The Hungry Hill fire, started when a logging helicopter crashed, has burned about 70 acres in the northeast corner of Washington. The fire is burning in a logged area, and firefighters are challenged by rolling logs. Two additional Type 1 crews arriving today should enhance their progress.
(Originally published at 12:20 p.m. MDT May 8, 2015)
On May 7 a helicopter working on a logging operation in the northeast corner of Washington crashed and started a fire. A spokesperson for the Forest Service said the 30-year old female pilot was rescued and is in stable condition at a hospital in Colville.
The crash of the UH-1 helicopter, at about 5:45 p.m., occurred on the Colville National Forest, 26 miles northwest of Colville, Washington and 7 miles south of the Canadian border.
A witness said the helicopter had just lifted off with a load of logs when there was a loud popping noise before it crashed.
The crash started what has become a 50-acre fire named Hungry Hill. It is being fought by 100 firefighters.
State forestry departments in Washington and Oregon had hoped to try out drones this summer to provide reconnaissance at wildfire scenes. But neither firefighting agency managed to pull it off. Now both plan to try again next year.
State foresters in southern Oregon acquired a remote-controlled helicopter at the beginning of fire season, but discovered they couldn’t legally fly it without pilot’s licenses. The training and paperwork are now in progress.
Meanwhile, a leader in the Northwest’s unmanned aircraft industry has launched a separate project to develop a nighttime wildfire reconnaissance capability. Eric Simpkins of Bend, Oregon, said he’s lined up four drone providers willing to donate flight time to demonstrate the new technology for wildfires.
“Fires do change during the night. Winds come up, move the fires a lot,” Simpkins said at an industry conference in Warm Springs, Oregon. “It is very hard for fire managers to know what is going on during hours of darkness and it inhibits their ability to get a quick start the next morning.”
This past July, Washington’s Department of Natural Resources got emergency approval from the Federal Aviation Administration to deploy a drone at a wildfire north of Wenatchee. Boeing subsidiary Insitu provided one of its ScanEagle unmanned aircraft to use for free. But the experiment was scrubbed at the last minute.
A state spokesman says they want to try again next summer on a tamer wildfire.
The air tanker base at Moses Lake, Washington has been extremely this summer. They have set a new record for the number of gallons of retardant pumped in a season and the month of August is not even over yet. So far they have put 1.9 million gallons of the mud in aircraft, shattering the previous record of 1.4 million that stood since 2001.
A video of a DC-10 air tanker dropping on a fire in Washington, August, 2013.
Tony Duprey uploaded this video to YouTube August 11, 2013. His description
T-911, Jojo fire, Yakima Agency, Wa. Coverage level 3, start stop. This is the 2nd split .. 8000 gallons. With Lead 41 – (great job). Dozers were able to walk through the black and build dozer line in the retardant..Nice job fella’s!! Total team effort.
Be sure you watch the last few seconds, showing where the retardant landed.
An Air Tactical Group Supervisor (ATGS) has completed a detailed comparison of the use of a DC-10 Very Large Air Tanker (VLAT) and P2V Large Air Tankers to complete the same task of creating 4.6 miles of retardant line on the Colockum Tarps Fire, which is what Tanker 911, a DC-10, accomplished during 3.12 flight hours on July 30, 2013.
The DC-10 made eleven drops from five-11,600 gallon loads of retardant. The writer figured it would take 41 drops from P2Vs to construct the same amount of retardant line. Two P2Vs could do it in two days, or four P2Vs could do it one day. Depending on which scenario was used, a DC-10 would result in a cost savings of $122,078 or $136,578.
Other advantages pointed out were that the VLAT could accomplish the objective much more quickly with a wider and more consistent retardant line, and “the eleven individual drops with the VLAT significantly reduced the number of ‘pilot drop exposures’ as compared to the number of drops/passes that would have been required with heavy airtankers”.
The DC-10 was tied up for just over three hours, but it would have taken four aircraft-days if P2Vs were used. The VLAT freed up air tankers, ASM/Bravos, and lead planes for other fires. If we had 44 air tankers like we did in 2002, that would not be as critical as the present situation, where we only have about 10 large air tankers plus one VLAT on exclusive use contracts, and one VLAT on a call when needed contract.
The 747 VLAT may become available by the end of September on a call when needed contract and we may have one or two “next generation” large air tankers in the fleet within the next few weeks.