Early Airline Flying and the Airmail


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n February 1934, not long after the introduction of early “blind flying” instruments such as the barometric altimeter, artificial horizon, radio compass, rate-of-climb, and the turn-and-bank indicator, a political scandal over the awarding of airmail contracts prompted President Franklin D. Roosevelt to cancel all airline airmail contracts. It was a costly mistake. In place of the airlines Roosevelt ordered the U.S. Army Air Corps to fly the airmail, though not all airmail routes were assigned. Air Corps pilots during this period were not trained for all-weather flying, many had limited night flying experience, and most were unfamiliar with the airmail routes. In addition, most AAC aircraft were not equipped with up-to-date navigation instruments. The AAC pilots hurriedly began to familiarize themselves with selected routes and AAC technicians started to refit aircraft for the new assignment. 

The results were disastrous. After “fifty-seven accidents and twelve deaths in seventy-eight days,” the airmail was handed back to the airlines (Solberg, Conquest of the Skies). The experience had some positive effects, however, in that it focused government attention on the needs of the Air Corps, which at the time had very limited funding and lacked a “blueprint” for growth and development in the coming years (Aviation Quarterly, Vol. 2, No. 4).  

The airline flying during the 1930s was very different from what we are accustomed to today. Pilots generally had to fly under or around storms, to the extent that aircraft range allowed, and had no radar to guide them. Today’s elaborate electronic systems have replaced manual navigation, which relied on pilotage and dead reckoning.* 

In Eagles Must Fly, Jack Jaynes, an early FAA inspector, recorded numerous examples of this type of flying as he performed check rides with airline pilots who carried both the airmail and passengers. Jaynes describes how minimal conditions at take-off often quickly deteriorated into below minimum conditions in the air. Cold weather, the rue of northern airmail routes, not only brought visibility problems, it also often froze aircraft instruments. Jaynes tells of one flight where the co-pilot routinely removed the compass and took it back to the passenger cabin to thaw; another example where the throttles froze in cruise and the pilot had to cut his air speed for landing by repeatedly toggling the master switch to the engines. Other examples included incidents in which pilots had to move passengers to the rear of the cabin to keep the tail down for landings on flooded runways, and had to dodge obstacles on the ground to stay below a thick overcast. For example, Jaynes describes a flight with Ham Lee of Boeing Air Transport (later United Airlines), from Omaha to Cheyenne, March 1, 1932, in which he recounts that he began to take notes which he hoped one of his fellow inspectors would find as they sifted through the inevitable crash site: “I was thrown around . . . by his almost constant S’ turning and only after gluing my face to the small window did I realize what he was doing. He was banking around haystacks, barns, houses, windmills, trees, etc. We had practically no forward visibility and he was down on the bottom shelf and still hunting for a lower one. The snow was very heavy and the temperature registered 27 degrees below zero at Cheyenne. Ham was able to get some relief when he reached the Platte River. I estimated the river bed [at] 10 to 20 feet below the banks of the river and this increased his ceiling approximately that amount. We stayed down in the river bed practically the entire distance. To me, this flight was one to be remembered, but it was just another routine flight to Ham Lee” (Jaynes, Eagles Must Fly).

* Pilotage: Navigation with reference to the features of the earth, including landmarks and other characteristics such as wind information evident from the air, for example, blowing dust, wind patterns on water, etc. Dead reckoning: a navigation procedure by which the pilot correlates airspeed, time and direction, and factors in wind drift identified enroute.


 

 

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Last modified: 01 Dec 2007