On May 6, 1937, the Hindenburg — the pride of Nazi Germany's airship program — was consumed by fire in just 34 seconds, killing 36 people and ending an era of transatlantic travel. From hydrogen versus incendiary paint to sabotage suspects, this episode examines every theory behind history's most famous aviation disaster.
Audio is available on Spreaker — see link below.
The ground crew at Lakehurst Naval Air Station is holding their lines. It's early evening, May sixth, nineteen thirty-seven.
Here's a fact that tends to get lost in how we remember this story. The Hindenburg wasn't a new, untested vessel.
The Hindenburg was designed to fly on helium. That matters.
This is where the competing theories come in, and they've never fully resolved. The most widely accepted explanation centers on static electricity.
The sabotage argument has never entirely disappeared. The Hindenburg was a symbol of Nazi Germany.
Back to the numbers. Thirty-four seconds from the first flame to the complete collapse of the structure.
Morrison's recording wasn't even broadcast live in the way we understand live broadcasting today. It was recorded on disc at Lakehurst and transmitted the next morning.
There's a comparison worth making here. In nineteen thirty-three, a helium-filled American airship called the USS Akron crashed in a storm off the New Jersey coast.
Commercial lighter-than-air aviation had been developing for roughly a century before May sixth, nineteen thirty-seven. The science was real.
The Hindenburg left several things behind. The footage.
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