An excavator is hard to steal off a driveway and surprisingly easy to misplace. The machine is usually fine - it is parked exactly where the last job left it. The problem is that the office believes it is somewhere else, the hour meter has quietly run past a service interval, and a hired machine everyone thought was off-hired is still being invoiced. This guide covers a register that follows machines across sites: what to record, how to label plant that gets pressure-washed, and how site check-outs and hour readings keep the paperwork matching the yard.
What you will learn
- Why excavators drift off the books
- What to record for each machine
- Labelling plant that gets pressure-washed
- Site assignments and check-outs
- Hours, greasing and service intervals
- Tools that make this easier
- FAQ
Why excavators drift off the books
Excavators do not get lost the way hand tools do - they get stranded, double-booked and forgotten in plain sight:
- Machines follow the work, not the paperwork. A low-loader moves the 8-tonne to the next job on a Friday afternoon; the register hears about it in a fortnight, if at all.
- Owned and hired machines blur together. Mixed fleets are normal, and a missed off-hire date costs real money for a machine nobody is even using.
- Mini excavators behave like tools. A 1.5-tonne machine fits on a plant trailer and can visit three jobs in a week, which is exactly the movement pattern that breaks a monthly spreadsheet update.
- Attachments wander. Buckets, breakers and quick hitches swap between machines until nobody can say which site last had the grading bucket.
- The hour meter is an odometer nobody reads. Services are due on hours, but readings only exist if someone records them.
None of this needs live tracking hardware to fix. It needs every movement to leave a record.
What to record for each machine
A useful excavator record answers: which machine is this, where is it, whose problem is it, and how hard has it worked. In practice:
| Field | Why it matters |
|---|---|
| Asset ID | The number on the label and in the radio call - “EX-07”, not “the yellow one” |
| Make, model, size class | Allocating the right machine to the job means knowing the 1.8-tonne from the 8-tonne at a glance |
| Serial number / PIN | What insurers and police ask for after a site theft; the frame plate is unreadable once muddy |
| Hour readings with dates | Service intervals, utilisation, and resale evidence all run on hours |
| Purchase or hire details | Owned versus hired, plus the off-hire date that stops the invoices |
| Current site + responsible person | The single most-asked question about any machine |
| Status | On site, in the yard, in the workshop, off-hired or retired |
| Attachments fitted | Which buckets and breaker travelled with it |
| Documents | Inspection certificates, manuals and service invoices, attached to the machine they belong to |
Hours, fuel, transport and repairs are also the raw material for working out what a machine actually costs to keep - useful context when you compare owning against hiring (see total cost of ownership).
Labelling plant that gets pressure-washed
Plant lives outdoors, gets greased weekly and pressure-washed regularly, so paper labels are pointless. What works:
- Put the main QR label inside the cab - on the door frame or beside the seat, where weather and the washer cannot reach it and the operator sees it every shift.
- Add a second, larger ID on the boom or counterweight. Painted or heavy-duty vinyl numbers let anyone identify the machine from across a site without climbing up.
- Use laminated or polyester label stock for anything mounted outside the cab, and expect to regenerate the odd label anyway.
- Label attachments too. A stamped or labelled ID on each bucket and breaker turns “a 600 mm bucket” into a specific, findable asset.
Tip: photograph the hour meter every time a machine is transferred or returned, and attach the photo to the record. It dates the reading, settles disputes, and takes five seconds in the cab.
Site assignments and check-outs
The discipline that keeps an excavator register true is the same one that works for skid steers and tractors: a machine is either in the yard or checked out to exactly one site or supervisor.
- Out: when the machine ships, record the site, the person responsible, and the hour reading. For hired machines, record the on-hire date the same way.
- Between sites: a low-loader move is a transfer, recorded as one, not a quiet edit to a location column.
- Back: check the machine in with its condition and hours. Damage noted at check-in is a repair ticket; damage discovered three jobs later is a mystery.
- Review: scan the out-list weekly. A machine sitting on a finished site is either earning nothing or costing hire fees.
Hours, greasing and service intervals
Excavator maintenance runs on hours, so the hour log is the maintenance plan. Record a reading at every transfer and service, then work to the intervals in the operator’s manual - engine oil and filters at the stated hours, daily greasing by the operator, and regular checks on tracks, pins and bushes, where wear gets expensive quietly. Log every defect against the machine the day it appears, even if the fix waits: a slow slew or a weeping ram documented at check-in is a scheduled repair rather than a Monday-morning breakdown on a live job.
Tools that make this easier
A spreadsheet can hold all of the fields above, and plenty of fleets start there. The failure mode is geography: the sheet lives in the office and the machines live on sites, so updates depend on someone remembering Friday’s moves on Monday. The same gap eats tool tracking, just with smaller numbers.
AMPthilly closes that gap by putting the record where the machine is. Each excavator gets a profile with serial, documents, status and custom fields for hour readings; check-outs assign it to a site or person and build a movement history; and a printable QR label in the cab opens the machine’s record in any phone browser - no app install - so the operator can check it in, transfer it or report a defect from the seat. The free plan covers 3 users and 25 assets with no card required, which fits most small fleets with room to spare; see pricing for the larger tiers.
FAQ
How do you keep track of excavators across multiple job sites? Record every move as a check-out, transfer or check-in. The register then always shows each machine’s current site and the person responsible, with the history behind it.
Do I need GPS or telematics to track excavators? Not for most fleets. Telematics suits very large operations needing live location; a register with QR labels and disciplined check-outs answers “which site, whose machine, how many hours” for far less.
How should excavator hours be logged? Record the meter at every transfer, return and service, with a photo of the dial. Dated readings drive the service schedule and document utilisation.
What should an excavator register include? Asset ID, make/model and size class, serial or PIN, hour readings, purchase or hire details, current site and responsible person, status, fitted attachments, and documents.
Should buckets and attachments be tracked separately from the machine? Yes. They swap between machines constantly, so each needs its own ID and record, paired to a machine at check-out.
The takeaway
Excavators go missing on paper long before they go missing in person. Give every machine an ID and an in-cab QR label, record serials and hire terms up front, treat each low-loader move as a transfer, and log hours at every handover. Do that, and the register matches the yard, services land on time, and off-hire dates stop costing money.