Field Capacity Calculator

Acres per hour from width, speed, and efficiency.

Travel speed (mph)

Implement width (ft)

Field efficiency (%)

Field size (acres)

Hours per day

Tab to move between fields

Effective capacity (ac/hr)

13.64

Theoretical capacity (ac/hr)18.18

Acres per day136.36

Hours to complete field11.73

Days to complete field1.2

How to Use This Calculator

Enter Travel Speed (mph) for the planned field operation.
Set Implement Width (ft) for your planter, sprayer, tillage tool, or harvester.
Set Field Efficiency (%) — tillage runs 80–85%, planting 55–70%, combining 65–75%.
Enter Field Size (acres) and Hours per Day to get a completion timeline.
Review Effective Capacity (ac/hr), Acres per Day, Hours to Complete, and Days to Complete for scheduling.

How the result changes with Travel speed (mph)

Travel speed (mph): Ground speed during field operation in miles per hour.
Implement width (ft): Working width of the implement in feet.
Field efficiency (%): Accounts for turns, overlaps, fill/empty time. Tillage ~80-85%, planting ~55-70%, combining ~65-75%.
Field size (acres): Total acres to be covered in one pass.
Hours per day: Available working hours per day.

Theoretical capacity (ac/hr): Maximum possible acres per hour at full speed with no downtime.
Effective capacity (ac/hr): Actual acres per hour after accounting for field efficiency losses.
Acres per day: Total acres covered in one working day.
Hours to complete field: Total machine hours required to cover the entire field.
Days to complete field: Working days needed to complete the entire field.

Identify Input Parameters
4 parameters
Travel speed (mph) = 5, Implement width (ft) = 30, Field efficiency (%) = 75, Field size (acres) = 160 = 5 input(s) provided
Calculate Effective capacity
Effective capacity = theoreticalCapacity * efficiency
13.64 = 13.64
Calculate Theoretical capacity
Theoretical capacity = (speedMph * widthFt) / 8.25
18.18 = 18.18
Calculate Acres per day
Acres per day = effectiveCapacity * hoursPerDay
136.36 = 136.36