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Selecting Your Deployment Site

The characteristics of an effective deployment site have not changed. Your goal in selecting a deployment site is to keep the fire shelter away from heat, especially flames. Practice evaluating deployment sites so that you can recognize them quickly under stress. Identify effective sites whenever you are on the fireline so you know where they are before you need one.

A rocky mountain forest

1. Keep away from narrow draws, chutes, and chimneys. They tend to funnel smoke, flames, and hot gases that can damage your shelter.

A rocky mountain forest

2. Avoid saddles on ridgetops. They also funnel smoke and heat.


A dirt road in through wildland forest.

3. Flat areas on slopes, such as benches, or road cuts, offer some protection from radiant and convective heat. These level areas can keep you below the path of flame and convective heat. Do not deploy in the middle of a road if vehicles may be passing. A drainage ditch on the uphill side of a road cut can be an effective deployment site unless it contains fuels that could ignite and burn the shelter. Four firefighters deployed their fire shelters on this road during a burnover. All four survived with only minor burns.

A rocky mountain forest

4. Stay out of draws, even when deploying on a road.


Birds eye view of a smoke rising above trees in a forest
A rockslide with tall trees in the forefront
A rocky mountain forest.
5. Try to pick natural firebreaks such as wet meadows, wide streambeds, swampy areas, and rockslides.


A rocky mountain forest
A rocky mountain forest
6. Do not deploy in or next to tall or thick grass, small trees, trees with low branches, brush, piles of slash, or firefighting equipment such as packs, parachutes, tools, or chain saws. Firefighters have been burned because they deployed too close to such fuels. Large rockslides can be effective deployment sites, but you must stay away from brush and trees, and from fuels scattered in the rocks. Even though it can be difficult to hold the edges of the shelter down, large, jumbled rocks, rockslides sometimes offer the largest area free of fuels and may be the best option for deployment.


A rocky mountain forest

7. Ground fuels, such as grass, or tree litter, can ignite rapidly. Clear the deployment site to mineral soil if time allows. If time is critical, pick a site with the sparsest fuels.

A rocky mountain forest

8. Deploy fire shelters well away from thick vegetation such as the shrubby understory and trees.


A rocky mountain forest

9. Boulders, large rocks, buildings, vehicles, and equipment can provide buffers from the heat of the fire. Keep in mind that when vehicles, equipment, and buildings catch fire, they burn hot, and for a much longer duration than the vegetation around them. This can lead to shelters being exposed to heat for a prolonged period, well after the flame front has passed. This may keep firefighters in their shelters longer, exposed to prolonged levels of dangerous heat.

A rocky mountain forest

10. Avoid areas where rocks or logs can roll on you or snags can fall on you.


A rocky mountain forest

11. The lee side of a ridgetop can be an effective deployment site because the flames and hot gases tend to rise above the ridge. Fire intensity usually drops when fire reaches a ridge. But be alert for the possibility that firebrands might ignite fires below you on the lee side of the ridge.

A rocky mountain forest

12. Burned-out areas can be effective deployment sites if there is no fuel left to reburn. Be aware of residual heat and hotspots on the ground. Scrape the ground if possible to clear away any heat and burning materials. Burn injuries have occurred from firefighters deploying in the black that was still hot.


A rocky mountain forest
A rocky mountain forest
13. Wide areas that have been cleared of fuel, such as dozer lines or roads, can be good deployment sites, depending on the size of the area that has been cleared and the behavior of the fire.

 

A rocky mountain forest
A rocky mountain forest
14. Bodies of water can be adequate deployment zones, however you should be aware of several hazards if you find yourself having to use a body of water. Deployments can last from several minutes to an hour or more. If the water is over your head in depth, you may be at higher risk of drowning especially once your boots and clothing become waterlogged. Since water removes heat from the body much faster than air, you may be at risk of hypothermia from deployments in bodies of water. If there is a current to the water your fire shelter may be hard to hold on to or you may become entangled in your shelter and drown. The fire shelter’s ends can fill with water and become very heavy. For further information read this tech tip on deploying in bodies of water.

 

 
 

NWCG Latest Announcements

NWCG Equipment Technology Committee Releases Safety Warning: 25-001 Non-specification fire shelters

Date: January 15, 2025
Contact: Equipment Technology Committee

The Equipment Technology Committee (ETC) has released Safety Warning: 25-001 Non-specification fire shelters. Non-specification fire shelters claiming to meet Forest Service (FS) fire shelter specification 5100-606 were first found in February of 2023. As of September 2024, non-specification shelters are again being advertised and sold on the open market.

This Safety Warning outlines details and recommended procedures to purchase FS specification shelters made with materials and components that meet performance criteria and toxicity testing requirements outlined in FS Specification 5100-606. 

For additional information on identifying non-specification shelters, please view ETC Safety Warning 23-01.

References:

ETC Safety Warning 25-001: Non-specification fire shelters

NWCG Equipment Technology Committee

ETC Safety Warning 23-01

Paul Gleason Lead by Example Awards

Date: January 14, 2025
Contact: Leadership Committee

The NWCG Leadership Committee has awarded the 2023 Paul Gleason “Lead By Example” awards to individuals in the categories of Initiative and Innovation, Mentoring and Teamwork, and Motivation and Vision, as well as a Lifetime Achievement Award.

Congratulations to the awardees:

  • Sam Bowen, Superintendent of the Mark Twain Veteran Crew with the U.S. Forest Service.
  • Greg Titus, Zone Fire Management Officer for the St. Marks National Wildlife Refuge with U.S. Fish and Wildlife Service.
  • Renae Crippen, Manager of the Blue Mountain Interagency Dispatch Center with the U.S. Forest Service.
  • Eric Carlson, Instructor with OMNA International.

References:

Paul Gleason Lead by Example Award

Wildland Fire Leadership Development Program

Interview with Paul Gleason

Updated NWCG Standards for Water Scooping Operations, PMS 518

Date: December 19, 2024
Contact: Water Scooper Operations Unit

The NWCG Standards for Water Scooping Operations, PMS 518 establishes the standards for dispatching, utilizing, and coordinating water scooping aircraft on interagency wildland fires. These standards should be used in conjunction with the NWCG Standards for Aerial Supervision (SAS), PMS 505, and any local, state, or geographic/regional water scooping plans.

References:

NWCG Standards for Water Scooping Operations, PMS 518

Updated NWCG Standards for Aerial Supervision, PMS 505

Date: December 19, 2024
Contact: Interagency Aerial Supervision Subcommittee

The Interagency Aerial Supervision Subcommittee has updated the NWCG Standards for Aerial Supervision, PMS 505. PMS 505 establishes standards for aerial supervision operations for national interagency wildland fire operations. 

References:

NWCG Standards for Aerial Supervision, PMS 505