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I have blogged about aerial wildland firefighting since 2009. I am not a firefighter and am not a pilot, just an interested bystander who wants to learn more and share what I learn here. Join me here as I blog on the aircraft and the pilots who fight wildland fires from the air in support of crews on the ground. I also blog on concerns affecting fire crews on the ground as well as other aviation and meteorology issues. Learn what it takes to do jobs that are staffed by the best of the best.
The interphone was dead . . . .He climbed quickly up the little ladder in the back of the nose compartment, emerging right behind the pilot's seat. A cold wind swirled blue smoke around the cockpit, sparks were spewing from a fuse box next to the top gun turret. Tony could see blue sky. Flak had ripped away a sizable pice of the bomber's roof. . . . (Ayers, 2005, 46).
‘I think they're ours,’ Robinson announced from the top turret. Then when he could make out the fighters' distinctive shapes, he added, ‘Yeah, its two little friends.’ Moment's latter two shiny P-51 Mustangs pulled alongside of Chart's number 015 Fortress--one cruising just feet away from each of the bomber's wingtips. Chart returned a friendly wave from one of the fighter pilots, and then everyone on board found himself smiling and waving.
Tony was not surprised when their skipper announced his intentions. They would be continuing back to England. Whether it was the friendly fighter escort that had tipped the scale, Chart did not say, and Tony would never know. Chart had made his decision and his men trusted him. (Ayers 2005, 50)
The Fortress inspired a tremendous confidence. It was the only propeller driven aircraft I have flown that was completely viceless; there was no undesirable flight characteristics. The directional stability was excellent, properly trimmed, the B-17 could be taken-off, landed and banked without change of trim. Both ailerons and elevators were particularly responsive for such a large multi-engined airplane, so there was normally no effort at the wheel even at quite high altitudes. The B-17G was a totally predictable aircraft. Most warplanes were given to some scary situations and you could, of course, get into trouble with any of them. But in normal circumstances, you had to be a really sloppy pilot to get into trouble with a B-17 (Freeman 1977, 114).Of interest to me was getting an idea of how the pilot and co-pilot work together. Each have jobs to do, and they often work from check-lists. For example, Jim Fletcher (co-pilot of a B-17 in WW II) describes some of the tasks that the co-pilot did (Freeman 1977, pp. 116-9). The co-pilot works with the pilot where the pilot may ask the co-pilot to do a certain task on the appropriate check-list. These tasks included but are not limited to:
It was a beautifully designed, streamlined, gleaming giant of a plane. The wings spread to more than a hundred and three feet, the cylindrical fuselage stretched almost sixty-nine feet from turret to tail. Immediately striking, was the array of four giant Pratt and Whitney engines protruding, from the wind, each with a three bladed, eleven and a half foot in diameter, propeller. ... These five gun emplacements won the 299 the name of Flying Fortress. So did the size ... . One of the main wheels was almost as tall as a man and the elevator spanned thirty-three feet--three feet more than the wingspan of the Boeing’s F4B-4 Fighter (Jablonski 1965: 6).Added on September 4, 2017, the video of the model 299 prototype that I posted in March 2011 is no longer available on youtube. But I did some information on the model 299 from Historic Wings.
To drop a full load at Coverage Level 6, I would have the co-pilot arm the tank system, and I would set the intervelometer to the 12 o'clock position (1), set the timer to 0.4 and set the doors to open selector to 8. Assuming that we'd gone through the Descent Check List while descending into the drop pattern I should be set. All that I have to do next is to determine the correct place to begin the drop and hold down the drop button (located on the yoke) until all of the doors open.
As far as having to jettison retardant in an emergency, it all depends on the severity of the emergency, the location and other local circumstances. In most cases, such as an engine failure deep in a canyon, there will be time for some quick (maybe 15-30 seconds) of trouble-shooting followed by determining if there is time (and the terrain allows) to fly to a suitable drop area. If we really are deep in a canyon, a suitable drop area will be anyplace nearby that doesn't contain a water source, people, vehicles or structures.
Again, it all depends on the circumstances. Generally, it will be possible to fly a few miles to an open area, but it's better for a spot on the ground to be covered with retardant than the flaming wreckage of an airplane. It would be unlikely that we would climb out of a canyon with 3 engines to carry the load to a designated jettison area. However, if the failure occurred enroute to the fire at altitude, that could be an option. There are also other emergencies not involving engines. Hydraulic problems being high on the list. I also once had a failure causing the loss of the fabric on the rudder on Tanker 62 during a drop run.
As I've mentioned before, nothing is ever easy in the tanker business.
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| obtained from http://radar.srh.noaa.gov/fire/briefing.php on 2/15/11 |