Hauling Trips Calculator

Calculate the number of dump truck trips needed to haul excavated material. Enter volume and truck capacity for accurate trip estimates.

yd3
$
min
$
hrs
Swelled Volume
260.00 yd3
Swell factor 0.30% applied to 200 yd3 bank
Total Trips
17
16.00 yd3 per load
Fleet Throughput
1.20 trips/hr
1 truck(s) at 1.20 trips/hr each
Total Time
14.20 hours
2 work day(s) at 8 hrs/day
Hauling Cost
$2,720.00
17 trips at $160.00/trip
Fuel Cost
$425.00
17 trips at $25.00/trip
Total Cost
$3,145.00
$15.73/yd3 in-place

Cost Breakdown

Hauling
$2,720.00
Fuel
$425.00

Truck Size Comparison

TruckCapacityTrips NeededHoursEst. Cost
Single Axle (10 yd3)10 yd32621.70$4,810.00
Tandem Axle (16 yd3)16 yd31714.20$3,145.00
Tri-Axle (22 yd3)22 yd31210.00$2,220.00
Quad Axle / Transfer (30 yd3)30 yd397.50$1,665.00

Material Swell Factors

MaterialSwell FactorBank VolumeLoose Volume
topsoil0.25%200.00 yd3250.00 yd3
gravel0.12%200.00 yd3224.00 yd3
sand0.12%200.00 yd3224.00 yd3
clay0.30%200.00 yd3260.00 yd3
Demo Debris0.50%200.00 yd3300.00 yd3
asphalt0.20%200.00 yd3240.00 yd3
Planning notes, formulas, and examples

About the Hauling Trips Calculator

Hauling is one of the biggest costs in earthwork projects. Every trip a dump truck makes involves fuel, driver time, and disposal fees. Knowing the exact number of trips upfront lets you negotiate better rates, schedule efficiently, and prevent costly idle time for excavators waiting on trucks.

This calculator takes the total volume of material to be moved and divides it by the truck capacity to give you the number of loads required. You can choose from standard truck sizes — 10 CY single-axle, 16 CY tandem, or 20 CY tri-axle — and see the cost per trip and total hauling cost.

For site clearing, excavation, or grading projects, an accurate trip count ensures you have the right number of trucks cycling to keep the job moving without downtime.

When This Page Helps

Truck scheduling can make or break an earthwork project's budget. Too few trucks means your excavator sits idle. Too many means trucks sit idle waiting to load. This calculator helps you plan the right fleet size and estimate total hauling costs.

How to Use the Inputs

  1. Enter the total material volume in cubic yards.
  2. Select or enter the truck capacity (10, 16, or 20 CY typical).
  3. Enter the cost per trip (or per load) from your hauling quote.
  4. Review the number of trips required.
  5. Check the total hauling cost.
  6. Factor in round-trip time to estimate project duration.
Formula used
Trips = Volume (yd³) ÷ Truck Capacity (yd³) Total Cost = Trips × Cost per Trip Trips per Hour = 60 ÷ Round-Trip Time (min)

Example Calculation

Result: 13 trips / $1,950 total

Moving 200 cubic yards with a 16 CY tandem truck requires 200 ÷ 16 = 12.5, rounded up to 13 trips. At $150 per trip, the total hauling cost is $1,950.

Tips & Best Practices

  • Always round trip count up — a partial load still costs a full trip.
  • Use swelled volume (not in-place) for hauling calculations since excavated dirt expands.
  • Tandem-axle trucks (14–16 CY) are the most common and cost-effective for most projects.
  • Factor in round-trip time: loading + travel + dump + return cycle.
  • Keep 2–3 trucks cycling to match typical excavator production rates.
  • Negotiate per-hour rates for large jobs instead of per-trip to reduce costs.

Planning Your Hauling Operation

The key to efficient hauling is matching truck capacity and cycle time to excavator production. An excavator that produces 80 CY/hour filling 16 CY trucks needs 5 trucks per hour, or about 3 trucks cycling on a 45-minute round trip.

Truck Size Comparison

Smaller trucks (10 CY) are easier to maneuver on tight sites but require more trips. Larger trucks (20+ CY) move more material per trip but need wider access, firmer ground, and may have slower loading times. Match truck size to your site conditions.

Cost Reduction Strategies

The biggest cost savings come from reducing the number of trips. Use the largest truck your site can accommodate. Find the nearest legal disposal site. Negotiate volume discounts for multi-day hauling. Consider reusing clean fill on other portions of your site.

Scheduling and Logistics

Start trucks early to build a rhythm before the excavator reaches peak production. Stagger arrival times so no truck waits more than a few minutes to load. Communicate with the disposal site about expected arrivals to avoid queue delays.

Sources & Methodology

Last updated:

Frequently Asked Questions

  • Single-axle: 10–12 CY. Tandem-axle: 14–16 CY. Tri-axle: 16–20 CY. Quad-axle: 18–22 CY. Transfer dump: 24–28 CY. Actual capacity depends on material weight and local axle-weight limits.