That’s where TCO—total cost of ownership—becomes critical. Understanding TCO gives construction fleets the clarity they need to make informed decisions about budgeting, replacement planning, maintenance strategy and job costing. Without it, fleets rely on assumptions and, in construction, assumptions are expensive.

What Total Cost of Ownership Really Means

TCO represents the full lifecycle cost of an asset from acquisition through disposal. While purchase price or lease cost is often the most visible expense, it is only one part of the equation. Financing, depreciation, preventive maintenance, unexpected repairs, parts and labor, fuel consumption, insurance, compliance requirements, downtime and eventual resale value all contribute to the true financial impact of assets.

In many cases, the majority of an asset’s cost accumulates after it enters service. An excavator that appears affordable upfront can quickly become one of the most expensive assets in the fleet if repair frequency rises or fuel efficiency declines. Without a comprehensive view of these costs over time, fleet leaders cannot accurately measure performance or profitability. Understanding TCO shifts the conversation from upfront pricing to long-term value.

Why TCO Is Essential for Construction Fleet Strategy

Construction fleets operate on tight margins and strict timelines, with equipment reliability and cost control directly influencing whether a project meets profitability targets. When fleet costs aren’t fully understood, even small inefficiencies across dozens or hundreds of assets can significantly erode margins.

One of the most immediate benefits of TCO visibility is improved budgeting and forecasting. When fleets can see how operating costs trend over time, they can anticipate major maintenance events and plan capital expenditures more accurately. Instead of reacting to surprise repair bills, leadership teams can prepare for predictable cost increases and make proactive investment decisions.

Replacement planning is another area where TCO insight is transformative. Many fleets still base replacement decisions primarily on age, OEM guidelines or intuition; however, two similar machines can have very different cost trajectories depending on jobsite conditions, utilization rates and service history. Tracking cost per hour or cost per mile over time reveals when operating expenses begin to accelerate, providing a clear financial signal that replacement may be the more cost-effective option.

Accurate TCO data also strengthens job costing. Construction companies rely on precise cost estimates when bidding projects. If vehicle and equipment expenses are underestimated, bids may appear competitive but ultimately reduce profitability. A detailed understanding of lifecycle costs allows fleets to assign realistic hourly equipment rates, allocate maintenance expenses accurately and improve the financial accuracy of future bids.

According to a 2026 fleet benchmark report, “most fleets accept high-mileage assets; when maintained properly, older assets can keep a TCO value comparable to that of a newer asset. When maintenance discipline fails, those same assets become expensive and disruptive, fast.”

TCO analysis supports smarter maintenance strategies to keep assets safely working longer. Construction environments are harsh, and equipment is constantly exposed to dirt, vibration, extreme weather and heavy loads. By analyzing maintenance history alongside overall asset costs, fleets can identify recurring failure patterns, compare preventive and reactive repair costs, and adjust service intervals based on actual performance data. This reduces downtime while controlling unnecessary maintenance spend.

Why Calculating TCO Is So Difficult

Despite its importance, calculating TCO remains challenging for many construction fleets. The issue is rarely a lack of awareness; rather, it’s a lack of consolidated data. In many organizations, cost information is scattered across spreadsheets, accounting systems, fuel card platforms, telematics providers, vendor invoices and paper work orders. “When data lives in disconnected systems, building a complete and accurate cost profile for each asset becomes time-consuming and prone to error,” explains John Byron, maintenance advisor at Fleetio. “Manual data entry introduces inconsistencies, asset naming conventions may not align across platforms, and maintenance documentation is often delayed or incomplete.”

As fleets grow in size and complexity, these inefficiencies multiply. The result is a fragmented view of asset performance that makes reliable TCO analysis nearly impossible. Without centralized visibility, leaders are forced to rely on partial information and educated guesses.

How Digital Fleet Solutions Simplify TCO Tracking

Digital fleet maintenance and management solutions address the aforementioned challenges by consolidating asset data into a single system of record. Instead of managing separate tools and spreadsheets, fleets can automatically associate maintenance expenses, parts and labor costs, fuel transactions, inspections and downtime with the correct asset in real time.

This automation creates a continuously updated financial profile for every vehicle and piece of equipment. Digital work orders capture labor hours, service history and parts usage without relying on paper documentation, building a reliable maintenance record over time. With this level of visibility, fleets can analyze trends such as rising repair frequency, increasing parts costs or declining fuel efficiency before they escalate into larger problems.

Consolidated reporting also enables objective replacement planning. Rather than relying on subjective judgment, fleets can establish measurable thresholds, such as cost per hour exceeding a defined benchmark or maintenance spend reaching a certain percentage of asset value. These data-driven criteria help optimize capital allocation and improve long-term fleet health.

Turning Insight Into Financial Performance

Understanding TCO empowers action. With accurate data, construction fleets can refine PM schedules, identify training opportunities that reduce operator-related wear, negotiate more effectively with vendors and prioritize investment in equipment models that consistently deliver strong performance. Over time, these improvements extend asset life, reduce downtime, strengthen project margins and improve forecasting accuracy. Most importantly, they replace uncertainty with clarity.

Construction fleets operate in an environment where equipment performance directly impacts productivity and profitability. Relying on purchase price alone is no longer sufficient, but by embracing digital fleet solutions with built-in automation, construction companies can consolidate data and track operating costs with precision to uncover the trends that reveal the true financial story behind their equipment. Understanding TCO allows construction fleets to move beyond guesswork and take strategic control of their assets, improving both operational performance and bottom-line results.

SEE ALSO: FLEET SAFETY AS A BUSINESS STRATEGY FOR CONSTRUCTION COMPANIES

The post Understanding Total Cost of Ownership in Construction Fleets first appeared on Construction Executive.

Digitizing for Simplicity and Safety

During his nearly nine-year stint as fleet operations manager at Builders FirstSource in the 2010s, Godwin managed a complex web of fleet platforms. Afterward, he went on to manage vehicles and equipment for Bighorn Construction and Reclamation for a time, where he sought a more unified system that integrated with the company’s existing telematics provider. “We want[ed] to keep it easy,” he explains. “We [didn’t] want multiple logins for multiple different systems. You shouldn’t have to go here to find your fuel spend, go here to look at your maintenance spend, go here to find your vehicles, you know? It just makes it a lot more cumbersome for [users]. I always try to find some simplicity in things.” A digital fleet optimization platform allowed him to consolidate maintenance records, improving both safety visibility and efficiency.

Along with a team of five technicians, Godwin managed both fleet and equipment for BCR, including trailers, power units and heavy equipment, totaling around 300 assets with an acquisition of roughly 300 more. While he knew that maximizing uptime for these assets was crucial to the company’s productivity, the safety of his team—as well as that of asset operators—always remained a top priority. With the availability of consolidated fleet data recorded in real-time, Godwin could effectively manage fleet safety better than ever.

Monitoring Safety Through Data

Godwin has always been a big proponent of safety in general: “My goal is to make sure that all of our employees go home the same way they come in. But the hard thing with safety is monitoring it,” he says. “The best way I’ve found to do that is to incentivize it.” In a previous position, Godwin found that applying safety score cards proved successful as a way to incentivize safety among his team. “Every month that you had an incident-free month, you got put into drawings, you got gift cards,” he says. “The more you can get people to buy in on things, in my opinion, the better off you are. So it’s not just a big mandate from one person going down to all these people; it’s everybody looking out for everybody’s interest.”

The safety score cards dealt with incident-free driving, including tracking behaviors like speeding, harsh cornering, harsh braking, as well as making sure pre-trip inspections were done daily. “[We just made] sure they’re doing what they were supposed to be doing, and we rewarded them for it,” says Godwin.

At BCR, Godwin leveraged driver behavior, maintenance and other fleet data to help monitor safety practices. One thing he focused on was finding issues when they were small and manageable, before they became full-blown problems. “Whether [it was finding] unsafe stuff with equipment that’s going out [when it’s] not ready to go, [or it’s] not being loaded properly, or it’s not being operated properly—those are huge,” Godwin says. “So I built out dashboards and incentivized safety programs before to promote safe driving, one: It helps out CSA; two: It really allowed us to coach up the poor performers before they got cited for anything. It also allowed us to kind of reward our top drivers, you know, because good drivers are hard to find; they’re even harder to retain.”

Standardizing Expectations Across the Fleet

Because BCR is a nationwide company, Godwin stressed that standardizing safety was a must in keeping equipment and operators safe. “It [was] really taking those enterprise-wide protocols and making sure everybody [was] following it the same across the board, so that if you [got] into any piece of equipment, no matter where you [were], it should be in the exact same condition,” he explains.

As with most fleets, pencil whipping was often a concern when it came to inspections and it was something Godwin saw a good amount of when BCR’s inspections were paper-based. To alleviate those concerns, he required pictures be submitted with inspections for any failed item. He speculates that part of the issue when it comes to pencil-whipping is that drivers may feel they’ll get in trouble for failing an inspection item. “You basically tell these guys, ‘Hey, you’re not going to get in trouble if you fault something out. We want to know so we can get it fixed. It’s not big brother looking at you.’”

Making Safety Policies Usable and Scalable

A safety policy is only effective if people understand it and can act on it. Godwin advocates for simplicity and clarity, saying: “You have to put it in layman’s terms. [At BCR, we didn’t] put safety policies with, you know, Article 693.1. You make it scalable […] make it easy. The way I see it is, I write policy so that I could hand it to my mother and she would understand what I’m saying. And my mother knows nothing about corporate safety. Understand your audience and work towards that audience.” That means avoiding jargon, ensuring materials are bilingual and making sure any required tech is actually accessible to users.

This is where employee feedback really comes into play. Employee feedback was central to Godwin’s approach. Field workers often see problems that leadership misses, and they need to feel safe speaking up about them. Godwin fostered a culture where feedback was not only welcomed but acted upon. “Give the voice to the people is the way I see it, and if you give them the voice, you create a culture of safety,” he says. “Maybe there’s a different type of PPE [you] could be buying. Maybe [you] bought something and [you] got a good deal on it, but it was terrible and didn’t perform well.” Getting employee feedback helped Godwin and BCR ensure they were getting the right safety equipment and tools for employees, as well as implementing safe and productive daily processes.

Adapting to Change

Fleet safety should be something that evolves over time, but there are also unexpected situations that need to be considered, such as weather extremes. That’s why Godwin stayed ready to pivot. “A lot of [BCR’s] operations are in the southern U.S.; [during a very hot summer] we had to enact policies to deliver water to [workers],” he says. “A lot of [BCR’s] sites didn’t have potable water onsite, so we had a guy in a pickup truck driving around all day with a cooler full of ice-cold water.” Godwin says that they made sure employees understand common safety issues relating to climate, including signs of heat exhaustion and hypothermia, which went a long way in keeping them safe in the field.

For Godwin, fleet safety goes beyond compliance checklists or top-down mandates, but rather enables employees to understand potential risks and raise concerns that help keep the whole team safe.

SEE ALSO: IMPROVING DRIVER SAFETY AND FLEET MANAGEMENT WITH VIDEO TECHNOLOGY

The post Keep Your Fleet Safety Plans Simple and Accessible first appeared on Construction Executive.

Tire prices in general have been rising since at least 2021, according to the federal reserve bank of St. Louis’ producer price index by industry, adding additional strain to fleet budgets. These increases continued throughout 2023 and are projected to keep going into this year. On top of that, tire shortages have been reported every year since the pandemic started, which can further affect prices as well as cause service delays.

Effective tire management gives construction businesses a measure of control, both in proactively addressing potential tire issues and being able to respond quickly when a potential issue becomes more of an immediate problem.

BEING PROACTIVE

For construction fleets, proactive tire management is paramount to reducing service costs, but to really get the most out of an asset’s tires requires analyzing related data, such as tread depth, air pressure, mileage and age, which can be a cumbersome task when done manually.

Still, monitoring these key tire health metrics is a worthy endeavor, as it can help fleets identify potential issues before they escalate. Staying ahead of tire wear and tear can also improve safety on the road and at the jobsite, and mitigate the risk of blowouts.

Naturally, blowouts aren’t completely unavoidable. An action that should fall squarely under the umbrella of tire management is response planning. This helps ensure no additional damage to the asset is done, but it also allows operators to get back up and running faster to avoid major job delays. Standardization is a great way to speed up tire replacement and repairs.

“We like to use the same types of equipment […] If we buy a Volvo loader for the farm, we like to buy a Volvo loader for construction and for maintenance so that we’ve got those parts on the shelf,” says Herman VanDenBogaert, fleet and raw materials purchasing manager at Cherrylake, a landscaping and construction company based out of central Florida. “That cuts down on time to repair. If an operator says they need a tire, we already have one mounted to a wheel here in the shop—we just take the whole thing out there, jack it up, switch it out and bring the other one back.”

SOFTWARE

Fleet-management software offers construction fleets a more automated solution to tire management. With FMS, fleets can maintain detailed service histories for their tires, including installation and rotation dates, as well as mileage at time of service. Not only can fleets use this information to monitor tire health, they can use it to track performance and durability trends so they know what holds up best to the daily grind. The data also provides cost saving opportunities by shedding light on poor performing tire brands or types. Armed with this insight, construction fleets can make informed decisions when purchasing tires, selecting options that offer the best return on investment over their lifecycle.

Access to robust fleet data facilitates proactive—and effective—maintenance scheduling and issue prioritization to reduce tire-related downtime. While managers can’t be everywhere construction assets are all the time, FMS empowers operators to update tire information and submit issues using the software’s native mobile application. Managers can view the submission in real time to assess whether the issue is critical or something that can be safely put off until the end of the shift.

Fleets can dive even deeper into tire-maintenance and management records to see how and when tires are serviced, down to the exact axle and position they’re installed on. This makes it easier to see unnatural wear trends that could indicate a larger issue and can highlight inefficiencies in tire balancing and rotation and alignment schedules.

Tire management in FMS can also help improve tire inventories to ensure fleets servicing assets in house have the parts available when they need them. Technicians can add tires directly from the inventory to digital work orders, which automatically adjusts inventory quantities. An auto-reorder threshold can even be set so that tires are reordered when stock quantities reach a specified number.

Opting to use FMS for tire management affords construction fleets additional benefits, as well. FMS provides integration and public application programming interface features that automatically consolidate data from connected solutions, including telematics and other fleet and business solutions. Because FMS automatically aggregates data on the back end, managers and other stakeholders can quickly view snapshots, as well as detailed reports, of key metrics, including inspection compliance rates, tire issue alerts and more.

FMS provides a consolidated dashboard that can be customized to show the metrics most important to the daily workflow, such as asset status, work-order status, open purchase orders and critical issues. Fleets can also take advantage of user permissions in FMS to ensure clean data while reducing data overload.

Although it can be a bit of a burden when done manually—or using siloed data—tire management doesn’t have to be so tiresome. Implementing proactive tire-management practices and leveraging FMS to automate data capture, consolidation and aggregation can help fleets minimize downtime, reduce maintenance costs and improve tire ROI.

The post Proactive Tire Management to Avoid Blowouts first appeared on Construction Executive.