Impressive fire whirl in Australia

fire whirl
A still image from the video below of a fire whirl in New South Wales, Australia, February, 2019.

This video, below, of extreme fire behavior was posted by Shane Fitzsimmons, the Commissioner of the New South Wales Rural Fire Service in Australia. It shows a fire whirl, sometimes incorrectly called a fire tornado. Fire tornados exist, but they are much, much larger and can last for up to an hour or so and average 100 to 1,000 feet in diameter with rotational velocities up to 90 MPH.

Fire whirl recorded on video in the UK

Fire Whirl
Fire Whirl — Leicestershire Fire & Rescue Service

I don’t often associate extreme wildland fire behavior with the United Kingdom, but firefighters with the Leicestershire Fire and Rescue Service grabbed some video of this impressive fire whirl near Swadlincote, a town in Derbyshire, England.

Fire Whirl

Fire Whirl
Fire Whirl — Leicestershire Fire & Rescue Service

We have written about similar phenomenons several times on Wildfire Today. Here is an excerpt from a 2016 article, “Defining fire whirls and fire tornados”:


The news media sometimes calls any little fire whirl a “fire tornado, or even a “firenado”. We found out today that these and related terms (except for “firenado”) were, if not founded, at least documented and defined in 1978 by a researcher for the National Weather Service in Missoula, David W. Goens. He grouped fire whirls into four classes:

  1. Fire Devils. They are a natural part of fire turbulence with little influence on fire behavior or spread. They are usually on the order of 3 to 33 feet in diameter and have rotational velocities less than 22 MPH.
  2. Fire Whirls. A meld of the fire, topograph, and meteorological factors. These play a significant role in fire spread and hazard to control personnel. The average size of this class is usually 33 to 100 feet, with rotational velocities of 22 to 67 MPH.
  3. Fire Tornadoes. These systems begin to dominate the large scale fire dynamics. They lead to extreme hazard and control problems. In size, they average 100 to 1,000 feet in diameter and have rotational velocities up to 90 MPH.
  4. Fire Storm. Fire behavior is extremely violent. Diameters have been observed to be from 1,000 to 10,000 feet and winds estimated in excess of 110 MPH. This is a rare phenomenon and hopefully one that is so unlikely in the forest environment that it can be disregarded.”

Firefighters in British Columbia battle with fire tornado

It took possession of their fire hose

fire tornado british columbia
Screenshot from the video below by mar.lowsky

When I went through basic firefighter training the instructors did not cover what to do if a fire tornado takes possession of our fire hose.

What would YOU do if your fire hose got swept up?

FYI: In the video caption below, “line” is fire hose, and “guard” is fire control line.

Fire whirl, or waterspout, or fire tornado?

Spectacular video at a fire near Blythe, California

Above: screenshot from the video below.

Chris Mackie posted this video on July 15, 2018 of spectacular fire behavior at a wildfire on the Arizona side of the Colorado River near Blythe, California. It is not uncommon to see dust devils and fire whirls during unstable weather conditions on a fire, but as you can see beginning at about 1:10 the rotating vortex over this fire intensifies into what some might call a fire tornado (or “firenado”) as trees are uprooted and debris is thrown into the water as it moves over the river (and transforms into a waterspout?).

We have written about similar phenomenons several times on Wildfire Today. Here is an excerpt from a 2016 article, “Defining fire whirls and fire tornados”:


“The news media sometimes calls any little fire whirl a “fire tornado, or even a “firenado”. We found out today that these and related terms (except for “firenado”) were, if not founded, at least documented and defined in 1978 by a researcher for the National Weather Service in Missoula, David W. Goens. He grouped fire whirls into four classes:

  1. Fire Devils. They are a natural part of fire turbulence with little influence on fire behavior or spread. They are usually on the order of 3 to 33 feet in diameter and have rotational velocities less than 22 MPH.
  2. Fire Whirls. A meld of the fire, topograph, and meteorological factors. These play a significant role in fire spread and hazard to control personnel. The average size of this class is usually 33 to 100 feet, with rotational velocities of 22 to 67 MPH.
  3. Fire Tornadoes. These systems begin to dominate the large scale fire dynamics. They lead to extreme hazard and control problems. In size, they average 100 to 1,000 feet in diameter and have rotational velocities up to 90 MPH.
  4. Fire Storm. Fire behavior is extremely violent. Diameters have been observed to be from 1,000 to 10,000 feet and winds estimated in excess of 110 MPH. This is a rare phenomenon and hopefully one that is so unlikely in the forest environment that it can be disregarded.”

Large fire whirl on Gorman Fire

This is a very impressive large fire whirl over the Gorman Fire Friday in Los Angeles County, filmed by Kevin Takumi for FoxLA.com

The images are screenshots from Mr. Takumi’s video.

fire whirl gorman fire