The Gee Bee R One, Jimmy Doolittle, and the Flying Barrel That Set a Speed Record Nobody Else Dared to Chase

In 1932, Jimmy Doolittle flew the Gee Bee R-1 - a stubby, barrel-shaped racer widely considered the most dangerous airplane of its era - to a world landplane speed record of 296 miles per hour and a victory in the Thompson Trophy, both in the same week at the National Air Races in Cleveland, Ohio. He then retired from air racing at the peak of his success, famously noting that he had “yet to hear anyone engaged in this work dying of old age.” The airplane’s radical design made it blisteringly fast and nearly impossible to fly safely, and it went on to kill several of the pilots who flew it.

What was the Gee Bee R-1?

The Gee Bee R-1 was a purpose-built racing airplane created by Granville Brothers Aircraft of Springfield, Massachusetts. The name “Gee Bee” comes from the initials of the Granville Brothers - four siblings, led by the eldest, Zantford “Granny” Granville, who ran a small, cash-strapped shop out of a converted dance hall.

Where most designers chased speed through long, slippery, streamlined shapes, the Granvilles took the opposite approach. They identified the biggest source of drag on aircraft of the day - the large radial engine punching a hole in the air up front - and built the entire fuselage around that engine’s fat, round shape.

The result was a smooth teardrop that started wide at the engine and tapered to a point at the tail. It didn’t look like a conventional airplane. It looked like a barrel with wings: enormous up front, shrinking to almost nothing at the back, riding on tiny stub wings.

Why was the Gee Bee so dangerous to fly?

Two design choices made the Gee Bee brutal to handle. First, the tiny wings and short tail gave the airplane almost no natural stability - it did not want to fly straight and level, and it would depart into a spin if the pilot’s attention wandered for a heartbeat. Pilots compared flying it to balancing a marble on a sheet of glass while the engine tried to torque-roll them into the ground.

Second, the cockpit was pushed far back toward the tail, because the fat forward fuselage needed the room and because keeping the pilot’s head behind the widest point of the body reduced drag. That placement left the pilot staring at a mountain of aluminum and a snarling radial engine, with almost no forward visibility on takeoff and landing - precisely when he needed to see most.

Behind the cowling sat a Pratt & Whitney Wasp radial producing north of 700 horsepower in an airframe that, empty, weighed less than a modern pickup truck. It had the power-to-weight of a bullet and the stability of a thrown brick. In short, the Gee Bee was fast because it was dangerous.

Who was Jimmy Doolittle in 1932?

Most people today remember Jimmy Doolittle for the 1942 raid over Tokyo, ten years after this story. But in 1932 he was already a legend of a different kind: a racing pilot and one of the sharpest aeronautical minds in the country.

Doolittle held a doctorate in aeronautics from MIT - rare at a time when most pilots learned by scaring themselves half to death and surviving. He had already flown the first coast-to-coast crossing in under a day, and the first flight made entirely on instruments, taking off and landing blind to prove it could be done. He combined book learning and stick-and-rudder skill in a way few others could.

He understood exactly what the Gee Bee was. He reportedly called it “the sweetest ship I’ve ever flown,” then added, as an honest scientist would, that “she’s got the most sensitive controls” and “she’s not the ship for beginners.”

What records did Doolittle set at the 1932 National Air Races?

At the National Air Races over Labor Day weekend, 1932, in Cleveland, Doolittle went after two prizes and won both.

First came the Shell Speed Dash, a straight, measured three-kilometer course flown flat out in both directions to cancel the wind. Doolittle took the R-1 down onto the deck and set a world landplane speed record of 296 miles per hour - faster than any airplane on wheels had ever flown.

Then came the Thompson Trophy, ten laps around a triangular pylon course flown low and wheel-to-wheel, where a stall or spin left no room to recover and pilots had died before. Doolittle flew it like a surgeon - smooth, disciplined, managing energy rather than wrestling the airplane - and led from start to finish, winning at an average of better than 250 miles per hour around the closed course.

Why did Doolittle quit air racing?

After capturing both the speed record and the Thompson Trophy in a single week in the most feared airplane in the world, Doolittle did something rarer than winning: he walked away from air racing at the top.

His reasoning became one of the most quoted lines in aviation: “I have yet to hear anyone engaged in this work dying of old age.” It was a clear-eyed acknowledgment of how thin the margin was - and a decision to stop spending it while he still could. Real courage, in his telling, wasn’t fearlessness; it was knowing the limits of the machine and himself, and choosing when to stop.

What happened to the Gee Bee and the Granville brothers?

The airplane kept its dark promise. Both the R-1 and its sister ship, the R-2, eventually crashed, killing good pilots; the design never learned to forgive. As the Great Depression deepened, Granville Brothers Aircraft fell on hard times, and Granny Granville was later killed in the crash of another of the company’s designs. The bright, roaring Gee Bee era burned out fast.

Yet the airplane endures. Its impossible shape still appears on hangar walls, mugs, and shirts, and enthusiasts later studied the original Granville drawings to build a flying reproduction of the R-2 just to see and hear it fly again.

Why does the Gee Bee still matter?

The Gee Bee captures what the golden age of air racing was really about: stubborn, brilliant, often broke innovators armed with slide rules, hand tools, and raw nerve, asking how fast a machine could go and how far it could be pushed.

The lessons those racers wrung out - streamlining, cowling design around radial engines, controllable-pitch propellers, and retractable landing gear - flowed directly into the fighters and airliners that followed. The airplane that terrified everyone in 1932 helped teach engineers how to build the aircraft that won a war and shrank oceans into short flights. The barrel with wings was a dangerous schoolhouse, but a schoolhouse all the same.

And Doolittle’s example still holds: the smartest pilot is the one who respects the machine enough to know its limits and his own. He didn’t beat the Gee Bee by being braver than it - he beat it by being smarter, then had the sense to shake its hand and walk away.

Key Takeaways

• The Gee Bee R-1 was a 1932 racing airplane built by the Granville Brothers of Springfield, Massachusetts, with a fuselage shaped around its fat radial engine - earning it the nickname “the barrel with wings.”
• Its tiny wings, short tail, tail-mounted cockpit, and 700-plus horsepower made it extremely fast but dangerously unstable and nearly blind on takeoff and landing.
• Jimmy Doolittle, an MIT-trained aeronautical engineer and record-setting pilot, flew it to a 296 mph world landplane speed record and won the Thompson Trophy in the same week at the 1932 National Air Races.
• Doolittle retired from racing immediately afterward, citing the fatal risks - one of aviation’s most respected acts of self-discipline.
• Both Gee Bee R-model racers later crashed fatally, but the design lessons of the era shaped the fighters and airliners that followed.