Equipment Management Software for Enterprise Fleets
You sign the certification. Someone else created the record.
Equipment records get built for whoever needed them first, and every other function borrows. Environmental borrows for permits and emissions. Finance borrows for job cost. Operations borrows to find out what is available. Each one gets a partial answer from a record that was never designed with them in mind.
in the fleet
meeting or exceeding Tier 4
standard of proof is higher
A fleet that size is a business in its own right.
10 questions. No cost, no demo, no follow-up sequence.
Already running on RentalResult
Black & Veatch · Mortenson · Swinerton · Balfour Beatty · Turner · Messer
Michels publishes two numbers that matter here. A fleet of 18,000 pieces of heavy equipment, and a commitment to replace, on average, five percent of its construction vehicles and equipment each year with engines meeting or exceeding Tier 4. Both are equipment records before they are environmental ones.
The same record that proves a Tier 4 commitment is the one that shows what those 18,000 units earned, cost, and returned.
Five things one equipment record
should be able to answer.
Different people need different answers from the same fleet. These are the five that most often require somebody to go and assemble them.
What do we actually own, and where is it working? Across 50 offices and several countries, the answer usually comes from a count, a call, or a spreadsheet that was accurate last week. Every other question on this list depends on this one being right.
Where has this machine been, and when? Site presence by date drives decontamination records, permit conditions, and emissions reporting. It also tells you which spread has been sitting on a unit another crew needs. One movement history, two entirely different uses.
What is this unit, and what is it certified for? Engine tier, in-service date, certifications, and operator qualifications tend to arrive with the purchase order and stay there. The machine in the field carries an asset number and little else.
Is it earning, or is it sitting? Run hours and idle hours drive fuel reporting and carbon submissions. They also drive utilization, redeployment, and whether a crew rents externally while an identical unit sits idle elsewhere. Same data, four uses, usually one late report.
What has been done to it, and what did it cost? Service history, inspections, downtime, and total cost of ownership sit in different places. Joined up they tell you whether to keep a machine. Apart, they tell you very little in time to act on it.
Four questions, four people who need them answered.
Environmental, operations, maintenance, and finance are asking about the same machines from four directions. What changes is whether all four are reading one record, or four partial ones.
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VisibilityWhat do we own and where is it?
A register that was accurate at the last count, reconciled against calls and transfer paperwork.
One register across every yard, region, and country, with a dated movement history per unit.
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UtilizationIs it earning or sitting?
A monthly report, by which point the window to redeploy or off-hire has closed.
Idle time by class, branch, and job, with internal supply surfaced before anyone rents externally.
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MaintenanceIs it ready, and can we show it was?
Service in one log, certifications in another, meter reads wherever they were last written down.
Service driven by runtime, with inspections, certifications, and photos held on the asset.
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CostWhat is it costing and returning?
Assembled at close from acquisition, service, fuel, and whatever downtime got captured.
Total cost of ownership per asset, alongside what it earned on the jobs it worked.
Four questions, one fleet. The work is not answering them. It is answering them from four different places.
An inspector, a project manager, and a controller should not each need a different version of the truth.
A fleet of 18,000 machines is not an expense line. It is a business, and it should have the reporting of one.
When one system carries the asset, its specification, where it has worked, what has been done to it, and what it earned, every function stops rebuilding its own version. Compliance evidence exists because the work was recorded. So does utilization, so does job cost, and so does the case for keeping or retiring the machine.
The scorecard
The four areas the scorecard measures.
The scorecard returns a separate result for each of the four areas. That is where the output gets useful. Strong on visibility and thin on maintenance records is a common combination, and it points to a very different priority than one overall number would.
Fleet Visibility Across Jobs
Can every job, yard, and branch work from the same current picture of the fleet?
Visibility is the foundation the other three areas sit on. When the asset register and the ground disagree, every decision downstream inherits the error. Real-time visibility across the entire fleet lets equipment managers, warehouse staff, and field crews focus on high-impact work instead of chasing status.
Common signs of strain:
- Teams call or message the yard to find out what is available.
- The same asset exists in two systems with two different statuses.
- Buy, transfer, or rent gets decided one order at a time, by judgment.
- Asset numbers are keyed in by hand rather than scanned.
Utilization You Can Act On
Do you learn about idle equipment while you can still act on it?
Utilization creates value only when it arrives in time to change a decision. Exposing idle time by class, branch, and job lets teams transfer assets, avoid third-party rental spend, and turn downtime into dollars before the period closes.
Common signs of strain:
- Utilization arrives in a monthly report, after the window to transfer has passed.
- Equipment stays on charge because releasing it requires a phone call.
- Crews rent externally while the same class of machine sits idle on another job.
- Nobody can say what the fleet is earning this week without building a report.
Service and Equipment Readiness
Does maintenance run to a plan, or to a breakdown?
Downed equipment does not generate revenue. Unplanned failure costs more than the repair, because it also costs the crew standing beside the machine and the schedule that assumed the machine would run. Scheduling against runtime extends asset lifespan and avoids costly emergencies.
Common signs of strain:
- Service intervals follow calendar dates rather than runtime hours.
- Maintenance history lives apart from the record that tracks where the asset is working.
- A machine is unavailable because its service status is unclear.
- Downtime cost never reaches the job that lost the time.
Job-Level Cost and Profitability
Does equipment cost reach the right job, at the right time, at the right number?
Equipment runs as a business inside the business. It performs like one when precise job costing puts the cost of an asset in front of the project while the project can still respond, and when finance can separate owned cost from third-party rental spend.
Common signs of strain:
- Cost codes get reconstructed after the fact instead of captured at the request.
- Rates sit at a single flat structure because the system cannot handle more.
- Project-negotiated rates and cap agreements live outside the system that bills them.
- Finance and the project teams meet the numbers for the first time at month-end close.
Score the Michels fleet across all four
10 questions. 5 minutes. Results on screen.
Everybody borrows from the same record.
Equipment systems get designed around whichever function had the most urgent problem at the time. Usually that is operations, sometimes finance. Everybody else adapts.
It holds while the questions stay general. It stops holding when they get specific, and they always get specific. Which tier was running on a federally funded site last quarter. Which units have been idle more than thirty days. What a machine has cost across its life against what it has earned. All answerable, and all answerable slowly, by hand, by whoever happens to know where the pieces are.
The scorecard measures how much of that the equipment record already holds on its own, and how much of it depends on somebody assembling it.
How would the Michels fleet score today?
Ten questions, five minutes, and a benchmarked result across visibility, utilization, maintenance, and cost control. Worth running with a colleague from operations or finance and comparing answers. No cost and no demo attached.
Start the 5-minute assessmentWhat you get
What the Scorecard Covers
Ten practical questions about how the equipment operation runs today. In five minutes it shows which of the four areas deserves attention first, and how that compares with contractors at similar scale.
The vendor, stated plainly
Why RentalResult is relevant to this conversation.
The scorecard is vendor neutral and costs nothing. RentalResult is what we build. It plans, tracks, bills, and optimises owned and rented equipment across projects, branches, and yards, tying operations, finance, logistics, and maintenance to one record. Contractors on the platform eliminate up to 75% of manual equipment tasks, and clients have increased equipment revenue by 20% using the external rental feature.
What one equipment record makes possible:
- Higher utilization and fewer idle days, with internal supply surfaced before third-party rental gets ordered
- Accurate job chargebacks and a cleaner month-end close, with cost attached to the job as the work happens
- Maintenance scheduled against runtime, with certifications, inspections, photos, and service history held on the asset
- Total cost of ownership per asset and a dated movement history per unit, to inform what to buy, move, or retire
- Idle equipment rented externally to third parties, turning downtime on a large fleet into revenue
- Mobile capture for yard, drivers, and field crews, so the record gets built where the work happens rather than rekeyed later
- Integrated with SAP, CMiC, Oracle, and Vista Viewpoint, so project and cost data flows in rather than getting rekeyed
See where the Michels fleet stands across all four areas.
Ten questions, five minutes, and a benchmarked view of a fleet of 18,000 machines across visibility, utilization, maintenance, and cost. No cost and no obligation attached.
Start the 5-minute scorecardNo demo required. The results are built to be shared internally, and they are a useful starting point for a conversation across environmental, operations, and finance.