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Crossing the North Pole the Old-Fashioned Way

Plotting a flight there like they did in the old days requires calculation, a modified sundial, and a sense of adventure. But it can be done.

The North Pole has been a target of pilots, including Peter Garrison, for quite some time. [Credit: Adobe Stock]
Gemini Sparkle

Key Takeaways:

  • Early aviation, particularly between the world wars, was driven by breaking distance records, fueled by public imagination, cash prizes, and fame, with technical challenges evolving from engine reliability to fuel capacity and aerodynamics.
  • Flying over the North and South Poles represented the ultimate test of aviation's global reach, despite controversies surrounding early claims and the inherent difficulties of such expeditions.
  • Navigating directly over the poles presented unique challenges for traditional instruments like compasses, requiring ingenious methods such as celestial navigation using the sun, a contrast to modern GPS that the author romanticizes.
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Pilots regularly toppled and replaced milestones of altitude, speed and distance during the early years of aviation, particularly during the period between the two world wars. Their flights were widely publicized. Distance especially spoke to the public imagination, perhaps because it was the aspect of air travel that presented the most intuitively accessible contrasts with the pre-aviation world. Cash prizes—big ones—were offered and won for crossing the Atlantic or flying nonstop from New York to Paris or from London to Sydney, and newspapers lavished headlines on every attempt. Besides prize money, there was always the motive of acquiring at least temporary fame, and besides that, there was the lure of faraway places with strange-sounding names.

Early Hurdles

At first, the technical challenge of long-distance flying boiled down to the reliability of engines. As reliability improved, the central problem was to get airborne with huge loads of fuel. “Fuel fraction,” the share of an airplane’s takeoff weight that is usable fuel, is a fundamental determinant of range. When fuel fraction had grown to the limits of current technology, aerodynamic improvements—drag reduction and wings of higher aspect ratio—opened a new but narrow avenue to further progress.

Peter Garrison

Peter Garrison taught himself to use a slide rule and tin snips, built an airplane in his backyard, and flew it to Japan. He began contributing to FLYING in 1968, and he continues to share his columns, ""Technicalities"" and ""Aftermath,"" with FLYING readers.

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