Learning to Fly the Fortress

Memorable flights and other adventures

The B-17’s cockpit ages well, but the copilot needs both hands to start the engines, and taxiing can be tricky. (Courtesy Eileen Bjorkman )
Air & Space Magazine

The tower at Oshkosh, Wisconsin, clears me to land in a crosswind gusting to 40 knots, 5 over the limits of the Boeing B-17 Flying Fortress I’m trying to land for the first time. My instructor, Bob Davis, utters a few choice words, but we don’t have other options—the better-aligned runway at nearby Appleton is closed because of ice.

Like many pilots, I’ve fantasized about flying one of the most famous bombers from World War II, and in the summer of 2013 the Experimental Aircraft Association Foundation listed a B-17 copilot checkout package on eBay. I had just come into some spare cash that I meant to move into a retirement account, but a B-17 rating on my pilot’s license was too tempting. I met the minimum requirements: both multi-engine and instrument ratings, a tailwheel qualification, and “recent experience.” (I didn’t actually meet the recent-experience requirement, but I figured a few days’ training would remedy that.) I submitted my minimum bid, and much to my surprise the package was mine a week later.

Despite over 850 hours in taildraggers—airplanes with tailwheels handle differently from those with conventional tricycle gear—I’d never flown an airplane bigger than a Piper Aztec, which boasts a maximum gross weight about 1/10 that of the B-17. I spent several weeks in a Piper Apache, refreshing my multi-engine and instrument skills.

Of nearly 13,000 built, Aluminum Overcast is one of only about a dozen Flying Fortresses airworthy today. (Brady Lane/EAA)
The author, a newly certified B-17 copilot (right), poses with instructor Bob Davis (left) and the Experimental Aircraft Association’sAluminum Overcast. (Courtesy Eileen Bjorkman )

The day after a brief ground school, I catch my first glimpse of EAA’s Aluminum Overcast. Nearly 20 feet tall, the Fortress towers over the other aircraft arrayed in the hangar—a helicopter, several aerobatic airplanes, and something under restoration that looks like a drone. Bob Davis is a former Air Force aviator, retired airline pilot, ex-airshow performer, and member of three aviation halls of fame. He’s been flying the Experimental Aircraft Association’s B-17 since the early 1990s, and travels the country with his wife Michelle (also a pilot) as one of only two FAA-designated pilot examiners in the airplane. When Bob flew Aluminum Overcast into Van Nuys, California, he met a woman who had built B-17s in a Burbank factory during World War II. After Bob told her the serial number of Aluminum Overcast, she pulled a small notebook from her purse, leafed through it, and said, “I did some rivet work on this airplane.” I feel instant affection for this Rosie the Riveter and her contribution to my flight in this marvelous piece of history 70 years later.

The preflight check and getting the B-17 out of the hangar are exercises in teamwork. Bob and I walk around the airplane looking for dents and dings while three crew chiefs crawl on wings to check fuel and oil levels. I feel like a queen on her throne as we strap in and watch the ground crew marshal us to the tarmac.

Once on the ramp, Bob and I start the four powerful radial engines. The start is quite easy, involving only some minor acrobatics as I toggle switches with both hands. As the nine-cylinder engines spring to life, their rumbling pulses through my body and I imagine myself as part of a World War II crew heading out to attack German targets, or perhaps a member of the WASP ferrying a new B-17 across the Atlantic to a unit in England.

Next is taxiing, which is more involved. The tailwheel locks for straight taxiways, but turns require an unlocked tailwheel, asymmetric thrust, and judicious braking. The howling crosswind complicates my first attempt, and I investigate both sides of the taxiway as Bob provides hints and a bit of help with the confusing throttle setup.

A brief storm the night before has lightly coated the ramp areas with ice and snow, making the run up tricky; when engine checks produce the expected asymmetric thrust, we start sliding. But Bob knows a trick from his early airline days, and he repositions the Fortress’ main wheels onto dry patches to finish the run up.

About Eileen Bjorkman

Eileen Bjorkman, a retired U.S. Air Force flight test engineer, is working on a book about the history of homebuilt aircraft.

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