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Last Mile Delivery Cost Calculator

Work out the cost per delivery and per stop for a last-mile route from driver pay, fuel, vehicle costs, package overhead and failed first attempts.

All attempts on the route, including ones that fail
Employer taxes, workers’ comp and benefits on top of the wage. Use 0 for a contractor paid a flat hourly rate.
For an electric van enter 0 and add the electricity cost per mile to the next field
Lease or depreciation, insurance and registration divided by working days
Sorting, routing software, dispatch and customer service

Last-mile delivery is the leg from a local depot to the customer’s door. Each stop uses driver time and vehicle resources. This calculator adds up one route’s costs (driver, fuel, vehicle and per-package overhead) and divides them by the stops made and by the deliveries that actually succeeded, so you can price deliveries, compare routes or sanity-check a courier quote.

How to use this tool

  1. Enter the stops on a typical route, the route distance and the paid hours.
  2. Add the driver’s hourly pay and the extra employer cost on top of it.
  3. Enter fuel economy, fuel price, per-mile maintenance and the daily fixed vehicle cost.
  4. Add per-package overhead and the share of first attempts that fail.

Formula

Route cost = hours × wage × (1 + burden) + miles ÷ mpg × fuel price + miles × running cost + fixed cost + stops × overhead

Cost per successful delivery = route cost ÷ (stops × (1 − failure rate))

A failed attempt still uses driver time and fuel, so its cost is spread over the deliveries that succeed. With failures, cost per success exceeds cost per attempt; with no failures they are equal. Assumes one package per stop and equal average cost per attempt. Future redelivery costs are not included.

Example

A van makes 120 stops on an 80-mile, 9-hour route. Driver pay of $22 an hour plus 25% benefits is $247.50; fuel at 14 mpg and $3.60 a gallon is $20.57; maintenance at $0.20 a mile is $16; the fixed vehicle cost is $60 and $0.30 of overhead per package adds $36. The route costs $380.07, or $3.17 per stop. With 5% failed first attempts only 114 parcels are delivered, so each successful delivery costs $3.33.

Frequently asked questions

What is a typical last-mile cost per package?

It depends mostly on stop density. Dense urban routes spread the driver’s wage over many stops an hour, while rural routes with long gaps between stops can cost several times more per parcel. Your own route data gives a far better answer than an industry average.

How can I lower the cost per delivery?

Driver time is normally the biggest share, so more stops per hour has the biggest effect: tighter route planning, parcel lockers or pickup points, and fewer failed attempts thanks to delivery-time notifications.

Should failed deliveries be included?

Yes. This model allocates the same average route cost to each attempted stop. The failure-rate allocation measures this route only; extra journeys must be costed separately.

Does this work for electric vans?

Yes. Set the fuel price to 0 and add the electricity cost per mile to the maintenance and tires figure.

Last updated: 2026-10-30

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