Striping
Drive-Through Lane Marking: Striping Standards for Quick-Service and Retail Properties
Cojo
March 21, 2026
6 min read
Drive-through lanes are dedicated traffic systems that route vehicles through a specific path — typically from an entry point through an order station, past a payment and pickup window, and back into the parking lot or public road. Without clear markings, drive-through traffic interferes with parking lot traffic, vehicles miss the entrance and attempt to cut into the queue, pedestrians cross the drive-through path without awareness, and the queue extends into public roads during peak periods.
Clear, durable markings solve these problems by defining the lane path, managing queue behavior, separating drive-through traffic from lot traffic, and protecting pedestrians at crossing points.
The most common configuration. A single lane width of 10 to 12 feet accommodates all standard passenger vehicles including full-size trucks and SUVs. Lane boundaries are painted with continuous solid white or yellow lines on both sides.
Wider turns at the lane's corners (inside radius of 15 to 20 feet minimum) prevent vehicles from cutting across curbs or landscaping. Paint the inside curve boundary at the actual turn radius — do not mark a sharp corner that vehicles will drive over.
Increasingly common at high-volume quick-service restaurants. Two lanes merge into a single lane before the pickup window. Key marking requirements include clear lane boundary lines for both lanes, directional arrows in each lane, merge point markings where two lanes combine into one, "LANE 1" and "LANE 2" or "ORDER HERE" markings at the order point, and stop bars at both order stations.
The merge zone is the most critical marking area — vehicles in both lanes need clear guidance on merge priority and positioning.
Some high-volume drive-throughs use dual pickup windows with separate lanes. This configuration requires lane markings through the full pickup area, clear lane assignment markings, and separation markings between the two pickup lanes.
The drive-through entrance should have "DRIVE THRU" or "DRIVE THROUGH" text stenciled on the pavement, a directional arrow confirming the traffic direction, and lane boundary lines beginning at the entry point. "DO NOT ENTER" markings at the exit end prevent wrong-way entry.
For drive-throughs that experience long queues, pavement markings manage queue behavior. "ORDER HERE" markings position vehicles correctly at the order station. Stop bars indicate where vehicles should wait for the vehicle ahead to clear. Queue overflow markings indicate where the queue should extend when it exceeds the dedicated lane length.
A stop bar positioned where the driver's window aligns with the menu board or speaker ensures correct vehicle positioning. The stop bar should be supplemented with "STOP" text or a solid white bar marking.
A second stop bar at the pickup window positions vehicles for the handoff. This bar may include a "WAIT HERE" or "STOP" marking.
Where the drive-through lane exits back into the parking lot or public road, markings include a yield or merge marking indicating the drive-through vehicle entering the lot traffic, directional arrows guiding the exit direction, and crosswalk markings if the exit crosses a pedestrian path.
Drive-through lanes frequently cross pedestrian paths — the walk from the parking lot to the building entrance often crosses the drive-through lane. These crossing points require high-visibility crosswalk markings (continental/ladder style recommended), stop bars requiring drive-through vehicles to yield to pedestrians, "YIELD TO PEDESTRIANS" or "PED XING" pavement text, and adequate sight lines — markings alone do not help if sight lines are blocked by landscaping or structures.
Drive-through lanes experience concentrated tire wear in narrow tracks. Vehicles follow the same path thousands of times per day, creating rapid paint degradation in the tire tracks while paint between the tracks remains intact. This concentrated wear demands durable materials.
Standard traffic paint in drive-through lanes lasts 6 to 12 months in the tire tracks, even if it looks fine between the tracks.
Thermoplastic handles the concentrated wear significantly better, lasting 3 to 5 years in drive-through applications. The higher upfront cost is justified by the extended interval.
Epoxy provides good durability for drive-through lanes, particularly on concrete surfaces.
For material comparisons, see our line striping basics and complete striping guide. For pricing, see our parking lot striping cost in Oregon guide.
Drive-through lane markings wear faster than any other parking lot marking due to concentrated traffic in narrow lanes. Plan for re-painting or inspection every 6 to 12 months for paint or every 2 to 4 years for thermoplastic. Stop bars and order point markings wear fastest because vehicles brake and turn on them repeatedly.
Coordinate with a sealcoating and striping package for comprehensive lot maintenance including the drive-through lane.
Cojo marks drive-through lanes as part of comprehensive striping services for restaurants, banks, pharmacies, and retail properties across Oregon. We use durable materials matched to the high-wear conditions of drive-through applications.
Contact Cojo for a free assessment.
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