weightloss.com.au
Free calculator

Steps to Kilojoules Converter

Your fitness tracker counts steps - but how much energy does that represent? This converter estimates how many kilojoules you burn based on your step count and body weight.

1

Enter your details

steps
kg

Energy Burned

Example

Example figures, not your own. Worked for 8,000 steps at 75 kg. Enter your own details and press Calculate.

Kilojoules Burned

1,435kJ

Calories Equivalent

343kcal

How It Works

Energy from steps is estimated using the average energy cost of walking: approximately 0.04 kcal per step for a 70 kg person. The calculation scales with your body weight. This means 10,000 steps for a 70 kg person burns roughly 1,170 kJ (280 kcal).

How to use it

  1. 1Enter your daily step count
  2. 2Enter your body weight in kilograms
  3. 3See the estimated kilojoules and calories burned

Quick Reference

StepskJ BurnedCalories Burned
1,00018043
2,00035986
3,000539129
5,000898215
7,5001,347322
10,0001,796429
12,5002,245537
15,0002,694644
20,0003,593859

Based on 75 kg body weight at a moderate walking pace.

How This Is Calculated

kcal = steps × 0.04 × (weight_kg ÷ 70)
steps
= number of steps walked
0.04
= estimated kcal per step at 70 kg reference weight
weight_kg
= your body weight in kilograms
70
= reference body weight (kg) for normalisation

Based on the Compendium of Physical Activities. Assumes moderate walking pace (~5 km/h). Actual energy expenditure varies with speed, incline, and fitness.

Frequently Asked Questions

How many kilojoules is 10,000 steps?
For a 70 kg person, 10,000 steps burns approximately 1,170 kJ (280 kcal). For an 85 kg person, it's about 1,420 kJ (340 kcal). Your weight significantly affects the energy burned.
How many kJ is 8,000 steps?
For a 70 kg person, 8,000 steps burns approximately 936 kJ (224 kcal). The calculation scales linearly - 8,000 steps is 80% of the energy burned in 10,000 steps.
How accurate is the steps to kJ conversion?
This is an estimate based on average walking pace and stride length. Actual energy expenditure varies with walking speed, terrain, and individual gait. It provides a useful ballpark for daily energy tracking.

Related Tools

All tools