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kip/ft to kN/m Converter — Force Converter
Load Converter
Structural
0

Formula
01

What this converter does

This converter turns kips per foot into kilonewtons per metre and back instantly. It also covers N/m, lb/ft and lb/in — every pair uses an exact fixed factor. Type a value, pick your units, and read the result as you type.

A kip per foot is 14.594 kN/m. US design uses kip/ft; SI codes use kN/m. For a point force, see the kip to kN converter.

02

The units it covers

Every unit measures a line (distributed) load, converting through the newton-per-metre with a fixed ratio.

View all units & their values
UnitSymbolValueMainly used
Kilonewton per metrekN/m1000SI line load
Newton per metreN/m1SI base line load
Kip per footkip/ft14593.9US line load
Pound per footlb/ft14.5939Light US line load
Pound per inchlb/in175.127US detailing
03

The formula

Each unit has a fixed value in newtons per metre, so any conversion goes through the N/m once:

Conversion
result = value × factor_from ÷ factor_to

Where:

  • value = the number you typed, in the “from” unit
  • factor_from = the “from” unit’s value in newtons per metre
  • factor_to = the “to” unit’s value in newtons per metre
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Worked example

Convert 2 kip/ft to kN/m.

Step 1 · The factor
1 kip/ft = 14.5939 kN/m
Step 2 · Multiply
2 × 14.5939 = 29.19 kN/m

So a 2 kip/ft line load is about 29.2 kN/m.

05

The units in this example

Kip per footsymbol: kip/ft

A US line-load unit — one kip over each foot of span — used for beam, girder and wall loads.

Common line-load conversions
  • 1 kip/ft ≈ 14.594 kN/m
  • 1 kip/ft = 1,000 lb/ft
  • 1 kip/ft ≈ 83.33 lb/in
  • 1 kip/ft ≈ 14,593.9 N/m
Kilonewton per metresymbol: kN/m

The SI line-load unit — a kilonewton per metre of length — standard in Eurocode structural design.

Common line-load conversions
  • 1 kN/m = 1,000 N/m
  • 1 kN/m ≈ 0.06852 kip/ft
  • 1 kN/m ≈ 68.52 lb/ft
  • 1 kN/m ≈ 5.71 lb/in
06

FAQ

QHow many kip/ft is 1 kN/m?
One kN/m equals about 0.06852 kip/ft.
QIs kN/m a pressure?
No — it is force per unit length (a line load), not force per unit area.
08

Sources

AISC — steel construction · NIST SP 811 — SI units

InfoCalculator Editorial Team Fact-checked
Updated Jul 2026 · 3 min read · Reviewed by the InfoCalculator editorial team