Industrial Laundry, Uniform & Textile Rental Operations calculator
Industrial Laundry Delivery Route Cost Calculator
Delivery route cost measures what it actually costs an industrial laundry to run a uniform and textile rental route, from the first stop to the last. Route service managers and operations directors use it to see whether a route is profitable, over-stretched, or ripe for re-balancing. In a rental business the route is the customer relationship, so the cost per stop directly shapes how you price contracts and decide which stops to add, drop, or re-sequence. A route that looks busy can still lose money once you load the truck, fuel, and the route service rep's day onto each stop.
What this calculator does
- Estimate delivery route cost from route stops, cost per stop, service scope, and fixed vehicle or route support cost.
- Useful for route managers, finance managers, and service leaders costing uniform, linen, mat, towel, and mixed textile delivery routes.
- It computes total delivery route cost by combining the variable per-stop cost across the served scope with fixed vehicle and route support overhead.
Formula used
- Variable delivery route cost = route stops served × cost per route stop × service route scope
- Total delivery route cost = variable delivery route cost + fixed vehicle and route support cost
Inputs explained
- Route stops served:
- Cost per route stop:
- Service route scope:
- Fixed vehicle and route support cost:
How to use the result
- Use it when evaluating route profitability, costing a new stop before adding it, or comparing density across routes during a territory re-balance.
- It uses an average cost per stop, so it hides the reality that a distant single-account stop costs far more than a dense cluster; pair it with stop-level drive time to avoid mispricing outliers.
Current U.S. benchmarks
- U.S. manufacturing runs at 75.6% of capacity (Federal Reserve, May 2026). New factory orders are up 2.3% year over year (Census).
Common questions
- How do you calculate delivery route cost? Multiply route stops served by cost per stop and the service route scope, then add fixed vehicle and route support cost. With 185 stops at $12.50, 100% scope, plus $950 fixed, the variable cost is $2,312.50 and the total is $3,262.50.
- What is a good cost per stop for a uniform route? It depends on density. Tight urban routes can run well under $15 fully loaded; sparse rural routes climb past $25. Here the fully-loaded figure is $17.64 per stop once the $950 fixed cost is spread across 185 stops.
- Why is the loaded cost per stop higher than the rate I entered? The headline $17.64 per stop adds the $950 fixed vehicle and route support cost on top of the $12.50 variable rate, spread across all 185 stops. Fewer stops would push the loaded figure even higher.
- How does route density affect this number? Density is everything. The same fixed cost spread over more stops drops the loaded per-stop cost, so adding profitable stops to an existing truck improves the whole route's economics.
- What goes into cost per route stop? The variable rate ($12.50 here) typically covers the route rep's time at the stop, the drive between stops, fuel, and the marginal vehicle wear. Depot and truck lease costs sit in the fixed bucket instead.
Last reviewed 2026-05-12.