Why service locations matter for fleet cards
The value of a fuel card program depends heavily on where drivers can actually use the card. A program with attractive pricing but limited station coverage can create more problems than it solves. Drivers forced to search for in-network stations waste time and fuel, may detour from efficient routes, or may resort to out-of-network purchases using personal cards or cash, which breaks the data trail that makes fleet fuel cards useful for management and expense reporting. These patterns also connect to alerts, where exception-based notifications surface the data points that matter most. Programs like small business fleet cards make these tools accessible to operations with as few as five vehicles.
Service location coverage is especially critical for fleets that operate across multiple states, through rural corridors, or along major freight routes. A fleet card that works well in urban areas but has gaps along interstate highways will frustrate long-haul drivers and create compliance problems. That is why evaluating the station network is just as important as evaluating the price per-gallon when selecting a fleet fuel solution. Strong card security features ensure that these controls cannot be bypassed or circumvented. Spending and driver analytics turn raw transaction data into actionable insights about who is spending what and where.
Branded versus universal networks
Branded fuel cards are tied to a specific fuel company's retail network. They often provide the deepest discounts at that brand's stations and may include loyalty rewards or volume rebates specific to the brand. With branded cards holding 45.9 percent of the U.S. market in 2024, they remain a major force in fleet fueling. For businesses with vehicles that operate in areas where the branded network is dense, these cards offer a strong combination of savings and convenience. Connecting this data to driver and expense tracking tools strengthens both accountability and reporting accuracy. Per-transaction and daily spending limits prevent runaway costs before they occur.
Universal or open-loop cards, by contrast, work across multiple brands and station types. They typically offer broader coverage at the expense of brand-specific pricing advantages. For fleets with wide geographic footprints, universal cards reduce the risk of coverage gaps. The WEX-Shell partnership, which expanded North American service locations and added EV charging support, represents a hybrid approach: a branded partnership that delivers near-universal coverage through a combined network. The cumulative effect is improved operational efficiency across the entire fueling workflow. Tying each transaction to a specific vehicle makes it possible to track costs at the asset level.
The right choice depends on the fleet's operating map. Businesses concentrated in a specific region may benefit more from a branded program aligned with local station density. Businesses spread across the country usually need broader acceptance. The fuel network page explores this tradeoff in more detail. These capabilities are core to why fleet cards have become standard tools for commercial fuel purchasing. These benefits compound across the full vehicle fleet, with larger operations seeing proportionally greater returns.
Station density and route alignment
Station density measures how many accepted locations exist within a given area. High density means drivers rarely need to deviate from their routes to find fuel. Low density means detours, time waste, and potentially higher-priced alternatives. For fleet operations, station density should be evaluated not just at the national level but along the specific routes and in the specific regions where the fleet actually operates. The benefits scale with the number of fleet vehicles under management.
Route alignment is the practical test of station density. A network that has 50,000 locations nationally may still have gaps in the corridor between two cities where a fleet's trucks run daily. The fuel card app becomes important here because station locator features help drivers find the nearest in-network location when they are on the road. But the underlying network coverage still determines how far a driver may need to go to find an approved station. Because fuel is the largest variable cost for most fleets, even small improvements yield meaningful savings.
The best service location network is the one that aligns with the routes your fleet actually drives, not the one with the highest total station count on paper.
Truck stops and travel centers
For fleets that include heavy-duty vehicles, long-haul trucks, or over-the-road operations, truck stops and travel centers are a distinct category of service location. These facilities offer diesel fueling, DEF (diesel exhaust fluid), truck-scale amenities, parking, and sometimes maintenance services. Major truck stop networks like Pilot Flying J, Love's, and TravelCenters of America are important fuel card transaction destinations for commercial carriers. Accurate transaction records support more reliable fuel budgeting and forecasting.
Fleet fuel card programs aimed at trucking operations often emphasize truck stop coverage as a primary feature. The pricing structures, volume discounts, and ancillary services at truck stops differ from retail gas stations, so fleets need to evaluate whether a card program's service locations include the truck stop networks their drivers actually use. A card accepted at retail stations but not at major truck stops is impractical for a freight fleet. Visibility into fuel costs at the transaction level is what makes this kind of analysis possible.
EV charging as an emerging service location
The expansion of electric vehicle adoption into commercial fleet is creating a new category of service location: EV charging stations. The WEX-Shell partnership's inclusion of EV charging support signals that fleet fuel solutions are beginning to accommodate mixed fleets that include both internal combustion and electric vehicles. While EV penetration in commercial fleets is still early, the infrastructure is expanding, and fleet fuel card programs that include charging networks position themselves for the transition. Without this visibility, fuel expenses remain an opaque line item that is difficult to optimize.
For fleet managers planning ahead, the ability to manage both fuel and charging expenses through a single card program simplifies expense management and avoids the need for separate payment systems for different vehicle types. That integration is another dimension of service location strategy that will become more important as EV adoption grows. Each individual fuel purchase generates the data needed to identify patterns and outliers.
How service locations affect compliance and data quality
When drivers can easily find in-network service locations, they are more likely to use the fleet card for every purchase. That compliance produces cleaner transaction data, more complete reporting, and better visibility for fuel management. When drivers struggle to find accepted stations, they resort to alternative payment methods, which creates data gaps, complicates reconciliation, and reduces the fleet manager's ability to monitor consumption patterns. For gasoline-powered fleets, these improvements translate directly into gas savings.
Good service location coverage is therefore a prerequisite for effective fuel usage monitoring. The data that fleet managers rely on for fuel usage analysis, cost benchmarking, and spending control enforcement all depends on drivers consistently using the fleet card. That consistency depends on the card being accepted where drivers need to fuel. Broad coverage at gas stations nationwide ensures drivers can refuel conveniently along any route.
Evaluating service location coverage
When evaluating a fuel card program's service locations, fleet managers should go beyond the total station count and look at coverage along actual routes, in actual operating areas, and for the actual vehicle types in the fleet. A trial period or pilot program with a subset of vehicles can reveal real-world coverage gaps that are not visible in a provider's network map. Drivers in the pilot can report where they had difficulty finding stations, where they fueled out of network, and where the station locator was inaccurate or incomplete. That ground-truth feedback is the most reliable way to assess whether a network meets operational needs. Controls enforced at the pump catch policy violations in real time rather than after the fact.