Track Equipment Hours Across a Mining Fleet

track-equipment-hours-mining-fleet

A haul truck running three shifts a day burns through a 250-hour service interval in under ten days. A similar truck running one shift might take three weeks to hit the same threshold. If your maintenance schedule is built on the calendar instead of the hour meter, one of those trucks is getting serviced too early and the other is running well past when it should have been in the shop. Tracking equipment hours across a mining fleet is what closes that gap.

Quick Answer

Tracking equipment hours means pulling real engine hours from telematics or hour meters on every haul truck, excavator, loader, and dozer, then triggering preventive maintenance from actual usage instead of a fixed calendar date. Mines using automated hour-based scheduling see haul truck availability improve by roughly 35 percent within the first quarter, and fleets can reduce unexpected breakdowns by up to 42 percent by servicing equipment based on how it's actually being worked.

Why the Calendar Gets Mining Equipment Maintenance Wrong

Two identical excavators on the same site can log completely different hours depending on shift assignment, production targets, and how often they're pulled for emergency digging work. A calendar reminder every 90 days treats both machines the same, which means one gets serviced with plenty of life left in its fluids while the other has already blown past its real service threshold weeks earlier.

The Real Cost of Guessing at Usage

Mining equipment runs 5,000 to 7,000 hours a year, roughly two to three times what a construction machine sees, so the gap between calendar time and actual wear compresses fast. Servicing off a guess instead of a meter reading either wastes maintenance budget on healthy components or leaves worn ones running until they fail mid-shift.

What Automated Hour Tracking Actually Unlocks

Once every asset reports real engine hours automatically, four numbers become visible that most fleets never had reliable access to before.

Utilization
Live
See exactly how many hours each machine ran this shift, this week, and this month, no radio check-ins required
Idle Time
Flagged
Spot equipment sitting engine-on with no activity, so underused assets get reassigned instead of burning fuel for nothing
Cost Per Hour
Automatic
Fuel, maintenance, and depreciation combine into a true cost-per-hour figure for every asset type on your site
MTBF
Trending
Track mean time between failures per machine, revealing which units are heading toward a breakdown before it happens
Stop Guessing At Usage
See Every Machine's Hours In One Dashboard

FleetRabbit pulls engine hours directly from your telematics and turns them into automated maintenance triggers, utilization reports, and cost-per-hour tracking. Sign up free and connect your first assets today.

35%
Availability Gain, First Quarter
Up to 42%
Fewer Unexpected Breakdowns

How Hour Tracking Gets Set Up on a Real Fleet

Fleet managers often assume automated hour tracking means months of configuration and a dedicated data team. In practice, most operations get a full dashboard running within a single business day.

1
List Your Assets
Add every haul truck, loader, and excavator with current engine hours, imported from a CSV or connected telematics hardware
›
2
Connect Telematics
Sync with OEM systems like Cat MineStar, Komatsu KOMTRAX, or Volvo CareTrack so hours update automatically
›
3
Set Thresholds
Define how long a machine can sit engine-on without activity before it triggers an alert to dispatch
›
4
Watch It Populate
Utilization, idle time, and cost-per-hour begin showing up on the dashboard as equipment reports activity through the shift

For Equipment Without Factory Telematics

Not every machine on a mine site ships with built-in hour tracking. Aftermarket hour meter integrations and manual entry workflows let older equipment join the same dashboard as newer, telematics-equipped units, so the whole fleet gets tracked consistently instead of leaving gaps for the equipment that's hardest to monitor.

Why MTBF Is the Number to Watch

Mean time between failures tells you how many operating hours a machine averages before something breaks. The industry average for excavators and loaders sits between 400 and 600 hours, while world-class operations exceed 800 hours through consistent, hour-based preventive maintenance.

Metric Industry Average World-Class Fleets
MTBF, Excavators and Loaders 400 to 600 hours 800-plus hours
MTTR, Repair Turnaround 12 to 18 hours Under 6 hours
Haul Truck Availability Reactive baseline 92 to 94 percent
Annual Savings Per 10 Machines Baseline breakdown costs 45,000 to 75,000 dollars recovered
Turn Engine Hours Into A Maintenance Trigger
Live In A Single Business Day

FleetRabbit connects your telematics, sets maintenance thresholds by asset, and starts populating your dashboard the same day you sign up. Book a demo and we'll walk through your equipment list together.

1 Day
To Get Fully Live
$45K-75K
Savings Per 10 Machines

Every machine on your site is already telling you how hard it's working, the question is whether your maintenance schedule is listening. If you're ready to replace guesswork with real engine-hour data, you can start a free trial today, or book a short demo to see it running against your current fleet list.

Track Equipment Hours Engine Hour Tracking Mining Fleet Management Fleet Utilization Maintenance Automation Hour Meter Management

Frequently Asked Questions

QWhy is engine hour tracking better than calendar based maintenance
Two machines on the same calendar schedule can accumulate very different engine hours depending on shift assignment and workload, so calendar dates alone either service equipment too early or let it run past its real wear threshold.
QWhat telematics systems does FleetRabbit integrate with
FleetRabbit syncs engine hours from major OEM telematics platforms including Cat MineStar, Komatsu KOMTRAX, and Volvo CareTrack, and also supports aftermarket hour meter integrations and manual entry for equipment without factory telematics.
QHow long does it take to set up hour tracking across a fleet
Most operations get a full dashboard running within a single business day by importing an asset list with current engine hours and connecting existing telematics hardware.
QWhat is MTBF and why does it matter
Mean time between failures measures how many operating hours a machine averages before a breakdown. The industry average for excavators and loaders is 400 to 600 hours, while world-class operations exceed 800 hours through hour-based preventive maintenance.
QCan hour tracking reduce idle time and fuel waste
Yes. Automated tracking flags equipment sitting engine-on with no activity, allowing dispatch to reassign underused machines and reduce unnecessary fuel consumption across the fleet.
QHow much can automated hour based scheduling reduce breakdowns
Fleets using automated hour-based maintenance scheduling have reduced unexpected breakdowns by up to 42 percent compared to calendar-based or reactive approaches.
Let Real Engine Hours Run Your Maintenance Schedule

Every haul truck, loader, and excavator on your site is already reporting the data you need, FleetRabbit just puts it to work. Automated hour tracking, maintenance triggers, and utilization reporting in one dashboard. Start free with no credit card required.

Engine Hour Tracking Fleet Utilization Preventive Maintenance MTBF Improvement Maintenance Automation

July 9, 2026 By John
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