Torque Converter

Convert between different units of torque - newton-meters, foot-pounds, inch-pounds, and more.

Result: 0.000000

What It Does

A Torque Converter is a specialized tool for converting between different units of torque (rotational force) measurement. Torque is the rotational equivalent of linear force, causing objects to rotate around an axis. The converter converts between metric units like newton-meters (N·m) and kilonewton-meters (kN·m), imperial units like foot-pounds (ft·lb) and inch-pounds (in·lb), and gravitational units like kilogram-meters (kgf·m). This tool is essential for automotive work (engine torque, bolt tightening), mechanical engineering (motor specifications, rotational systems), construction (torque wrenches), and scientific applications. It provides accurate conversions with high precision, supporting both metric (SI) and imperial systems. Perfect for understanding engine torque ratings, bolt torque specifications, motor ratings, and any rotational force measurements.

Key Features:

  • Convert between 7 common torque units (newton-meters, kilonewton-meters, foot-pounds, inch-pounds, kilogram-meters, gram-centimeters, dyne-centimeters)
  • Real-time conversion as you type - instant results
  • Swap button to quickly reverse conversion direction
  • High precision results with up to 6 decimal places
  • Support for both metric and imperial torque systems
  • Automotive torque: foot-pounds for US vehicles
  • Metric torque: newton-meters for European vehicles
  • Mobile-responsive design for field measurements

How To Use

Convert torque values instantly between different units. Perfect for automotive work, mechanical engineering, and torque specifications.

1

Enter the Torque Value

Type or paste the torque value you want to convert into the "Value" input field. You can enter whole numbers or decimals (e.g., 100, 50.5, 0.001).

2

Select Source Unit

Choose the unit you're converting FROM using the "From" dropdown. Options include newton-meters, kilonewton-meters, foot-pounds, inch-pounds, kilogram-meters, gram-centimeters, and dyne-centimeters.

3

Select Target Unit

Choose the unit you want to convert TO using the "To" dropdown. The result updates automatically as you make your selection.

4

View Result

See the converted torque value displayed prominently in the result box. The conversion happens in real-time as you type or change units.

5

Swap Units (Optional)

Click the swap button (⇄) to instantly reverse the conversion direction, swapping the "From" and "To" units without re-entering the value.

Pro Tips

  • 1 foot-pound (ft·lb) = 1.35582 newton-meters
  • 1 newton-meter = 0.737562 foot-pounds
  • 1 inch-pound = 0.112985 newton-meters
  • Automotive torque is typically measured in foot-pounds (US) or newton-meters (Europe)
  • Bolt torque specifications vary by application and material
  • Torque wrenches are calibrated in specific units - convert to match your tool

Benefits

Automotive: Convert engine torque and bolt torque specifications
Mechanical Engineering: Convert motor and actuator torque ratings
Construction: Convert torque specifications for tools and fasteners
Education: Learn torque relationships and unit conversions
Accuracy: Eliminate manual calculation errors in torque conversions
Time Saving: Instant conversions save time over manual calculations
Safety: Ensure correct torque values for critical applications
International: Convert between metric and imperial torque standards

Use Cases

Automotive Torque Specifications

Convert bolt and engine torque specifications between units. Vehicle service manuals may specify torque in different units depending on the region.

Convert 100 foot-pounds bolt torque to newton-meters (135.58 N·m) for European vehicles

Engine Torque Ratings

Convert engine torque ratings for vehicle comparison. US vehicles use foot-pounds, while European vehicles use newton-meters.

Convert 300 foot-pounds engine torque to newton-meters (406.75 N·m) for engine comparison

Torque Wrench Calibration

Convert torque values to match your torque wrench units. Different wrenches may be calibrated in foot-pounds, newton-meters, or inch-pounds.

Convert 50 newton-meters to foot-pounds (36.88 ft·lb) to match torque wrench scale

Motor and Actuator Specifications

Convert motor torque ratings for mechanical systems. Motors and actuators may be rated in different torque units.

Convert 10 newton-meters motor torque to foot-pounds (7.38 ft·lb) for system design

Mechanical Engineering

Convert torque measurements for mechanical design and analysis. Engineers work with various torque units depending on the application.

Convert 5,000 inch-pounds to newton-meters (564.92 N·m) for engineering calculations

Frequently Asked Questions

1 What is torque and how is it different from force?
Torque is rotational force - it causes objects to rotate around an axis, while linear force causes objects to move in a straight line. Torque is measured as force × distance from the rotation axis. For example, applying 10 newtons of force at 1 meter from the pivot creates 10 newton-meters of torque. Torque units combine force and distance: newton-meters (N·m), foot-pounds (ft·lb), etc. This is why torque has different units than force - it includes both force and distance components.
2 How do I convert foot-pounds to newton-meters?
To convert foot-pounds to newton-meters, multiply by 1.35582. For example, 100 ft·lb × 1.35582 = 135.58 N·m. To convert newton-meters to foot-pounds, multiply by 0.737562. For example, 100 N·m × 0.737562 = 73.76 ft·lb. Foot-pounds are commonly used in the US for automotive torque, while newton-meters are standard in Europe and scientific applications.
3 What is the difference between foot-pounds and inch-pounds?
Foot-pounds and inch-pounds are both imperial torque units, differing only in the distance component. One foot-pound equals 12 inch-pounds (since 1 foot = 12 inches). For example, 100 ft·lb = 1,200 in·lb. Inch-pounds are used for smaller torque values (like small screws, electronics), while foot-pounds are used for larger values (like automotive bolts, engines). The converter handles both units and their conversions.
4 Why are torque specifications important?
Torque specifications ensure fasteners are tightened correctly: too loose and they may come undone, too tight and they may break or strip threads. Proper torque prevents equipment failure, ensures safety, and maintains warranty coverage. Different applications require different torque values based on fastener size, material, and application. Always follow manufacturer torque specifications and use a calibrated torque wrench for critical applications.
5 What torque unit should I use?
Use the unit that matches your torque wrench or specification manual. US automotive work typically uses foot-pounds or inch-pounds. European automotive work uses newton-meters. Scientific and engineering applications use newton-meters (SI unit). Small precision work may use inch-pounds or gram-centimeters. The converter helps you work with any unit system and convert to match your tools or requirements.
6 Can I convert very small torque values?
Yes, the converter handles very small torque values using gram-centimeters or dyne-centimeters. For example, 1 gram-centimeter = 0.0000980665 newton-meters. These small units are used for precision applications like electronics, small motors, and delicate mechanisms. The converter provides high precision (up to 6 decimal places) to handle both large (engine torque) and small (precision mechanisms) values accurately.

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