Reference formulas and worked examples below keep their stated units. Monetary examples use USD; dimensional examples use US customary units unless labeled otherwise. Metric calculator inputs are converted to these reference units before calculation. Choosing another currency does not convert example amounts or exchange money.
How to use this snow volume calculator
Measure a rectangular area and its average snow depth. The load estimate uses that same volume, before any change from packing, melting, or handling.
How the calculation works
Total area = length × width × matching areas. Snow volume in cubic feet = total area × average depth in inches ÷ 12.
Divide cubic feet by 27 for cubic yards. Multiply cubic feet by 0.028316846592 for cubic meters.
Usable body volume = truck body capacity × usable percentage ÷ 100. Estimated loads = snow cubic yards ÷ usable body volume, rounded up to whole loads. Zero snow requires zero loads.
Worked example
A 40 × 20 ft area with 6 in of snow contains 400 cu ft, or 14.81 cu yd (11.33 m³). A 5 cu yd body at 80% usable capacity holds 4 cu yd in this model. Divide 14.81 by 4 and round up: 4 loads.
Limits and assumptions
Uniform average-depth geometry only. Loaded snow may pack, melt, or include ice and debris, so actual hauled volume can differ. Volume does not determine snow weight, vehicle payload compliance, roof load, or structural safety. The default usable percentage is illustrative.
Frequently asked questions
Does this account for snow compaction?
No. It compares the measured snow volume with usable container volume without changing snow density. Verify the volume change for your snow and loading method.
Can I use it for roof snow weight?
No. Weight requires a defensible density or water-equivalent measurement, and roof safety depends on the structure. This tool calculates volume only.
Why round truck loads up?
Any volume beyond the capacity of the preceding loads needs another trip under the model. Weight limits may require more trips.
Does the calculator predict snowfall?
No. Enter a measured depth or an explicit planning scenario. The result does not forecast a storm or seasonal snowfall.