Skip to main content

Robertson Draw

Unit Information

Custer Gallatin National Forest
U.S. Forest Service
10 East Babcock Ave.
Bozeman, MT 59771

USFS Shield

Incident Contact

Beartooth Ranger District
Phone: 406-446-2103
Hours: 8am-4:30pm, Monday-Friday

Highlighted Activity

09/21/2021 Containment Now 100%
Incident Command have announced containment on the Robertson Draw Fire to be 100%. Neither smoke nor fire activity have been observed on the northwest perimeter in 40 days, despite several hot and...
News - 09/21/2021
Map of Robertson Draw Fire released on 7/24/21Image options: [ Full Size ]

THIS FIRE IS NO LONGER BEING UPDATED 

The Robertson Draw Fire started at approximately 2:17 P.M. on Sunday June 13th. Local fire departments and engines from the Custer Gallatin National Forest responded. By June 15th severe fire weather and behavior resulted in significant fire growth, as it grew from 2,000 acres to over 21,000.  Cooler weather occurred on subsequent days, including a 1/4" rain on Sunday June 20th, which helped to moderate fire behavior. The fire has also received an inch of rain between 8/15 and 8/21, which has helped to greatly moderate fire behavior. 

The fire area is in the midst of a warm/dry trend, and firefighters are remaining vigilant for changes in fire behavior and new fire starts due to the threat of thunderstorms and associated potential for strong, outflow winds.

Incident Command and cooperating agencies have discussed the long-term management of the Robertson Draw Fire. The area of concern is a portion of the fire burning on the northwest side of Mt. Maurice that is in difficult terrain and, in some areas, it is unsafe for firefighters to construct containment line and mop up hot spots. Firefighters completed containment line in the area on Mt. Maurice that they can safely access. Strategies are being implemented that reduce firefighter risk and have a high probability of success in protecting private property as well as keeping the fire confined to its current footprint. Existing hand and dozer line will be used in concert with a network of pumps and hose to protect private property and other tactics, including aerial resources, will be used to hold this fire.

Transparency is necessary with the public to convey that there is a possibility of the fire not only picking up in activity, but also spreading past the current fire perimeter if certain variables such as fuel dryness and elevated fire weather were to line up to support fire spread. All measures are being taken to avoid this possibility, but a small portion of the fire perimeter is not able to be contained and the warm, dry trend will likely continue for much of the summer. Because of the inability to mitigate the risk to firefighters on the northwest face of Mt. Maurice, the area will be living with fire until a season-ending rain or snow event takes place. 

Smoke may be seen on hot, dry days. Response will be strategic based on fire behavior, available resources, current and expected weather conditions, location of the activity, and the hazards within that location.

Basic Information

Current as of
Incident TypeWildfire
CauseHuman Caused
Date of OriginSunday June 13th, 2021 approx. 02:15 PM
Location7 miles south of Red Lodge, MT
Incident CommanderJeff Stabio, Type 4 Incident Commander
Coordinates45.015 latitude, -109.253 longitude

Current Situation

Total Personnel10
Size29,885 Acres
Percent of Perimeter Contained100%
Fuels Involved

Grass, Brush and Timber. Timber fuels contain a dead and downed component on steep slopes. Brush and grasses slightly curing on low slopes and out in the flats.

Significant Events

Containment has increased to 100%

Outlook

Planned Actions

Engines will continue patrolling the fire perimeter to monitor for fire activity. Rehabilitation will be a strong focus in the next coming weeks.

Projected Incident Activity

12 hours: Creeping and smoldering. Minimal growth can be anticipated

24 hours: Creeping and smoldering Minimal growth can be anticipated.

48 hours: Creeping and smoldering. Minimal growth can be anticipated.