From tightening a bolt to designing an engine, understanding and converting torque units is fundamental. Our Torque Converter offers a quick and accurate way to convert between various units like Newton-meters (N·m), Foot-pounds (ft·lb), Kilogram-force meters (kgf·m), and many others. Simplify your mechanical calculations and ensure precision in your work!
Torque is a measure of the rotational force exerted on an object around an axis or pivot. It's what causes an object to rotate or twist. Think of using a wrench to tighten a bolt: the force you apply to the wrench handle, multiplied by the distance from the pivot point (the bolt) to where you apply the force, determines the torque. It's a critical concept in mechanics, essential for understanding machinery, engines, and structural stability.
An online Torque Converter is a digital tool designed to translate torque measurements between various units. This is particularly valuable in engineering, manufacturing, and automotive industries, where different countries or applications may use different measurement systems, ensuring consistency and accuracy in design, assembly, and maintenance.
Our converter supports a comprehensive range of torque units, covering both metric and imperial systems:
The SI unit of torque. It represents the torque resulting from a force of one Newton applied perpendicularly to a lever arm one meter long.
A common imperial unit of torque, representing one pound-force applied at a perpendicular distance of one foot.
Also known as meter-kilopond (m·kp), it's a non-SI metric unit. 1 kgf·m ≈ 9.80665 N·m.
An imperial unit similar to ft·lbf, but with the lever arm measured in inches. Used for smaller torque values.
One thousand (1,000) Newton-meters. Used for very large torque values, typically in heavy machinery or structural engineering.
A smaller imperial unit of torque, useful for very delicate applications or small mechanisms.
Other vital units include **Dyne-meter (dyne·m)**, a CGS unit of torque used in some scientific contexts.
Our online tool provides accuracy, speed, and versatility for all your torque conversion needs:
Convert across all widely recognized torque units, supporting global engineering and technical standards.
Utilizes exact conversion factors to deliver accurate and reliable results for critical applications.
Get immediate torque conversions as you type or select units, significantly speeding up your design and analysis.
Designed for ease of use, making complex torque conversions simple and accessible for everyone.
Access this powerful tool anytime, anywhere, on any device, completely free of charge.
Perfect for mechanical engineers, automotive technicians, manufacturing professionals, and DIY enthusiasts.
Converting torque measurements is quick and straightforward:
Input the numerical value of the torque you wish to convert into the designated box.
Choose the original unit of your measurement from the "From Unit" dropdown menu (e.g., "ft·lbf," "N·m").
Select the desired target unit for your conversion from the "To Unit" dropdown menu.
The converted torque value will be instantly displayed in the "Result" area.
All torque units can be related back to the **Newton-meter (N·m)**, the SI base unit:
Our converter applies these precise conversion factors to ensure the most accurate results for your needs.
Force is a push or pull that can cause linear motion or deformation. Torque is a rotational force that tends to cause rotation. While force involves linear movement, torque involves twisting around an axis. Torque is calculated as force multiplied by the perpendicular distance from the pivot point.
The Newton-meter (N·m) is the SI derived unit for torque because it is derived directly from the SI base units of force (Newton) and length (meter), making it consistent within the international system of units.
Yes, ft·lbf (foot-pound force) and lbf·ft (pound-force foot) represent the same unit of torque. The order of the units (force then distance, or distance then force) does not change the physical quantity they represent, though ft·lbf is more commonly preferred to prevent confusion with work/energy (foot-pound).
Pound-force inch (in·lbf) is typically used for smaller torque values or when working with smaller fasteners and components, as an inch is a smaller unit of distance than a foot. For example, tightening small screws or adjusting delicate mechanisms often specifies torque in in·lbf.
Absolutely. Our Torque Converter uses highly precise and internationally recognized conversion factors to ensure that all results are accurate and reliable for both academic and professional applications.
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