I spend a lot of time with construction clients, and if there is one area outside of cash flow where I consistently find hidden problems dragging down profitability, it is equipment and fleet management. It is probably the number one consulting topic I work on, and the reason is simple: when companies are losing money or watching net income shrink, and the job reports look okay, the culprit is often sitting in the yard — underutilized, over-depreciated, or just flat out mismanaged.
I recently presented on this topic at our bi-monthly webinar, and I want to walk through the key ideas here for anyone who could not join us or wants a written reference to come back to.
Equipment typically represents one of the largest capital investments on a contractor’s balance sheet. And that matters for reasons beyond just the asset value. When you sink cash into equipment, that money is no longer in working capital. Bonding companies care deeply about working capital — and equipment does not factor into that calculation. So every dollar you spend buying equipment is a dollar that could limit your bonding capacity and your ability to prequalify for work.
The other thing that surprises people is this: poor fleet management causes margin erosion that does not always show up in your job reports. You can look at your job-level profitability and think you are doing fine, and the entire time there is a whole section of your company — your fleet — that is quietly leaking money and not showing up anywhere obvious. Downtime alone is an enormous hidden cost. It does not usually appear as a line-item expense. It shows up as less revenue, less productivity, and disrupted schedules. And people tend to shrug and call it a cost of doing business. It is not — or at least, it does not have to be.
Even modest improvements in utilization can materially improve overall company profitability. Utilization is the single biggest lever in equipment management, and it is one I will come back to repeatedly.
Before you can manage equipment effectively, you have to decide who is responsible for it. This sounds obvious, but I see the same failure pattern constantly: it is everybody’s job, so it ends up being nobody’s job. That is a problem.
Someone — or a defined group of people — needs to own the decisions around fleet and equipment. They need accountability for how that equipment is performing, and they need the authority to act on what they find. Without clear ownership, costs drift, downtime goes unaddressed, and finger-pointing replaces problem-solving.
I also want to make a point about complexity. I see too many organizations try to build elaborate systems and sophisticated tools before they have the basics in place. Your fleet management people are good at equipment — they understand machines and operations. What they need from the finance side is not a complicated framework dropped on them. They need consistent communication and simple, disciplined processes they can actually execute. Discipline and repeatable processes with simple tools will outperform complexity every single time.
Most people, when they think about the cost of a piece of equipment, think about what they paid for it. That is just the starting point. Total cost of ownership includes every cost incurred over the entire life cycle of an asset, and operating costs frequently exceed acquisition costs over time.
On the ownership side, you have the initial purchase price or lease structure, financing costs and interest expense — and even if you pay cash, there is still an interest cost, because that cash is no longer earning a return somewhere else. You also have depreciation and book value management, insurance, property taxes, and licensing.
On depreciation specifically, I see mistakes all the time. Many companies set their depreciation life based on the tax life of equipment. A bulldozer has a five-year tax life. But a well-maintained bulldozer realistically lasts seven, eight, nine, even ten years. If you depreciate a $200,000 dozer over five years when it should be seven, you are running $20,000 more in depreciation expense per year than you need to. That over-depreciates the asset, bloats your equipment cost pool, and distorts your financial picture.
You can also set residual values in your depreciation software to avoid depreciating assets down to zero when you know they will have real value when you sell them. That is a legitimate strategy, and it keeps your cost pool from being inflated by unrealistic write-downs.
On the operating cost side, you have preventive and scheduled maintenance, unplanned repairs, emergency maintenance labor — which always costs more than shop work and involves downtime — fuel, and downtime costs including labor inefficiency and schedule disruption. Property taxes on equipment are another one people often overlook, especially if they are carrying underutilized or surplus assets.
Here is the fundamental principle: equipment is a real job cost, even when no cash changes hands in that moment. If you are not allocating equipment costs properly to your jobs, you are lying to yourself about job profitability. I say that plainly because it is true.
Under-recovering equipment costs inflates your reported job margins. Your jobs look more profitable than they are, and you have a large unabsorbed cost pool sitting at the bottom of your income statement that you cannot explain or manage. On the flip side, I have also seen over-recovery — burying so many costs into jobs that everyone just manages to the lowest possible margin expectation without ever questioning it.
The goal is accurate allocation so that every job reflects its true cost — including equipment — and your estimating, your WIP, and your financial reporting all tell a consistent, honest story.
The mechanism for doing this is a cost pool. You pull all your equipment costs together — depreciation, financing, insurance, property taxes, maintenance, fuel, shop overhead, transportation, and mechanic labor — into a pool, and then you allocate those costs out to jobs using equipment rates. Shop overhead and mechanic costs, by the way, should absolutely be in this pool. I regularly see them buried in G&A, and that is wrong. Those are equipment costs, and they belong in the equipment cost pool.
One specific item worth calling out: gain or loss on the sale of equipment. There was a FASB update in recent years that requires this to be reported in operating income if it relates to operational assets — not down in other income as many people still have it. For equipment-intensive contractors, I often recommend including the gain or loss in the equipment cost pool and running it through your schedule of indirect costs and allocations.
Equipment rates are the mechanism by which costs flow from your cost pool to your jobs. Getting them right is everything. Here are the mistakes I see most often.
Setting rates based on ideal utilization assumptions. If you assume 1,500 or 2,000 hours per year and you are actually getting 1,000 to 1,200, your rate is too low. The denominator in your rate calculation is wrong, which means you will under-recover every single year. Rates need to be based on normal, realistic expected utilization — not best-case.
Using outdated rates. Equipment costs have increased substantially in recent years. If you are still running rates that were set a few years ago, you may be under-recovering significantly. Fuel alone has had a major impact on cost pools. When I posed an informal poll to the webinar audience asking how many had adjusted their equipment rates due to fuel cost increases, the response was not encouraging. If you have not reviewed your rates in light of higher fuel costs, that is probably burning you right now.
Excluding shop and support costs from the cost pool. As I mentioned, these belong in the pool.
Overriding rates to win bids. I understand the competitive pressure, but you cannot pretend your costs are lower than they are. If you want to take less margin on a job to win it, make that a conscious decision. But do not convince yourself your equipment costs are lower than your own rates tell you they are. That is a form of self-deception that eventually catches up with you.
On the monitoring side: compare equipment costs charged to jobs against actual costs incurred at least monthly, not annually. If you are only putting depreciation into the system at year-end, you cannot properly track over- or under-recovery during the year. A practical tip: call your equipment dealer and ask what they charge per hour for that type of equipment on a rental basis. If there is a large gap between your internal rate and the open market rental rate, your rate is probably too low.
Charge idle rate time to jobs. If a superintendent or foreman has a piece of equipment sitting on a job site and it is not running, they should still be charged a rate for it. I promise you this: the moment you start charging for idle equipment, those same superintendents will start calling to send equipment back to the yard. It is the most effective way to reduce equipment hoarding on job sites. Will it make people unhappy? Yes. Is it fair and right? Absolutely.
Do not ignore pickup trucks and fleet vehicles. If you are a trade contractor who does not run heavy iron but has a fleet of white pickup trucks and vans, those costs still need to get to the jobs. The simplest approach is to include those vehicles in your labor pool and charge them out through labor rates. Carry a higher labor rate that accounts for the cost of those vehicles so that when labor hours are charged to jobs, the truck cost moves with them.
The question is never just “can we afford to buy this piece of equipment?” The right question is: what is the most economical way to access this equipment given our utilization expectations, risk tolerance, and balance sheet strategy?
Ownership generally makes sense for high-utilization, core equipment that is used consistently across multiple jobs. If you are running a bulldozer every day on every project, you probably need to own at least some of them. Leasing generally makes more sense for specialty or low-utilization equipment — things you do not use often, or equipment with high obsolescence risk where technology is evolving quickly.
Fleet vehicles — the pickup trucks, vans, and work vehicles — are a case where I often come down in favor of leasing programs even though I will not tell you it is cheaper. Leasing simplifies procurement, standardizes replacement cycles, and shifts the burden of maintenance coordination, resale, and disposal to the lessor. The predictable monthly cost also improves budgeting and reduces volatility, which matters a lot in a business where cash flow is already complex.
The leasing standard update under GAAP now requires these leases to appear on the balance sheet. I got a question about whether that is changing contractor behavior. Honestly, I have not seen it significantly drive decisions one way or the other. The economics of the decision are still the economics.
I want to close with the operational metrics that actually drive results. These are the lead indicators — the things that tell you where you are headed before the damage is already done.
Utilization is the biggest one. It measures how effectively your equipment investment is generating value. Idle equipment keeps incurring ownership cost even when it is not working. Strong companies actively manage utilization — they know what they targeted when they set their rates, and they track what they are actually achieving. If there is a gap, they investigate.
Cost recovery. Compare what you are charging to jobs against what is actually in your cost pool. If you are consistently under-recovering, your rates are too low, your utilization is below assumption, or something else is wrong. Track this monthly.
Reliability and downtime. Every breakdown has direct costs — repairs, emergency labor — and indirect costs — lost productivity, schedule disruption, strained customer relationships. Tracking downtime as a KPI tells you whether your maintenance discipline is working.
Preventive vs. reactive maintenance ratio. Planned maintenance reduces unplanned failures. Reactive maintenance increases cost volatility. A higher ratio of planned maintenance improves uptime and supports predictable budgeting.
Fleet age. Average fleet age gives you insight into your capital strategy. Very young fleets may be under-recovering ownership cost. Very old fleets often hide repair and downtime risk. The goal is a balance that keeps total cost minimized — the point where acquisition cost and operating cost together are at their lowest.
Standardization. Fewer makes and models simplify training, reduce parts inventory, and lower life cycle costs. Pick one brand of pickup truck and stick with it. The same logic applies to heavy equipment. Consistency improves vendor relationships and reduces complexity.
Telematics. Modern equipment gives you utilization data, idle time, fault codes, and operating hours. Use it. Data is only useful if someone has clear accountability for acting on it.
If you are coming out of this thinking about where to start, here is what I suggested to our webinar attendees. Validate your equipment cost definitions and confirm that your cost pool is capturing everything it should. Select three lead indicators — utilization, rate cost recovery, and downtime are good starting points — and commit to monitoring them every month. Implement one clear policy and one simple dashboard for equipment decisions. And focus on consistent execution, not perfection.
Simplicity beats sophistication here. Doing nothing, though, leads to real problems. You cannot manage what you do not measure. Fleet efficiency is a controllable business lever, and if you commit to managing it, there is money to be added to the bottom line.
Billy Robinson is the Construction Practice Leader and firm coordinator of construction, evaluation, forensics, and litigation services at Brown, Edwards & Company. He works extensively with construction contractors on consulting, assurance, tax planning, and operational advisory services.