Nm to ft-lbs Converter

Convert torque between Newton-meters and foot-pounds force instantly

Torque Converter

N⋅m
0
ft⋅lbf
Foot-pounds force (ft⋅lbf)

Conversion Summary

0
Newton-meters (N⋅m)
0
Foot-pounds force (ft⋅lbf)
1 N⋅m = 0.737562 ft⋅lbf | 1 ft⋅lbf = 1.35582 N⋅m

Common Torque Conversions

Newton-meters to Foot-pounds

1 N⋅m0.738 ft⋅lbf
5 N⋅m3.688 ft⋅lbf
10 N⋅m7.376 ft⋅lbf
25 N⋅m18.439 ft⋅lbf
50 N⋅m36.878 ft⋅lbf
100 N⋅m73.756 ft⋅lbf

Foot-pounds to Newton-meters

1 ft⋅lbf1.356 N⋅m
5 ft⋅lbf6.779 N⋅m
10 ft⋅lbf13.558 N⋅m
25 ft⋅lbf33.895 N⋅m
50 ft⋅lbf67.791 N⋅m
100 ft⋅lbf135.582 N⋅m

Quick Reference

Key Conversion Factors
• 1 N⋅m = 0.737562 ft⋅lbf
• 1 ft⋅lbf = 1.35582 N⋅m
• 1 N⋅m = 8.851 in⋅lbf
• 1 N⋅m = 1 Joule
Memory Aid
To convert N⋅m to ft⋅lbf:
Multiply by 0.7376
To convert ft⋅lbf to N⋅m:
Multiply by 1.3558

Common Applications

🔧

Automotive

Engine bolts, wheel lugs, transmission components

⚙️

Industrial

Machinery assembly, gear systems, motor specifications

🏠

Construction

Structural bolts, equipment fasteners

Torque Tips

Always use proper torque specifications

Newton-meter is the SI standard unit

Foot-pounds commonly used in US/Imperial

Use calibrated torque wrenches for accuracy

Understanding Torque Units: Nm vs ft-lbs

What is Torque?

Torque is the rotational force that causes an object to rotate around an axis. It's calculated as the product of force and the perpendicular distance from the axis of rotation (lever arm).

Newton-meters (N⋅m)

The SI unit of torque, representing one newton of force applied at a distance of one meter from the rotation axis. Commonly used in metric countries and scientific applications.

Conversion Formula

ft⋅lbf = N⋅m × 0.737562

N⋅m = ft⋅lbf × 1.35582

Foot-pounds force (ft⋅lbf)

An imperial unit representing one pound-force applied at a distance of one foot from the rotation axis. Commonly used in the United States for automotive and construction applications.

Practical Example

Engine Bolt Torque

Specification: 12 ft⋅lbf

Calculation: 12 × 1.3558 = 16.27 N⋅m

Result: 16.27 N⋅m torque required

Key Differences

  • N⋅m: Metric system, international standard
  • ft⋅lbf: Imperial system, common in US
  • Conversion: N⋅m ≈ 0.74 × ft⋅lbf