Wind chill·-8°C · 30km/h
Feels like
-16.9 °C
Air temperature -8 °C · 30 km/h

-8 °C with 30 km/h wind — feels like -16.9 °C

At -8 °C with a 30 km/h wind it feels like -16.9 °C — 8.9 degrees below the actual air.

Air temperature
-8 °C
Wind speed
30 km/h
Below the actual air
8.9 °C
With barely any wind
-10.7 °C
In Fahrenheit
1.6 °F
Frostbite in
not in this table’s danger range

The air did not actually get colder

Wind chill translates how fast moving air strips heat from skin into a temperature. If the air is −10 °C, water still freezes at −10 °C no matter that it feels like −20 — and so do pipes, radiators and everything else that is not a person.

Nearby cells

Find it by temperature and wind

The first breeze does the most

Going from 5 to 20 km/h drops the felt temperature sharply; going from 40 to 50 barely moves it. The 0.16 exponent in the formula is what bends the curve that way.

How to read this

  • Feels like = 13.12 + 0.6215T − 11.37V^0.16 + 0.3965T·V^0.16, with T in °C and V in km/h.
  • Stronger wind always lowers the number, but each extra km/h lowers it less than the last.
  • The formula applies only at 10 °C or below with wind of at least 4.8 km/h.
  • It is a measure of how cold a person feels, not of the air — water still freezes at the air temperature.

These are estimates. The standard formula assumes dry skin, shade and level ground: sunshine makes it feel warmer, wet clothing far colder, and what you wear matters as much as the number.

Frequently asked questions

Q. What does -8 °C with 30 km/h feel like?

Like -16.9 °C — 8.9 degrees below the actual air.

Q. And with almost no wind?

At the same temperature with a 5 km/h breeze it would feel like -10.7 °C.

Q. Is bare skin safe?

It is outside this table’s frostbite range, though getting wet changes that quickly.

Q. What is that in Fahrenheit?

1.6 °F.