Full Breakdown
Utah Wildfire Helicopter Crash Leaves Two Missing as Blaze Expands
8/9/2026, 12:33:00 PM
Incident Overview
A Sikorsky S-64 helicopter contracted by the U.S. Forest Service crashed Friday morning while responding to the Widemouth 2 wildfire in the Fishlake National Forest of central Utah. The aircraft was carrying a pilot and one crewmember; the U.S. National Interagency Fire Center reported that both were “fatally injured,” while the Forest Service declined to confirm their status pending a safe recovery. The crash ignited a new fire that merged with the existing blaze, placing the wreckage inside the fire’s perimeter and preventing ground crews from reaching the site for more than 24 hours.
Fire Context and Expansion
The Widemouth 2 fire, sparked by lightning in late July, had already consumed more than 114,600 acres (46,400 hectares) and was 24 % contained at the time of the crash. By Saturday, the combined area of the original fire and the new ignition had grown to nearly 174 square miles (? 451 square kilometers). The rapid expansion forced incident managers to postpone additional rescue efforts until the fire could be brought under greater control.
Response and Investigation
The U.S. Federal officials urged the public to avoid speculation about the crash’s cause. The National Transportation Safety Board was dispatched to Richfield, Utah, and will investigate the wreckage once fire conditions allow safe entry, a process the agency estimates could take a year or more.
Broader Wildfire Situation
The Utah incident occurred amid a severe western wildfire season. Fires in Washington, Oregon, Idaho and British Columbia have burned tens of thousands of acres, prompting closures in Mount Rainier National Park and evacuations of more than 20,000 residents in British Columbia. The loss of two firefighters in Utah adds to a recent tally that includes three deaths on the Colorado-Utah border in June and a fourth firefighter who later died from burn injuries. The convergence of multiple large fires continues to strain resources and limit access for emergency responders across the region.
