What equipment cost tracking software actually is
Search for "equipment tracking" and most of what comes back is GPS hardware — trackers, geofences, dots on a map. Useful, but it answers a different question. Asset tracking tells you where a machine is. Equipment cost tracking software answers the question that actually decides bids, charge rates, and replacement timing: what does this machine cost for every hour it runs — and which way is that number heading?
In practice, that means a system that captures every dollar a machine consumes — shop labor, parts, purchase orders, outside repair invoices, ownership costs — on the asset record that caused them, and divides the total by real hour-meter readings. The output is a live cost per hour for every unit in the fleet, not a once-a-year estimate.
The distinction matters most in the industries Tenmil serves — construction, mining, earthworks, forestry, equipment rental, and municipal fleets — because heavy equipment economics run on hours, not kilometres. A highway tractor's costs get measured against the odometer; an excavator's get measured against the hour meter. A machine that idles half its life on a remote site can look cheap in the ledger while quietly being the most expensive unit per working hour in the fleet — and only hour-based cost tracking will show it.
The two categories aren't rivals — Tenmil's Advanced plan includes a live GPS fleet map and telematics sync alongside the cost side. But a dot on a map has never told anyone whether a machine is making or losing money. When you're evaluating cost tracking software for a construction fleet, the test is simple: can it tell you unit 314's maintenance cost per hour for last month, without anyone opening a spreadsheet?
The spreadsheet problem: costs scattered everywhere
Every fleet already has its equipment costs — just not in one place. Parts go out of a general inventory account with no asset attached. Shop labor sits in payroll or gets smeared across overhead. Outside repair invoices land in accounts payable coded to the vendor, not the machine that broke. Fuel lives on a card statement. By the time bid season arrives, someone — usually the maintenance manager — exports the general ledger, prints the parts-room history, and starts re-allocating line by line.
That spreadsheet fails in three predictable ways:
- Allocation runs on memory. Was that $8,400 hydraulic pump for the 450 or the 470? Six months later, nobody is sure — so the cost lands on whichever machine somebody guesses, and every downstream number inherits the guess.
- It's stale the day it's finished. A reconstruction covering last year tells you nothing about the machine that started eating injectors in March. Decisions get made on numbers that were already history when the file was saved.
- It depends on one person. The formulas, the allocation logic, the tab nobody else understands — when that person is on vacation or gone, the fleet's cost picture goes with them.
- Warranty dollars leak silently. A spreadsheet can't tell a technician that the part he's about to replace is still under supplier warranty. Fleets end up paying for parts their supplier owed them — and the cost record overstates what the machine should have cost.
None of this is a math problem. It's a capture problem: the costs were never attached to the asset at the moment they happened.
How cost tracking should work
The fix is to make cost capture a by-product of work your team already does — not a second job someone performs after the fact. "Posting to the asset" means every dollar arrives carrying its full context: which machine, which work order, what date, and at what meter reading. That grain is what makes the numbers defensible later — when a controller or an estimator asks where a cost came from, the answer is a work order you can open, not a cell you have to explain. In Tenmil, every cost path ends at the asset:
- Work order labor posts on close. Technician hours are tracked directly against work orders and assets, with labor costs calculated automatically at regular and overtime rates. When the job closes, the labor is already on the machine.
- Parts follow the work order. Parts issued to a work order carry their cost to the asset that consumed them — not to a general inventory bucket.
- Purchase orders land on the machine. Procurement runs through approval workflows, and the spend arrives on the asset record instead of disappearing into a GL account.
- Invoices without a PO still get captured. Emergency repairs, on-site service calls, and third-party invoices are allocated directly to assets — split across multiple machines by percentage or fixed amount when one invoice covers several — and every direct invoice automatically updates the asset's cost-per-hour metrics.
- Warranty coverage rides along. Parts carry hours-based or date-based warranty details from the day they're installed, and the system warns a technician who is about to replace a part that's still covered. Recovered warranty dollars are cost you never have to book.
- Hour meters keep the denominator honest. Meter readings from digital pre-trip inspections update asset hours in real time, or sync from your telematics feed. Cost per hour is only as good as the hours under it.
Tracking can also go below the machine level. Major components — engines, pumps, final drives — carry their own hour counts and a full replacement and rebuild history, separate from the asset they sit in. That's the difference between knowing a machine got expensive and knowing its second engine is burning money faster than the first one did.
Because Tenmil is heavy equipment maintenance software first, nobody on your team "does cost tracking." Technicians close work orders, the parts room issues parts, purchasing cuts POs — and the cost picture assembles itself.
Cost per hour, on every asset record
Once the capture paths are wired, the asset record becomes the place where the money questions get answered. Tenmil tracks ownership, maintenance, and operational costs separately for every asset in the fleet, and shows true cost per hour broken down into capital, repair, and operating expenses — so you can see not just what a machine costs, but why. When a dozer's rate jumps, you can tell in one glance whether it's a repair spike, a utilization dip, or the slow climb of an aging machine.
The trend matters as much as the number. Hourly-rate trending shows how costs change across the machine's lifetime: the flat early years, the climb as major components age, the point where a rebuild or a sale beats another season of repairs. Those rebuild and sell points come from real financial data on your own iron, not from a rule of thumb.
If you want the math behind these numbers — the ownership-plus-operating formula, a worked excavator example, and a free calculator — our equipment cost per hour guide covers it end to end. The calculator estimates the number from your assumptions; the software on this page keeps the real number current from your data. Most fleets need both: the estimate to sanity-check, the tracked number to run the business.
The numbers are only as trustworthy as the capture point, which is why the mobile app is included in every plan and works fully offline. Technicians complete work orders, run inspections, and look up parts on remote sites with no connectivity, and everything syncs automatically when they're back in range. Costs and meter readings get recorded where the work happens — not transcribed from paper on Friday afternoon.
What tracked costs unlock
Fleets don't track costs for the accounting exercise. They track them because four expensive decisions depend on the number:
- Bids. Cost per hour is the price floor under every hourly rate you quote. Bid from a guessed number and every machine hour on the job either leaves margin on the table or quietly loses money — multiplied by thousands of hours per contract. The free cost per hour calculator shows exactly how a few dollars of error compounds.
- Internal charge rates. When maintenance charges jobs and departments a defensible rate built from real labor, parts, and overhead data, the shop stops being a black-hole cost center. We wrote about that shift in shop rate: the number that decides whether your maintenance department is a cost center or a business.
- Repair-or-replace timing. The cost-per-hour trend line answers the question every fleet argues about: keep fixing it, rebuild it, or sell it. With the trend on the asset record, the argument ends with a chart instead of a hunch.
- Fleet benchmarking. With a live rate on every asset record, you can put machines of the same class side by side — so the excavator running far above its peers stands out before it becomes the reason a job went over.
None of these are one-time decisions. Rates get re-quoted every bid, charge-out rates get challenged every budget cycle, and every aging machine eventually asks the repair-or-replace question. A fleet that answers them from live data compounds a small edge on every decision; a fleet that answers from last year's spreadsheet compounds the opposite.
For the full argument on why this one metric carries so much weight, read why equipment cost per hour is the most important number in your fleet.
Reporting built for fleet decisions
Captured costs are only useful if they come back out in the shape the decision needs. Tenmil's reporting covers the standard set a heavy equipment operation runs on: Up/Down reports showing fleet availability and downtime by asset, PM compliance reports that flag overdue and upcoming services, and utilization reports that expose underused machines and redeployment opportunities.
Availability and cost belong in the same system for a reason: downtime hits both sides of the division at once. A machine that sits in the shop racks up repair cost while its working hours — the denominator — stall. Fleets that track the two separately routinely underestimate how expensive their least reliable machines really are per hour.
On the money side, accounting-ready cost reports break spend down by asset, location, or time period — the cut your controller asks for at month-end and the cut your estimator asks for at bid time, from the same underlying data. Any report exports as PDF, Excel, or CSV, or gets scheduled for automatic delivery to the people who need it, so the Monday cost review runs itself.
Between reports, dashboards keep the day-to-day view live, and the Advanced plan adds an analytics layer for teams that want to cut the data deeper than the standard templates.
Built to work with your accounting stack
Cost tracking software doesn't replace your accounting system — it feeds it the detail it was never built to hold. The general ledger is the financial truth: totals by account, by period, by entity. What it can't tell you is which machine, which work order, and at what meter reading. Tenmil holds that operational grain and connects to the ledger, so each system does the job it is actually good at.
Tenmil integrates with the accounting and ERP platforms heavy equipment operations already run — QuickBooks, Sage, Acumatica, Oracle NetSuite, and Oracle JD Edwards on the accounting side, plus construction and enterprise systems like Procore, Explorer, and IBM Maximo. Invoices and cost data flow between the systems instead of being keyed twice, which is where most manual cost tracking quietly falls apart.
Getting started doesn't mean starting from zero, either. Data migration help is part of onboarding: your existing asset, parts, and maintenance data comes into Tenmil with you, so cost-per-hour trends have history behind them from day one instead of starting a blank clock.
Spreadsheets vs accounting software vs Tenmil
Most fleets shopping for heavy equipment cost tracking software are graduating from one of two tools: the spreadsheet someone built years ago, or the accounting system finance already owns. Here's where each one runs out of road:
| Capability | Spreadsheets | Accounting software | Tenmil |
|---|---|---|---|
| Where costs land | A cell someone typed | Vendor and GL account | The asset that caused them |
| Hour-meter denominator | Collected by hand, often guessed | Not tracked | Read from inspections or your telematics feed |
| Cost per hour | Rebuilt once or twice a year | Not available per machine | Live on every asset record |
| Shop labor | Buried in overhead | Payroll totals, not per machine | Posted per work order at real rates |
| Non-PO invoices | Re-keyed by hand, if remembered | Coded to the vendor | Allocated to assets, split by % or amount |
| Drill-down | To a cell | To a journal entry | To the work order, part, and invoice |
| Effort to maintain | Weekends at bid season | Month-end close | By-product of daily work |
One more mismatch worth naming: truck-first fleet software. Platforms built for on-road fleets revolve around kilometres, road-compliance workflows, and vehicles that mostly share a spec. Yellow iron runs on hour meters, major components, and shop work orders — which is why truck-first tools tend to bolt equipment cost tracking on as an afterthought, while a purpose-built system starts there.
A spreadsheet is fine at five machines. Accounting software answers "what did we spend?" — a legitimate question, but not the one that wins bids. Cost tracking software answers "what does this machine cost per hour, and which way is it trending?" — and it answers continuously, from data your team generates by doing their jobs.
Pricing you don't have to ask for
Most vendors hide their pricing behind a quote form. Tenmil's is public: per-user plans, free trial, no credit card required.
- Free trial on every plan
- Mobile app included
- Data migration help at onboarding
Frequently Asked Questions
Common questions about tracking heavy equipment costs with software.
Equipment cost tracking software captures every cost a machine generates — shop labor, parts, purchase orders, and outside repair invoices — on the asset record that caused it, then divides by hour-meter readings to produce cost per hour. Instead of reconstructing a machine’s costs from general ledger exports at bid season, you read maintenance cost per hour and ownership cost per hour straight off the asset record, current as of the last closed work order.
No. "Equipment tracking software" usually means GPS asset tracking — a dot on a map showing where each machine is. Equipment cost tracking software tracks what machines cost: labor, parts, and invoices posted per asset against meter hours. Tenmil includes both — a live GPS fleet map on the Advanced plan, and full per-asset cost tracking — but it is the cost side that tells you whether a machine is earning its keep.
It automates both sides of the division: costs post to each asset from work orders, purchase orders, and invoices, and hours come from meter readings — so the number stays current instead of being re-estimated once a year. The underlying formula is ownership costs plus operating costs over a period, divided by the hours the machine actually worked; our equipment cost per hour guide walks the formula step by step with a free calculator.
Because the inputs live in systems that don’t talk to each other: parts issued from a general inventory account, shop labor sitting in payroll or overhead, outside invoices coded to vendors in accounts payable, and hour readings on paper. Someone has to re-allocate all of it by hand, so the spreadsheet is stale the day it’s finished, allocations rely on memory, and the whole file usually depends on one person.
Tenmil’s pricing is public: Professional at $75 per user per month and Advanced at $99 per user per month (USD), with custom Enterprise pricing for larger operations. Every plan includes the mobile app, and both Professional and Advanced come with a free trial — no credit card required. Data migration help is included at onboarding, so your existing asset, parts, and maintenance data comes into Tenmil with you.
Yes. Tenmil connects with the accounting and ERP systems heavy equipment operations already run — QuickBooks, Sage, Acumatica, Oracle NetSuite, Oracle JD Edwards, Procore, Explorer, and IBM Maximo. Your ledger stays the financial system of record while Tenmil holds the operational grain: which asset, which work order, which meter reading. Costs flow between the two instead of being keyed twice.
See your fleet's real numbers
A live, one-hour walkthrough of asset cost-per-hour tracking, work orders, parts, and reporting — built around your own fleet scenario.