How It Works

Kalkulator steps to km calculator methodology online gratis. Dapatkan hasil yang dipersonalisasi berdasarkan tinggi badan, jenis kelamin, dan jenis aktivitas Anda.

Konverter Langkah

Satuan utama
langkah
Masukkan nilai antara 1 dan 1,000,000
7.62 km km
4.73 miles
Berdasarkan panjang langkah rata-rata: 0.76m Panjang langkah Anda — jarak yang Anda tempuh dalam satu langkah dan dasar dari semua jarak di bawah. Sesuaikan dari tinggi badan Anda atau nilai kustom melalui Sesuaikan.
Bagus! Jadikan kebiasaan — atur target harian. Lacak jalan kakimu

How the Steps to KM Converter Works

This calculator turns a step count into distance, calories, and time using transparent, widely-used formulas — no tracking and no black box. Every figure across the site, including the tables on our other pages, is produced by the same engine described here.

1. Distance

Distance is your step count multiplied by your step length in metres, divided by 1,000 to give kilometers:

Distance (km) = steps × step length (m) ÷ 1,000

For an average adult with a 0.762 m walking step, that is about 1,312 steps per kilometer. Miles are derived by dividing kilometers by 1.609344.

2. Step Length

When you enter your height, step length is estimated as a fraction of it — the well-established biomechanics approximation:

Step length (m) = height (m) × stride factor

The walking stride factor is 0.415. Faster activities have longer strides, so the factor increases. Without a height, the calculator uses canonical adult averages of 0.762 m (male) and 0.67 m (female).

Activity Assumptions Used by the Calculator
ActivityAssumed speedMET valueStride factor (× height)
Walking5 km/h3.50.415
Jogging8 km/h70.550
Running12 km/h11.50.650
Hiking4 km/h60.400

3. Calories

Calories use the MET (Metabolic Equivalent of Task) method from the Compendium of Physical Activities:

Calories = MET × body weight (kg) × time (hours), where time = distance ÷ speed

These are gross estimates — they include the energy you would burn at rest. Actual expenditure varies with fitness, terrain, gradient, and pace, so treat them as a good approximation rather than a precise measurement.

4. Sources & Accuracy

The MET values and activity speeds come from the Compendium of Physical Activities, the standard reference for the energy cost of physical activities. The height-to-stride factor is a widely-used biomechanics approximation. Because step length depends on your height, gait, and speed, the most accurate results come from entering your height — or, for maximum precision, your own measured step length in the Personalize panel.

Pertanyaan yang sering diajukan

It multiplies your step count by your step length in metres and divides by 1,000. Step length is estimated from your height (height × 0.415 for walking) or a canonical adult average when no height is given.

They are gross estimates using the MET method (MET × weight × time) from the Compendium of Physical Activities. Actual burn varies with fitness, terrain, and pace.

About 0.762 m for an average man and 0.67 m for an average woman when no height is entered. Entering your height gives a personalized step length.