Maintenance & CMMS Software

Plan services on hours, kilometres or dates, run each job from a phone and keep the history with the machine. QR labels, Bluetooth tags, GPS trackers and AI dash cams work on the same account.

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600,000+ assets tracked since 2012

A yellow excavator parked on a dirt work pad under a blue sky, with a MapTrack work order for its 250 hour service laid beside it.
Work order
MapTrack work order for a 250 hour service from the Plant Service Plan, In Progress, High priority and Preventative, with its timer running.
QR labelExample: scan to record a service
Raised at 4,146 hrsExample: CAT 320 EX-01, due at 4,143
Assigned to Dave HarrisExample: due 19 Oct, 3.5 h estimate
Work order
MapTrack work order for a 250 hour service from the Plant Service Plan, In Progress, High priority and Preventative, with its timer running.
QR labelExample: scan to record a service
Raised at 4,146 hrsExample: CAT 320 EX-01, due at 4,143
Assigned to Dave HarrisExample: due 19 Oct, 3.5 h estimate
Work order
MapTrack work order for a 250 hour service from the Plant Service Plan, In Progress, High priority and Preventative, with its timer running.
Raised at 4,146 hrsExample: CAT 320 EX-01, due at 4,143
Assigned to Dave HarrisExample: due 19 Oct, 3.5 h estimate
QR labelExample: scan to record a service

Read how these teams run MapTrack

  • Mineral Resources customer story
  • Hacer Group customer story
  • RIX Specialist Contracting customer story
  • Genus customer story
  • Mega Electrics customer story
  • Saunders International customer story
  • Specialised Plumbing and Drainage customer story
  • 365 Alongside customer story
Lachlan McRitchie

Lachlan McRitchie

Co-Founder & GM of Operations

Updated 20 October 2026

Trusted by construction, mining and field service teams

Saunders InternationalMineral ResourcesSupagasHacer GroupMetro TunnelUltrabuilt

Maintenance, from due to done

Plan preventive maintenance with time-based or meter-based schedules, manage work orders and keep service history with each asset. Load a work order before reception drops and your crew can record its results offline from any phone.

2 trigger types
time and meter
Offline workflow
for loaded work orders
One platform
tracking + maintenance
  • MapTrack Service Board current and next service columns: 2,541 hours against a 2,507 hour site plant service, 4,146 against a 4,143 hour 250 hour service, 8,874 against 8,842, 3,531 against 3,583 and 3,574 against 3,605, each read about half an hour earlier

    MapTrack’s Service Board shows each machine’s current hours beside the hours its next service falls due at.

    MapTrack app · Demonstration data · Captured

    See the Service Board
  • MapTrack sequence preview for a plant service plan: 250, 500, 250 and 1,000 hour services, the larger ones covering the smaller

    Keep 250, 500 and 1,000 hour services in one plan. When levels fall due together, the largest due service takes priority.

    MapTrack app · Demonstration data · Captured

    See tiered service plans
  • MapTrack work order on a phone with its timer running: In Progress, High, Preventative, a 250 hour service from the Plant Service Plan, assigned to Dave Harris, due 19 Oct 2026, 3.5h estimated, vendor Southside Plant Services

    Starting a work order on a phone sets it In Progress and starts its timer.

    MapTrack app · Demonstration data · Captured

    See the job on site
  • MapTrack work order costs, $479 assigned: an engine oil filter for the CAT 320 $68, a fuel filter $74, 20 litres of 15W-40 engine oil $112, two grease cartridges $18, a lab oil sample analysis $42 and 1h 30m of labour $165

    Parts, outside work and logged labour add up on the work order as the job runs.

    MapTrack app · Demonstration data · Captured

    See service costs
  • MapTrack maintenance history entry: a 250 hour service on an excavator, runtime hours 1,452 and work order WO-00028

    Every service stays in the asset’s history with the outcome, who did it and the readings at the time.

    MapTrack app · Demonstration data · Captured

    See service history
  • MapTrack readings step: runtime hours 2662 entered, today it reads 2,655 hours, next due at 2912 hours

    On a meter-based schedule, the reading your crew enters sets each asset’s next due point.

    MapTrack app · Demonstration data · Captured

    See what sets the next service

Results from published MapTrack customer case studies.

Roughly 80%

Overdue service items dropped by roughly 80% within the first six months as automated scheduling and alerts replaced manual spreadsheet tracking.

RIX Specialist Contracting, Construction
Read the case study: RIX Specialist Contracting

Estimated 70–80%

Automated scheduling and alerts for safety inspections, certifications and regulatory requirements reduced overdue compliance items by an estimated 70–80% within the first year.

Mineral Resources, Mining & Resources
Read the case study: Mineral Resources

Instantly retrievable

Digital forms with automatic timestamps and asset linking replaced paper records, making compliance documentation instantly retrievable for client or auditor requests.

365 Alongside, Building Maintenance
Read the case study: 365 Alongside

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Plan the next job from the Service Board

See the current reading, the next service, progress towards it and open work orders beside each asset, and choose which columns show, including the last completed service. Filter by schedule, location, category or status, then open the relevant record before allocating work.

MapTrack Service Board sorted by next service, showing 3 overdue, 17 due soon, 6 open work orders and 20 on track: a Mitsubishi Triton 300 km overdue, a lighting tower 10 hours overdue and a CAT 140 grader 30 hours overdue, each with open work orders, then three fire extinguishers due in 5 days.

See the next service beside the current reading

Sorted by next service, the three overdue schedules come first: a ute 300 km past its service, then a lighting tower and a grader past their hour services. Each shows its open work orders. Extinguisher checks due in five days follow. Hours, kilometres and calendar checks share one board.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration workspace with 40 schedule enrolments. Columns were chosen and resized in the board’s own display settings. Requires enrolled assets, configured schedules and an internet connection.

Reading in, next service out

A runtime-hours reading typed into Record service on a CAT roller, and the next 250 hour service MapTrack calculates from it.

MapTrack app · Demonstration data · Recorded

Keep minor and major services in the same plan

Set up separate service levels for jobs such as 250, 500 and 1,000-hour maintenance. Each has its own parts, procedure and defaults. Put the smaller service first and the largest last. When levels fall due together, the largest due service takes priority. Build the full job into that level’s procedure and parts list.

Run services on hours, kilometres or dates

MapTrack schedules a service by meter, every set number of hours, kilometres or cycles, or at a set reading, or by calendar time, every set number of days, weeks, months or years. Put both on one service and it falls due at whichever comes first, or only when both are reached.

Choose how each schedule raises its work

MapTrack raises one work order per asset, one combined work order for everything due at the same time, or flags the asset as due so you raise the work order yourself. The automatic modes act on recorded meter readings; for a date-based service, raise the job from the schedule in a couple of clicks.

Catch services before they slip

MapTrack estimates when each meter service will fall due from the asset’s recent usage, and flags meters whose readings are out of date. Each asset and schedule also gets a 0 to 100 maintenance health score.

See compliance for every schedule

MapTrack shows a compliance rate for every inspection and service schedule, with overdue work in red, so test and tag rounds, calibrations and plant servicing sit in one list.

MapTrack Maintenance Schedules table listing Extinguisher Check, Lifting Gear Inspection, Plant Service Plan, Site Plant Service, Survey Calibration, Test and Tag and Vehicle Service, each with its asset count, a compliance percentage, its interval, when it is next due and who it is assigned to. The two plant schedules are overdue and show in red.

See compliance for every inspection and service schedule

Every maintenance schedule in one table. Extinguisher checks, lifting gear inspections, test and tag and survey calibration sit beside plant and vehicle servicing, each with a compliance percentage, interval, next due date and assignee. The plant service plan and site plant service are overdue, so they show in red; schedules with assets due soon show in orange.

MapTrack app · Demonstration data · Captured

About this screenshot

Captured in a demonstration workspace on the Maintenance Schedules tab. The app shortens long interval labels, as in the vehicle service row.

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30 minutes on Microsoft Teams

Why teams switch

Paper or spreadsheets vs MapTrack

Paper or spreadsheets compared with MapTrack, job by job
JobPaper or spreadsheetsMapTrack
Review due statusManual calendar remindersTime and meter schedules can surface approaching and overdue work for enrolled assets.
Meter readingsManual meter entryOn a meter-based schedule, the reading your crew enters sets each asset’s next due point. GPS trackers registered in MapTrack add estimated run hours and kilometres without anyone typing them.
Scan straight into Record serviceManual text entry; no scan workflowA scan opens the asset’s Maintenance tab with Record service open.
Field defectsSeparate files or paper; not tied to asset recordA failed inspection answer can raise a linked work order automatically, through a rule you set.
Review the historyNo built-in audit trailEvery service stays in the asset’s history with the outcome, who did it and the readings at the time.

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Take the job from due service to saved history

Keep the plan, the work and the result connected. Your crew needs the right instructions before starting and a clear record of what was actually done.

  1. 1. Choose the right service level

    Set separate procedures and parts for each level of a tiered plan. Put the smaller service first and the largest at the bottom. When intervals meet, the largest due service runs and covers the smaller levels. Its own procedure and parts list must cover the full job.

  2. 2. Raise and allocate the work

    Meter readings can raise work orders using the configured generation mode. For date-based service, raise the job from the schedule in a couple of clicks, for one asset or a whole batch. If you use an automation to raise work, test its action and schedule link before relying on it. Check existing open work before creating another job.

  3. 3. Record results on site, finish the job online

    Load the work order while you've got reception. Your crew can work through its procedures and record each asset's pass or fail offline. Those results sync after reconnection. Add costs and move the work order to Completed when you're connected.

  4. 4. Review the saved result

    Open the completed service from the asset or Service Board. Check the outcome, service-time reading, linked job and next due point. Completing a scheduled service advances that level and the smaller levels it covers using the plan’s cadence setting. Recording older work preserves the current cycle unless you choose to update next due.

Setup and limits

  • Schedule setup and new work-order creation need a connection.
  • Automatic inspection follow-up needs a configured and tested form-submission rule. You can also create the linked job manually. Check that the repair job was saved after a failed answer.
MapTrack Plant Service Plan with 250, 500 and 1,000-hour services and a sequence preview showing which service covers the smaller ones.

Build a plan with separate service levels

The plan runs a 250-hour service, a 500-hour service that covers it, and a 1,000-hour service that covers both. The sequence preview shows the whole 1,000-hour cycle and where it starts again.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration plan. Each level carries its own triggers, procedure, parts and work-order defaults. Follow your equipment manufacturer’s service intervals.

A saved MapTrack service record for a Takeuchi TB250-2 excavator: 250-hour service passed on 27 September at 1,452 hours, $590, linked to work order WO-00028, with the plan showing the 500-hour service next.

Open the saved service record on the asset

The 250-hour service was completed on work order WO-00028 at 1,452 hours, 20 hours past its service point, with $590 in logged costs. After completion the plan moved on: the 500-hour service is next, 230 hours away.

MapTrack app · Demonstration data · Captured

About this screenshot

The work order was started, time and costs were logged and it was completed in a demonstration workspace, then the record was reopened from the asset’s Maintenance tab.

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Run the job on the board and on site

MapTrack work orders move across a board in the office and open on your crew’s phones on site, with the procedure, the timer and each asset’s result in one place.

Board and Agenda views

MapTrack work orders move between status columns on a Kanban board, or down an Agenda list by date. Statuses run Draft, To do, In progress, Blocked, Review, Completed or Cancelled, with five priority levels.

Review before close-off

Assign one or more people, add watchers and name a reviewer. Turn on review so work orders go to a reviewer before they’re closed off.

Time and parts on the job

Log time with a running timer and an hourly rate. Each service lists the parts it needs, and the work order shows planned against used parts.

One work order across many assets

One work order can cover many assets, each with its own pass or fail, for test and tag, calibration and inspection rounds.

Can your crew work a job with no reception?

On a work order loaded before reception is lost, crews work through its procedures and record per-asset pass or fail outcomes offline, and those sync on reconnection; adding costs and moving the work order to Completed need a connection.

Service work order, on site

A 250 hour service work order on a phone, its timer running, then the plan card with the meter reading that raised it.

MapTrack app · Demonstration data · Recorded

Record service for several assets at once

Select the assets you serviced and use Record service once. For preventive work, MapTrack shows how many of the selected assets each schedule covers, asks for each asset’s own reading and saves a separate history entry for every asset included.

  1. 1. Select the equipment you serviced

    Tick the assets on the Assets list, then choose Record service from the selection menu.

  2. 2. Choose the service

    Choose Reactive service for a repair, breakdown or callout, or pick a preventive schedule. Each schedule shows how many of the selected assets are on it, such as 2 of 3 assets. If the schedule shows View followed by a work order number, open it and finish the work there. Otherwise, continue to the next screen.

  3. 3. Record the completed work

    Choose The work is already done to log the service. For preventive work, choose the service if the plan has more than one. Check the date and next-due setting. For assets already on the schedule, backdated entries default to history only. Assets you add start their schedule from this service date. If that option is blocked by an open work order, complete or cancel the work order first. Assets outside the schedule stay out unless you add them.

  4. 4. Enter each asset’s reading

    On a meter-based schedule, type each asset’s reading at service. MapTrack works out that asset’s next due point from it. The reading stays on the service record unless you tick Log to the asset.

  5. 5. Check each saved entry

    Save once, then open the assets. Each included asset has its own entry with its reading, its share of the costs and any attachments.

Setup and limits

  • Shared material and labour costs are split evenly across the included assets, and attachments are added to each one. Use separate batches when the costs differ.
  • Assets that are not on the chosen schedule get no record. Record them separately, or add them to the schedule from the same form.
  • Recording a service needs a connection and permission to create tasks.
MapTrack Record Service dialog asking what you are servicing: Reactive service for repairs, breakdowns or callouts, or the Site Plant Service preventive schedule, every 250 hours, covering 2 of 3 selected assets and marked Due Soon.

See which selected assets a schedule covers

Three assets were selected at Werribee Drainage: a 20 kVA generator, an LED lighting tower and a 3-inch trash pump. Only the generator and the lighting tower are enrolled in Site Plant Service, so the schedule shows 2 of 3 assets. Choosing it records the service for those two only.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration workspace. Three assets selected on the Assets table, then Record service from the selection menu. Captured before anything was saved.

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MapTrack Log Service assets panel: a warning that 1 asset is not assigned to this schedule and will not be included, with Add all assets and Choose assets; the trash pump marked Not assigned to this schedule with an Add button; the generator with a runtime reading of 2662 hours, reading 2,655 today, next due at 2912; and the lighting tower with 2531 hours, reading 2,528 today, next due at 2781. Each has a Log to the asset option, off by default.

Enter each asset’s own reading

The schedule runs every 250 hours, so each reading sets that asset’s next due point: 2,662 hours gives 2,912 and 2,531 gives 2,781. The values stay on the service record unless Log to the asset is ticked, which adds them to the asset’s meter history. The trash pump is not on this schedule, so it is left out unless you add it.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration workspace. The Log Service step for the two enrolled assets with readings typed in, before saving; the capture starts at the assets panel.

MapTrack Maintenance tab for a Generator 20 kVA: Site Plant Service every 250 hours, last service 29 September 2026, next due in 257 hours, estimated 14 November 2026; the new preventative history entry marked Passed, with Service details open showing a runtime reading of 2,662 hours at service, manual entry, material $90.00, labour $120.00 and a total of $210.00; the 250-hour service checklist PDF attached; and a MaintScore card showing $210.00 of maintenance cost this year.

Open each asset’s saved service

One save covered two assets, and each asset has its own history entry. The generator keeps its own reading at service, 2,662 hours, and half of the $180 material and $240 labour entered, with the checklist attached. The lighting tower shows the same split with its own reading of 2,531 hours, and the trash pump has no new record.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration workspace. One Record service save for a generator and a lighting tower, then each asset’s Maintenance tab opened separately. Service details is open over the new entry.

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Costs and history on every asset

Can you see each asset’s maintenance cost beside its open work orders?

Yes. MapTrack keeps each service’s labour, parts and external costs on the asset’s service record, and the asset’s MaintScore card totals its maintenance cost for the year. The Service Board lists each asset’s open work orders beside its next service.

Can you see service history across several sites?

Yes. Every service stays in the asset’s history with the outcome, who did it, readings at the time, costs, notes, photos and the completed checklist, wherever the asset works. Filter the Service Board by location to see what’s due at each site.

Can you see maintenance spend across sites?

Yes, with Finance, an add-on on the Pro and Enterprise plans: cost ledger, budget vs actual, depreciation and repair-or-replace for every asset, location and person.

Why teams switch

Keep the maintenance decision and record connected

Reactive and planned work have different costs and risks, but there is no universal saving from changing the mix. MapTrack helps teams configure due points, issue work and retain the resulting service record. The maintenance strategy and intervals remain an operational decision.

Assets operate at different rates

A calendar interval does not reflect differences in use. Where compatible readings are available, MapTrack can calculate a due point from runtime, odometer or another configured meter.

Due work needs a visible status

MapTrack can show assets approaching or passing a configured service threshold so authorised users can review the due work.

Field defects need a follow-up path

Keep a submitted inspection on the asset, then create a linked work order manually or use a tested form-submission automation for a supported follow-up action.

Site observations need asset context

A crew member can scan the asset's QR code, open its record and capture the issue in the right form or connected work-order workflow.

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What sets the next service

MapTrack works out the next service from dates, readings and what your crew finds on the machine. Here’s what each one needs.

What sets the next service in MapTrack, how it is recorded, what happens and the hardware it needs
What sets itHow MapTrack records itWhat happensHardware
Calendar dateThe schedule’s interval: every set number of days, weeks, months or years.Due Soon from 14 days out and Overdue once any grace period passes, with an email to the person assigned in the week before it falls due. Raise the work order from the schedule in a couple of clicks.None
Run hoursA reading typed on the asset or answered in a pre-start; estimated run hours from a GPS tracker; drive hours from an AI dash cam; engine hours from OEM data connected with our team’s help.A reading your crew records raises the work order on a schedule set to Auto. Tracker readings feed the meter as estimates.None, a QR label, a GPS tracker or an AI dash cam
KilometresA reading typed on the asset or answered in a pre-start; estimated kilometres from a GPS tracker or an AI dash cam; odometer data from an integration.A reading your crew records raises the work order on a schedule set to Auto. Tracker readings feed the meter as estimates.None, a QR label, a GPS tracker or an AI dash cam
Cycles or another meterA reading typed on the asset or in a pre-start, in any unit: cycles, litres, pressure, temperature, voltage or your own.A reading your crew records raises the work order on a schedule set to Auto.None or a QR label
A failed inspection answerThe pre-start or inspection form.A linked work order through a rule you set, or one you raise by hand from the failed answer.None, or a QR label to open the form
A defect reported from the fieldA crew member scans the asset’s QR label, opens its record and captures the issue in the right form.A linked work order, raised by hand or by a rule you’ve tested.A QR label

A failed answer can raise the job

A failed inspection answer can raise a linked work order automatically, through a rule you set.

Overdue service warned at check-out

Overdue maintenance shows as a warning when someone assigns or books the asset, and going ahead is logged.

Scan straight into Record service

Scan QR, barcode and Data Matrix labels with the phone camera or a handheld Bluetooth or USB scanner. A scan opens the asset’s Maintenance tab with Record service open.

Readings from trackers and integrations

GPS trackers are registered in MapTrack with their battery, signal and last report, and feed estimated run hours and kilometres into meters. Engine hours arrive from 68 integrations and fault data from 41; other telematics, OEM and tracker brands are listed in MapTrack and connected with our team’s help.

From a failed pre-start to a work order

An operator fails one check on the excavator pre-start, here the hydraulic hoses. The rule you set on that form raises the work order: the machine’s name, High priority, who it’s assigned to and the answers that triggered it.

MapTrack work order WO-00034 on a phone, Pre-start fault - CAT 320 Excavator: To Do, High priority, Reactive, raised by a failed check on the excavator pre-start, listing Hydraulic hoses and fittings: Fail among the answers that triggered it; assigned to Dave Harris, with a Form submission card and Start Task.

A failed pre-start check raises the job

One failed check on the excavator pre-start, the hydraulic hoses, raised this work order through the rule set on that form: named for the machine, High priority, assigned, with the answers that triggered it.

MapTrack app · Demonstration data · Captured

About this screenshot

Captured at a 430 x 932 phone viewport in a demonstration workspace and shown in a phone frame. The rule was set up on the pre-start form and tested that day with one submission.

MapTrack New Assignment form with an amber notice that some selected assets may be unavailable, and its detail open: the CAT 140 Motor Grader with Plant Service Plan maintenance overdue since 12 September 2026 and a Plant Service Plan task on 26 September 2026, and the Robotic Total Station with a task to send it for annual calibration on 17 October 2026, each with a link.

Read the warnings before issuing equipment

Overdue maintenance and scheduled tasks show as amber warnings. No due-back date is set here, so every upcoming conflict is listed. With a due-back date, only tasks before it are listed: a 15 October due-back leaves out the total station’s 17 October calibration.

MapTrack app · Demonstration data · Captured

About this screenshot

Demonstration workspace. Two assets selected and Assign opened; the form was not saved.

Add-ons on the Pro and Enterprise plans

  • Rate cards: daily, weekly and monthly hire rates (dry, wet or standby) by category or asset, with the hire cost recorded on return.
  • Finance: cost ledger, budget vs actual, depreciation and repair-or-replace for every asset, location and person.
  • Divisions: each division gets its own assets and team access, and owners see across all of them.

Maintenance records with visible control points

Review due status

Time and meter schedules can surface approaching and overdue work for enrolled assets.

Issue the work

Create work orders manually or use the configured schedule generation mode.

Record completion

Capture procedures, per-asset outcomes, time, costs and final status on a loaded work order.

Review the history

Review related work and completed service from the asset context when authorised.

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Put due work and service records in one place

Configure preventive schedules, issue work orders and keep completed service history with the asset. Test the exact workflow your team needs during a free trial.

  • No credit card required

What maintenance teams say about MapTrack

600,000+ assets tracked since 2012

Saunders International
1-2 days/week saved
5 stars on G2
“Bloody amazing! We used to spend 1-2 days a week tracking and managing our generators alone.”

Steve McAllister

Asset Coordinator at Saunders International

Hacer Group
Full asset visibility
5 stars on Capterra
“Thanks to MapTrack we know exactly where our gear is, who has it and when it needs servicing.”

Denis Slaviero

HSEQ Manager at Hacer Group

Supagas
Intuitive for field crews
5 stars on Capterra
“MapTrack's a great platform - intuitive for the guys out in the field and also has fantastic support.”

Matthew Anderson

Maintenance Planning Supervisor at Supagas

What is maintenance management software?

Maintenance management software, also called CMMS (Computerised Maintenance Management System), is a platform that helps teams plan, schedule, track and complete maintenance on their assets. MapTrack is maintenance management software that combines work orders, preventive maintenance scheduling and service history tracking in one platform for mobile and field assets. It sits alongside asset tracking and pre-start inspections. Teams can bring preventive schedules, mobile completion and service history into the asset workspace. You can also attach digital forms and checklists to any asset type for inspections and compliance.

Get started

Introduce the workflow in controlled stages

Timing depends on your asset data, maintenance rules, integrations and team readiness. Validate a small, representative scope before expanding it.

Stage 1

Import your equipment

Upload a small asset-register sample first. Core fields and active custom fields determine what the import can map.

Stage 2

Set maintenance schedules

Define time or meter-based service intervals, enrol a small set of critical assets and verify the next-due state before expanding.

Stage 3

Build inspection forms

Build or adapt the forms your crew needs. If inspection follow-up should be automatic, configure the form-submission event and task action, then test it.

Stage 4

Assign to your team

Give technicians, operators and supervisors the right mobile access. Load a representative work order, record its results offline, then reconnect to complete it and confirm the sync.

Want to see it on your own gear?

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30 minutes on Microsoft Teams

Maintenance software FAQs

Common questions about CMMS, work order management and preventive maintenance with MapTrack.

A Computerised Maintenance Management System (CMMS) is software that centralises maintenance information including work orders, service schedules and asset history so teams can plan, track and record maintenance. MapTrack combines maintenance with asset tracking and inspections in one platform for mobile and field assets.

Yes. MapTrack is maintenance management (CMMS) software for equipment, plant and vehicles, with work orders, preventive maintenance schedules and service history in the same platform as asset tracking, pre-start inspections and forms. GPS trackers registered in MapTrack feed estimated run hours and kilometres into its service schedules.

A recorded meter reading can trigger an automatic work order when its service threshold is reached and automatic generation is configured. Schedules also track time-based intervals. For a date-based service, MapTrack shows it due soon from 14 days out and emails the person assigned a week ahead; raise the work order from the schedule in a couple of clicks, for one asset or a whole batch, or test the supported rule you set. Inspection follow-up is separate: create a linked work order manually, or configure an automation for the supported form-submission event and task action.

Yes. Set a service by meter, every set number of hours, kilometres or cycles, or at a set reading, or by calendar time, every set number of days, weeks, months or years. Combine both on one service so it falls due at whichever comes first, or only when both are reached.

MapTrack works out each asset’s usage rate from its recent readings and estimates when the next meter service will fall due. It flags meters whose readings are out of date, or whose estimated due date has passed without a new reading. Each asset and schedule also gets a 0 to 100 maintenance health score with 12 months of memory, so a run of late or skipped services still counts after it’s cleared.

Yes. One schedule can run across thousands of assets. Raise one batch work order for a group of enrolled assets, or scan a batch of assets and log the service for all of them at once. Record a service cost, or break it down into labour, parts and external costs; time and costs logged on a work order roll up into each asset’s service record.

Yes. OEM and integration-dependent data can feed into MapTrack where configured. We support a wide range of telematics, fuel-card and management sources for odometer, engine hours and related data. We can discuss your asset types and data sources.

No. Your crew can record readings on the asset, while logging a service, or as a question in a pre-start, and a QR label opens the asset with Record service ready. GPS trackers registered in MapTrack add estimated run hours and kilometres without anyone typing them.

A work order can link to one or more assets. From the asset context, authorised users can review related work and completed service history. Report and export availability depends on the specific list or report surface.

Yes. A single MapTrack work order can span multiple assets, and each asset carries its own pass or fail outcome and status rather than the whole job sharing one result. This supports batch work such as test and tag, calibration or certification while retaining a per-asset result for later review.

Partly. Once a work order is loaded onto the device, a technician can work through its procedures and checklists and record per-asset pass or fail outcomes with no reception, and those sync when the device comes back online. Adding costs and moving the work order to Completed need a connection, as do creating or loading a new work order, initial setup, imports, exports and server-side automations. Load the work order while you still have signal, then test the exact job your crew does offline before rolling it out across a site.

When a pre-start or inspection flags a defect, an authorised user can create a linked task or work order. A configured form-submission automation can create either action from selected inspection results. Test that rule with a controlled submission before relying on it in the field.

Reactive maintenance records work after a fault or breakdown. Preventive maintenance uses time-based or meter-based schedules to plan service before the next due point. MapTrack supports both patterns through work orders, service records and preventive-maintenance schedules.

No. They’re two spellings of the same idea: servicing equipment on a plan, by date or by usage, before it breaks down. Preventative is common in Australia and the UK, and MapTrack’s preventive maintenance schedules cover both.

Yes. Tools, plant, equipment, trailers and vehicles sit in one register, with custody, inspections, maintenance and costs on each asset’s record.

MapTrack brings work orders, preventive-maintenance schedules, meter readings and service history into the asset workspace. Import scope depends on the record type and active custom fields, so validate a small sample before migrating a full maintenance register.

Timing depends on your asset data, maintenance rules, integrations and team readiness, so start with a small, representative set of assets. Import your asset register, then set up each service plan and enrol the assets. Bring your current schedule to a demo and we’ll show you how it maps onto MapTrack service plans.

Yes. Once a work order is loaded onto the device, a technician can work through its procedures and checklists and record per-asset pass or fail outcomes without reception; those sync when the device reconnects. Adding costs, moving the work order to Completed, creating or loading a new work order, initial setup, imports, exports and server-side automations need a connection.

From GPS trackers registered in MapTrack (estimated run hours), AI dash cams (estimated from trips), OEM and telematics integrations (engine hours from 68 of them) or readings your team records.

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Maintenance and mobile work orders, linked to everything else you need to manage your assets

Work orders and maintenance sit in the same platform as assets, assignments, reservations, audits, forms and reports. One place to schedule servicing, track who has what, run inspections and review what's due from connected records.

MapTrack full navigation: Dashboard, Assets, Work Orders & Tasks, Maintenance, Parts, Assignments, Reservations, Audits, Forms, Reports, Alerts, Meters and more in one platform

Get MapTrack pricing for maintenance and work orders

Tell us about your operations. Our team will share per-asset pricing tailored to your asset mix and walk you through how MapTrack delivers maintenance and work orders on your assets - within one business day.

Per-asset pricing. Unlimited users. Primary database hosted in Sydney.

Plan and record maintenance work

Get full access with a free trial. No credit card required. See how MapTrack handles work orders, preventive maintenance and service history for your assets.

  • No credit card required