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Acres Per Hour Calculator

Acres Per Hour Calculator

Calculate agricultural work speed and time for farming operations

Calculate Work Speed & Time

Agricultural Activity

Cutting grass to maintain lawn appearance

Typical specifications for Lawn Mowing:
Width: 20-72 inches
Speed: 2-8 mph
Typical overlap: 10%

Tool Specifications

Effective width: 6.0 feet (1.8 meters)

Operating Speed

Operating speed: 5.0 mph (8.0 km/h)

Overlap Factor

Accounts for overlapping passes to ensure complete coverage. 0% for no overlap, 10% typical for most operations.

Effective coverage factor: 90% of tool width

Plot Area (For Time Calculation)

Work Speed Results

3.3
Acres per Hour
1.3
Hectares per Hour
26.2
Acres per Day (8h)

Calculation: Width (6.0 ft) × Speed (5.0 mph) × Coverage factor (90%)

Area per second: 40 sq ft/sec

Efficiency Tips

Field shape: Rectangular fields allow for more efficient operation patterns
Turns: Minimize turning time by using appropriate headland widths
Speed: Balance speed with quality - too fast may reduce work quality
Conditions: Weather and soil conditions significantly affect work speed
Maintenance: Well-maintained equipment operates more efficiently

Example Calculation

Mowing Example

Equipment: 60-inch zero-turn mower

Speed: 7 mph average

Overlap: 10% for even coverage

Plot size: 5 acres

Calculation Result

Effective width: 5 ft × 90% = 4.5 ft

Area per hour: 4.5 ft × 7 mph = 2.9 acres/hour

Time needed: 5 acres ÷ 2.9 acres/hour = 1.7 hours

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Typical Work Rates

Mowing (Residential)2-4 ac/hr
Plowing5-15 ac/hr
Cultivating8-25 ac/hr
Seeding6-20 ac/hr
Harvesting4-12 ac/hr
Spraying15-50 ac/hr

Unit Conversions

Area
1 acre = 43,560 sq ft
1 hectare = 2.47 acres
1 sq mile = 640 acres
Speed
1 mph = 1.47 ft/sec
1 mph = 1.61 km/h
1 km/h = 0.62 mph
Length
1 foot = 12 inches
1 meter = 3.28 feet
1 inch = 2.54 cm

Understanding Agricultural Work Rate Calculations

Formula Explanation

Area per second = Tool width × Speed × (1 - Overlap)

This accounts for the effective working width and overlapping passes needed for complete coverage.

Factors Affecting Efficiency

  • Field shape: Rectangular fields are most efficient
  • Obstacles: Trees, rocks, and buildings reduce efficiency
  • Soil conditions: Wet or hard soil slows operations
  • Turning time: Headlands and turn patterns affect speed

Overlap Considerations

Mowing (10%)

Ensures even cut and prevents missed strips in lawn areas.

Spraying (0%)

GPS guidance allows precise application without overlap.

Tillage (5-10%)

Slight overlap ensures complete soil disturbance.

Agricultural Efficiency Best Practices

📐

Field Planning

Plan efficient field patterns with proper headland widths. Consider GPS guidance systems for precision operations.

⚙️

Equipment Optimization

Maintain equipment properly, choose appropriate sizes for your fields, and adjust settings for optimal performance.

🌤️

Timing & Conditions

Work during optimal weather conditions, consider soil moisture levels, and plan operations during appropriate seasons.

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