Unit Converter - Starlightopia

A list of units symbol and data.
From kgf·m	To tonf·ft	All conversion
1 kgf·m	0.003284333934941275 tonf·ft
2 kgf·m	0.00656866786988255 tonf·ft
3 kgf·m	0.009853001804823826 tonf·ft
4 kgf·m	0.0131373357397651 tonf·ft
5 kgf·m	0.016421669674706374 tonf·ft
6 kgf·m	0.01970600360964765 tonf·ft
7 kgf·m	0.022990337544588922 tonf·ft
8 kgf·m	0.0262746714795302 tonf·ft
9 kgf·m	0.029559005414471477 tonf·ft
10 kgf·m	0.03284333934941275 tonf·ft

A list of units symbol and data.

From kgf·m

To tonf·ft

All conversion

1 kgf·m

0.003284333934941275 tonf·ft

2 kgf·m

0.00656866786988255 tonf·ft

3 kgf·m

0.009853001804823826 tonf·ft

4 kgf·m

0.0131373357397651 tonf·ft

5 kgf·m

0.016421669674706374 tonf·ft

6 kgf·m

0.01970600360964765 tonf·ft

7 kgf·m

0.022990337544588922 tonf·ft

8 kgf·m

0.0262746714795302 tonf·ft

9 kgf·m

0.029559005414471477 tonf·ft

10 kgf·m

0.03284333934941275 tonf·ft

Kilogram-Force Meter (kgf·m)

The kilogram-force meter is a gravitational metric unit of torque, representing the moment of a one kilogram-force acting one meter from a pivot point. It equals 9.80665 Newton meters and is commonly used in regions that rely on the metric gravitational system. This unit is especially prevalent in engineering contexts that focus on force derived from mass under gravity, such as mechanical systems, testing machinery, and automotive torque specifications.

Although Newton meters are more globally standardized, the kgf·m remains relevant in practice, offering an intuitive understanding of torque through weight-based analogies.

Ton-Force Foot (tonf·ft)

The ton-force foot is used to represent large torque values in heavy industrial settings. It measures the moment created by one ton-force acting at a distance of one foot. This unit equals approximately 2,985.887 Newton meters, making it suitable for high-load torque scenarios such as structural engineering, shipbuilding, and heavy-duty lifting mechanisms.

Because of its magnitude, this unit is primarily reserved for systems where conventional torque units are insufficient to describe the forces involved.

1 Kilogram-Force Meter = 9.80665 Newton Meter

Convert 2 kgf·m → N·m

1 Kilogram-Force Meter = 980.665 Newton Centimeter

Convert 2 kgf·m → N·cm

1 Kilogram-Force Meter = 9806.65 Newton Millimeter

Convert 2 kgf·m → N·mm

1 Kilogram-Force Meter = 0.00980665 Kilonewton Meter

Convert 2 kgf·m → kN·m

1 Kilogram-Force Meter = 980664.9999999999 Dyne Meter

Convert 2 kgf·m → dyn·m

1 Kilogram-Force Meter = 98066500 Dyne Centimeter

Convert 2 kgf·m → dyn·cm