A Route-Test Method for Choosing a Fleet Card Network

A fleet card network can look enormous on a provider map and still fail a working fleet. A nationwide total says little about whether a driver can buy the right fuel, at an acceptable price, when and where the vehicle actually needs it. That is as true for the Shell fleet card network as for any other network.

Coverage is an operating question, not a logo-count question. A local service company may care about a short list of repeat stops close to job sites. A regional carrier may need diesel access near overnight parking. A mixed fleet may need a separate plan for gasoline, diesel, maintenance, charging, and emergency purchases. The only dependable way to judge a fleet card network is to test it against the routes the company already runs. A fleet weighing Valero fleet fuel cards for regional carriers should run that same route test.

Begin with the trips, not the provider map

Ask for a representative window of completed work: usually several weeks of routes, appointments, dispatch records, or vehicle-location history. Include ordinary days, high-mileage days, weekend work, late starts, and the routes that made operations difficult. A test built only from the cleanest weekday pattern will hide the exact gaps that force drivers to go outside the network.

For each trip, capture vehicle type, fuel type, origin, destination, planned stops, shift timing, and known parking or staging location. Do not reduce the analysis to the corporate address and a broad service radius. A truck can be within range of a branded station but unable to use it if it lacks diesel lanes, sufficient access, or the approved payment capability.

The U.S. Energy Information Administration says finished motor gasoline is delivered to more than 100,000 retail outlets across the country. That scale is useful background, but it is not proof of fit. A fleet card test must identify the locations that are usable for a specific vehicle, route, purchase rule, and driver schedule.

Build a route sample that includes the inconvenient work

Select enough trips to expose the fleet’s real variation. For a small operation, that may mean every route for a month. For a larger fleet, use a spread of vehicles, regions, dispatch teams, and shift types. Tag the sample by operating pattern rather than choosing trips at random.

Useful tags include:

• local service calls with several short stops
• fixed routes with repeat fueling points
• long-distance travel with overnight parking
• rural or low-density service areas
• emergency dispatches and vehicle substitutions
• maintenance trips and return-to-base travel

This step changes the conversation. Instead of asking whether a fleet card is accepted “nearby,” the company can ask whether it is accepted during the last practical fueling opportunity before a long route, after a delayed service call, or where a driver can safely pull in with the assigned vehicle.

Score coverage at the moments drivers make a decision

A route is not covered just because one accepted station appears somewhere along it. Evaluate availability at five decision moments.

Before the vehicle leaves

Some fleets want drivers to leave the yard with a known fuel level. Others prefer a stop after the route is underway. Test whether an accepted location is convenient at the actual departure time, not simply close to the yard on a map.

During the productive part of the route

For service vans and sales vehicles, the best stop may be between appointments. For trucks, it may be a location with the right lanes and room to maneuver. Measure detour time from the planned route, not straight-line distance. A station three miles away can require a much longer detour because of traffic patterns, restricted turns, or a divided highway.

Near the end of a shift

An accepted site that closes before the driver’s last job does not solve the problem. Compare hours, card acceptance, vehicle access, and any purchase restrictions against the latest realistic completion time. This is especially important when routes frequently run long.

At overnight or staging locations

Longer routes create a different coverage test. The question is not simply whether fuel is available; it is whether the driver can fuel without losing the next morning’s schedule, violating parking rules, or making a separate unplanned trip. Review the locations around hotels, yards, customer sites, and approved overnight areas.

When the plan changes

Every network test needs a disruption case. Use a vehicle substitution, closed location, canceled appointment, weather delay, or emergency repair as a scenario. A program that covers routine routes but has no workable fallback will create policy exceptions whenever operations become unpredictable.

Separate geographic coverage from usable coverage

Providers often publish network totals and location maps. Those are a starting point, not a decision. A route test should distinguish between a listed location and a usable location.

For every proposed stop, confirm fuel type, payment acceptance, hours, vehicle approach, merchant category, and card controls. If maintenance purchases are permitted, confirm whether the location supports the actual services the company intends to buy. Do not assume the same station works equally well for diesel and gasoline vehicles.

The Bureau of Transportation Statistics reported that trucking moved 13.0 billion tons of cargo in 2023, representing 64.5 percent of U.S. freight weight. That concentration explains why a national network claim can be misleading. A card program may appear strong on major corridors while leaving practical gaps where a company’s local routes begin, end, or divert.

Add a rural and off-corridor test

Route coverage needs a separate review for areas outside dense commercial corridors. The Census Bureau reports that 20 percent of the U.S. population lived in rural areas under the 2020 Census classification. A fleet serving those places may cross long stretches where a nominally large network has few practical stops.

For each rural route, identify the last reliable fueling point before service begins, the next acceptable point after the job, and the fallback if either location is unavailable. Build in the company’s normal reserve policy. A card that works only when a driver is nearly empty is not providing useful network coverage.

This test also applies to urban work. Vehicle-height limits, congestion, restricted access, and job-site parking can turn a short distance into an unusable stop. Network analysis should include the vehicle’s physical operating conditions.

Turn the findings into a provider comparison

Create a simple route-test scorecard for each fleet card option. Record the percentage of sample trips with a convenient accepted stop, the number of trips that require a detour, the number of late-shift gaps, the number of rural or overnight gaps, and the quality of each fallback. Keep cost information alongside coverage, but do not let a discount obscure a repeated operational failure.

Then review the failed stops one by one. Some may be solved through route planning or driver guidance. Others may justify a second accepted network, an adjusted control, or a different provider. The scorecard should show why a network is suitable, not merely that it has a large location count.

Make route testing part of ongoing fleet management

Network coverage changes as jobs, drivers, locations, and fuel needs change. Repeat the route test after a new territory opens, a major customer changes locations, a vehicle class is added, or a pattern of outside-network purchases appears in reporting. Drivers should be able to report a coverage problem with enough detail for a manager to test it: location, time, vehicle, fuel type, card result, and reason the nearest accepted stop did not work.

A fleet card network is not purchased once and forgotten. It earns its place every time a driver can make an approved purchase without disrupting the route. Testing real routes turns coverage from a marketing claim into a measurable operating standard.