Most fleet maintenance schedule templates you will find assume your fleet is cars. They have a column for mileage and nowhere to put engine hours, no field for a registration expiry, and a compliance section written for an American operator. If you run a mixed Australian fleet, with utes on kilometres and an excavator on hours and a truck that needs an annual inspection, they fall apart in the first week.
This one is built for that fleet. The full column set is below, along with how to set the intervals and what most templates get wrong. Build it out in whatever your team already uses.
Most templates you will find online are American, which means they check for a DOT annual inspection and a DVIR. This one is built around what Australian operators actually answer to, and the fault thresholds are the regulator’s own.
Nobody can tell you your service interval
Before the template, the thing every other page on this subject gets wrong.
There is no Australian standard, regulation or government publication that sets a service interval for a fleet vehicle. Any page handing you a table of intervals as though it were authoritative is giving you vendor opinion dressed up as fact. The only source that governs a specific asset is that asset’s own manufacturer service schedule: the logbook for a vehicle, the operation and maintenance manual for plant.
What is genuinely agreed, across every serious source, is the method rather than the numbers. Set two triggers, one on time and one on usage, and service at whichever falls first. That is the single most useful thing to build into a schedule, and it is the thing most templates fail to actually calculate.
The other point worth knowing is that Australian operating conditions push a lot of fleets into the severe-service column of their own logbook. Heat, dust, corrugated unsealed roads, towing at full gross combination mass, coastal salt and long remote runs are all conditions manufacturers treat as severe duty, with shorter intervals published for them. Plenty of Australian duty cycles sit there. If yours does, use the severe-service figure from the manual rather than the standard one, and record the duty cycle alongside the interval so the number makes sense to whoever inherits the spreadsheet.
What goes in the fleet maintenance schedule template
Six tabs. The first two are the ones that do the work.
Asset register
- Asset ID or unit number
- Registration or plate number
- VIN or chassis number
- Make, model and build year
- Asset class: light commercial, medium rigid, heavy rigid, trailer, plant, attachment
- GVM and GCM, which decide which inspection regime applies
- Assigned driver or operator, and home depot
- Meter type: kilometres or engine hours
- Current meter reading, and the date it was read
- In-service date and acquisition cost
- Registration expiry
- CTP and insurance renewal
- Annual or periodic inspection due date
Maintenance schedule
- Asset ID
- Service or task description
- Service tier: minor, major, or A, B and C if that is your convention
- Interval by meter, in kilometres or hours
- Interval by time, in months
- Last service date
- Meter reading at last service
- Next service due, by date
- Next service due, by meter
- Kilometres or hours remaining until due, calculated
- Days remaining until due, calculated
- Status: scheduled, due, overdue or complete
- Assigned technician, workshop or external vendor
- Estimated and actual labour hours
- Estimated and actual cost
- Parts used
- Downtime hours
- Notes and any irregular findings
The two calculated columns are the point of the whole thing. Work out kilometres to due and days to due separately, then flag on whichever hits zero first. A template that only counts one of them will either over-service the ute or run the excavator to failure.
Service history
Date, asset ID, meter reading at service, work performed, workshop, invoice or receipt number, labour, parts, total, and who signed it off. Those fields are not arbitrary. Date, meter reading, a description of the work and identification of the person who did it are exactly what an auditor or an insurer asks for, and an invoice number is what lets you tie the record back to the money.
Daily pre-start check
Fluids, tyres, lights, brakes, safety equipment, coupling and load restraint, plus defect found yes or no, defect description, operator name, signature and date. This tab exists because the daily check is the part of maintenance that has to be evidenced most often and is the part most likely to be done on paper and lost.
Defect register
Date raised, asset, reported by, defect, severity, vehicle grounded yes or no, action taken, rectified date, signed off by. A defect list with no rectification column is a record of things you knew about and did not fix, which is worse than having no register.
Cost and KPI summary
Total maintenance cost per asset, cost per kilometre, cost per operating hour, planned against unplanned spend, schedule compliance percentage, and overdue count. Cost per hour is the number that tells you whether to repair, replace or sell, and it is the number a mileage-only template cannot produce.
Kilometres or engine hours?
Both, on different assets, in the same register. This is where the imported templates break.
A delivery van wears by distance, so kilometres is the right trigger. An excavator, a generator, a crusher feed loader or an elevated work platform may never touch a public road, and its wear tracks the hours the engine has run under load. A tractor with a PTO can accumulate hours while barely moving. Schedule those on a calendar or an odometer and you are guessing.
Then there is the mixed asset that needs both, like a truck-mounted crane or a service ute running a compressor, where the chassis wears on kilometres and the mounted plant wears on hours. That is why the register needs a meter type per asset rather than one column applied to everything.
What belongs in the schedule that most templates leave out
Registration and inspection dates. A schedule that tracks a service due date but not a registration expiry will still get a vehicle grounded, and the reason it is grounded will be the thing you were not looking at.
Australia makes this harder than it needs to be, because the regime is state by state and differs between light and heavy vehicles. New South Wales runs safety checks and inspections through Service NSW, with separate arrangements for heavy vehicles. Queensland uses a safety certificate for light vehicles and a periodic certificate of inspection for heavy vehicles, buses, taxis and tow trucks. Victoria, South Australia, Western Australia, Tasmania, the Northern Territory and the ACT each have their own rules again. If you operate across borders, the practical answer is to put every renewal date in the register and let the alerts do the remembering, rather than trying to hold a state-by-state matrix in your head.
What the records have to prove
For heavy vehicle operators this is not just good practice. If you hold or are moving to accreditation, the maintenance obligations are about records as much as spanners: a documented procedure for drivers to check vehicles daily and record and sign that the check was done, faults recorded and reported for assessment and rectification, and a maintenance and servicing record kept for each vehicle sufficient to demonstrate the vehicles are safe.
Worth knowing if you have not looked at this recently: the Heavy Vehicle National Law was updated and a new Heavy Vehicle Accreditation scheme has replaced the National Heavy Vehicle Accreditation Scheme for new applicants, with existing operators transitioning as their accreditation runs out. The material change is what gets audited. Under the old scheme you were audited against the specific modules you had selected, such as Maintenance, Mass or Fatigue. Under the new one you are audited against a whole-of-business safety management system, which means all safety-related transport activities are in scope regardless of which alternative compliance accreditation you hold. Maintenance accreditation continues as a tier reached through General Safety Accreditation plus additional maintenance requirements. The NHVR is publishing the transition detail and the changes to accreditation as it goes, and it is worth reading before your next audit rather than after it.
Separately, and regardless of vehicle size, plant used for work sits under work health and safety duties requiring it to be maintained and inspected. Those duties apply to the excavator and the ute alike.
Where a spreadsheet runs out
A spreadsheet is genuinely the right tool for a while. It is free, everyone can read it, and for twenty assets and one workshop it works.
It fails in predictable ways. The meter readings go stale, because somebody has to walk the yard and type them in, and the schedule is only as accurate as the last time they did. Nothing chases you, so the reminder lives in one person’s calendar and leaves when they do. Two people edit two copies. And when an auditor asks for the inspection history on one machine, the answer is a filter and a hope.
The version that does not have those failure modes reads the hours off the machine. In FleetMaint the interval is set per asset and counted down on live utilisation, and where tracking is fitted the engine hours that trigger the reminder come straight off the machine rather than off an estimate. Reminders go to the people responsible before the work falls due, work orders record parts and labour, and the full history stays on the asset. Registration and other key dates sit as alerts against the asset in the register itself. It is the same schedule this template describes, without anyone retyping a meter reading.
Take the template first. It will tell you what you actually need.
A paper pre-start works fine on one site with six machines. It stops working at the point where the forms live in a glovebox, the defects reach the office days later, and nobody can put their hand on the inspection history for the machine an auditor has just asked about.
That is the point where operators move the check onto a phone. In TFO Software, pre-starts and inspections are completed in the field with photos attached, time-stamped against the specific asset and stored on its record permanently. Faults and defects raised by an operator reach the office as they are logged rather than at the end of the week. The Risk Assessment Builder lets you build risk assessments for operators to sign onto as part of their pre-start, with every signature stored against the asset, and every asset carries its own QR code so anyone in the field can scan the machine and pull up its documentation and maintenance history. On the compliance side, FleetSafety handles the part the checklist assumes but does not check, which is whether the person operating the machine is inducted, licensed and current. Defects flow into FleetMaint as work orders, so the loop actually closes.
Frequently Asked Questions
Is the template free?
Yes. The full structure is on this page and you are welcome to build it out, change it and use it in your own business without buying anything.
What should I build it in?
A spreadsheet is fine to start with, and the tab structure above maps straight onto Excel or Google Sheets. The two columns worth the effort are the calculated ones, kilometres to due and days to due, because they are what makes the dual trigger actually work.
How often should fleet vehicles be serviced?
Whatever the manufacturer’s schedule for that asset says, adjusted to the severe-service figure if your conditions warrant it. There is no Australian standard interval, and anyone quoting one is guessing on your behalf.
Should I schedule by time or by usage?
Both. Set an interval on months and an interval on kilometres or hours, and service at whichever comes first. That is the one thing every credible source agrees on.
Can one template handle vehicles and plant together?
It has to, which is why the meter type is set per asset rather than assumed. Kilometres for road vehicles, engine hours for plant, and both where an asset carries mounted plant.
Do registration and inspection dates go in the maintenance schedule?
Yes. They are the dates most likely to ground a vehicle and the ones most often tracked somewhere else, which is how they get missed.
Does servicing outside the manufacturer interval affect my warranty?
It can, and the terms are specific to the manufacturer and the vehicle. Check the warranty conditions in your own documentation rather than relying on a general answer.
When should we move off a spreadsheet?
When the meter readings have gone stale, when a service has been missed because a reminder sat in one person’s calendar, or when you cannot answer a question about one asset’s history in under a minute.
Take the structure and get your schedule straight. When the retyping starts costing more than the software, get in touch or book a demo and let the hours come off the machines instead.
Free fleet maintenance schedule template
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