When evaluating the traffic impacts of a typical Dollar General store, the most reliable starting point is the company’s own operating performance rather than generalized assumptions. In fiscal 2025, Dollar General generated approximately $42.7 billion in net sales across a store base of roughly 20,900 locations. This equates to an average of about $2.05 million in annual sales per store.
The average transaction, or ticket size, at Dollar General has historically fallen in the range of $18 to $20. Independent analyses of shopper behavior have placed the figure near $19.99 in earlier years, while more recent industry observations of the broader dollar channel remain clustered around $19 to $20. Using a midpoint of $19.50 produces a straightforward calculation: $2.05 million in annual sales divided by $19.50 yields roughly 105,100 customer transactions per year at an average store.
Converted to a daily basis, this represents approximately 288 customer visits each day, or a practical working range of 255 to 310 visits depending on the precise ticket size applied. Because the majority of these visits in rural and suburban settings occur by automobile, each customer trip typically generates both an inbound and an outbound vehicle movement. Conservatively accounting for this pattern produces an estimated 500 to 600 vehicle trips per day associated with customer activity alone. Adding employee arrivals and departures, together with routine vendor and delivery traffic, elevates the total daily vehicle activity associated with a typical store into the range of 550 to 700 trips or higher.
These derived volumes align with, and in many cases exceed, the rates published in the Institute of Transportation Engineers Trip Generation Manual for comparable land uses. Free-standing discount stores (ITE Land Use Code 815) are generally expected to generate 50 to 56 weekday trips per 1,000 square feet of floor area. For a store in the 8,000 to 8,500 square-foot range that Dollar General commonly employs, this produces an expected daily total of roughly 400 to 480 trips under pure ITE averages. The higher figures obtained from actual sales and transaction data are consistent with Dollar General’s operating model: frequent, low-basket-size trips for everyday consumables in markets that often lack nearby alternatives. The result is a higher trip rate relative to store size than would be predicted for a conventional larger-format discount retailer.
The practical implication is clear. A single Dollar General location can be expected to generate several hundred vehicle movements each day on a consistent, year-round basis. In a residential or mixed-use neighborhood setting, this level of activity constitutes a meaningful addition to the local traffic stream. When combined with observed pedestrian activity, school-related travel, or existing roadway conditions that lack adequate crossing provisions or speed control, the data support measured interventions. A reduction in posted speed limit and the installation of a marked crosswalk represent proportionate responses to the volume and character of traffic that such a store introduces.
These estimates are intentionally conservative. They rely on company-wide averages rather than site-specific sales figures, which may be higher or lower depending on local demographics and competition. They also treat most customer visits as vehicle trips, an assumption that is reasonable for the majority of Dollar General’s locations but can be refined with local observation. Even under these measured assumptions, however, the numbers demonstrate that a typical store is a consistent generator of daily traffic at a scale that warrants formal consideration in roadway design and pedestrian safety planning.
The analysis above can be adapted with greater precision if actual store square footage, local sales performance, or observed peak-hour counts become available. In the absence of such site-specific data, the company averages and established engineering rates provide a transparent and defensible foundation for discussion with municipal staff.
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