Total m³/h
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Equivalent flow rate
Accurate flow rate conversion tool for yd³/h and m³/h
Convert cubic yards per hour to cubic metres per hour instantly with precise calculations. Includes bidirectional conversion and detailed flow rate breakdowns for 2026.
Professional flow rate conversion for engineering, hydrology, and industrial applications
Convert cubic yards per hour to cubic metres per hour using the exact factor of 0.764555 m³/h per yd³/h. Our tool delivers reliable flow rate results for any application — from small pumps to large industrial systems and water treatment facilities.
Switch seamlessly between yd³/h to m³/h and m³/h to yd³/h conversion modes. Get instant results with a full flow rate breakdown including litres per hour, cubic feet per hour, and cubic metres per minute from a single input value.
Essential for hydraulic engineering, pump specifications, water treatment, mining, dredging, and construction dewatering projects where flow rates must be accurately converted between imperial and metric measurement systems in 2026.
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Cubic yards per hour (yd³/h) and cubic metres per hour (m³/h) are both units of volumetric flow rate — they measure the volume of a substance passing through a point per unit of time. The conversion between these two units follows directly from the volume relationship: since 1 cubic yard = 0.764555 cubic metres, it follows that 1 yd³/h = 0.764555 m³/h. This conversion is critical in industries where equipment specifications from different countries must be compared or matched.
Flow rate conversions are especially important in construction and civil engineering when specifying pumps, calculating drainage capacity, or sizing pipelines. US and Australian equipment manuals often list flow rates in yd³/h or ft³/h, while European and international standards typically use m³/h, making an accurate conversion tool essential for cross-border projects in 2026.
Example: 20 yd³/h × 0.764555 = 15.291 m³/h | 50 m³/h × 1.30795 = 65.40 yd³/h
1 yd³/h = 0.764555 m³/h = 764.555 L/h = 27 ft³/h = 0.01274 m³/min
Use the reference table below to quickly look up common yd³/h to m³/h conversions for pumps, drainage systems, and industrial flow rate applications.
| yd³/h | m³/h | Litres/hour (L/h) | ft³/h | m³/min |
|---|---|---|---|---|
| 0.5 yd³/h | 0.382 m³/h | 382.3 L/h | 13.5 ft³/h | 0.00637 m³/min |
| 1 yd³/h | 0.765 m³/h | 764.6 L/h | 27 ft³/h | 0.01274 m³/min |
| 2 yd³/h | 1.529 m³/h | 1,529.1 L/h | 54 ft³/h | 0.02549 m³/min |
| 5 yd³/h | 3.823 m³/h | 3,822.8 L/h | 135 ft³/h | 0.06371 m³/min |
| 10 yd³/h | 7.646 m³/h | 7,645.5 L/h | 270 ft³/h | 0.12743 m³/min |
| 20 yd³/h | 15.291 m³/h | 15,291.1 L/h | 540 ft³/h | 0.25486 m³/min |
| 25 yd³/h | 19.114 m³/h | 19,113.9 L/h | 675 ft³/h | 0.31857 m³/min |
| 50 yd³/h | 38.228 m³/h | 38,227.8 L/h | 1,350 ft³/h | 0.63713 m³/min |
| 75 yd³/h | 57.342 m³/h | 57,341.6 L/h | 2,025 ft³/h | 0.95570 m³/min |
| 100 yd³/h | 76.455 m³/h | 76,455.5 L/h | 2,700 ft³/h | 1.27426 m³/min |
| 200 yd³/h | 152.911 m³/h | 152,911 L/h | 5,400 ft³/h | 2.54852 m³/min |
The conversion from yd³/h to m³/h uses the exact same factor as the static volume conversion because the time unit (per hour) remains identical on both sides of the equation. The only change is in the volume unit — from cubic yards to cubic metres — using the factor 0.764555. To reverse the conversion (m³/h back to yd³/h), multiply by 1.30795.
yd³/h → m³/h: Multiply by 0.764555
m³/h → yd³/h: Multiply by 1.30795
1 yd³/h = 764.555 L/h = 27 ft³/h = 0.01274 m³/min
Flow rate is one of the most critical measurements across engineering, construction, and industrial operations. Converting yd³/h to m³/h is routinely required when matching pump performance data from North American manufacturers to metric project specifications, or when reporting environmental flow measurements to international regulatory bodies. Accurate flow rate conversion ensures equipment operates within design parameters and legal compliance is maintained.
Pumps are often rated in yd³/h in US and Australian markets but specified in m³/h in international tenders. Converting between these units ensures correct pump selection, pipe sizing, and system pressure calculations for any 2026 infrastructure project.
During excavation and tunnelling, groundwater must be pumped out at a specific flow rate. Dewatering pump specifications are commonly listed in yd³/h in imperial markets, requiring conversion to m³/h for metric engineering designs and environmental impact assessments.
Mining and dredging operations move enormous volumes of slurry and water hourly. Converting yd³/h to m³/h is essential for comparing equipment from different suppliers, calculating operational costs per cubic metre, and meeting mine plan volumetric targets.
River flow rates, irrigation discharge, and stormwater drainage capacities are measured in both yd³/h and m³/h depending on regional standards. Hydrologists and water engineers regularly convert between these units when preparing cross-border environmental reports.
The primary difference between yd³/h and m³/h lies in the measurement system — imperial versus metric. Since one cubic metre is larger than one cubic yard (1 m³ ≈ 1.308 yd³), a flow rate expressed in m³/h will always have a smaller numerical value than the same flow expressed in yd³/h. For example, a pump moving 100 yd³/h is moving 76.46 m³/h — same physical flow, different numbers.
Use yd³/h when working with US, Canadian, or imperial-system equipment datasheets and specifications. Use m³/h for international projects, European suppliers, metric engineering standards, and environmental reporting. Our converter makes switching between both units instant and error-free for any 2026 application.
Never use the linear yard-to-metre factor (0.9144) to convert flow rates. Volume conversions require the cubed factor (0.764555). Applying the wrong multiplier introduces an error of over 15%, which in engineering contexts can lead to undersized pumps, flooded excavations, or failed system designs.
Understanding pump flow rate specifications is critical for construction dewatering, irrigation, and industrial fluid systems. Converting yd³/h to m³/h ensures correct pump selection for any project scale in 2026.
Explore More Converters →Stormwater drainage and river flow calculations require accurate volumetric flow rate conversions. Our tools support hydrologists, civil engineers, and environmental consultants working across metric and imperial standards.
Pressure Converters →Dredging, slurry pumping, and mine dewatering demand precise flow rate data in both yd³/h and m³/h. Use our complete suite of conversion tools to keep all your 2026 project documentation consistent and accurate.
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