By Jared Ebersole in Video — 24 Feb 2026

How Betty Lou Oliver Survived a 75-Story Elevator Fall

After a B-25 crashed into the Empire State Building in 1945, Betty Lou Oliver survived the longest elevator fall ever recorded.

Betty Lou Oliver survived the Empire State Building twice in one morning.

The first time was the crash. The second was the elevator.

Where it is

Empire State Building, 350 Fifth Avenue, New York, NY 10118.

On July 28, 1945, a U.S. Army B-25 bomber became lost in thick fog over Manhattan and struck the Empire State Building near the 79th floor. The building was still the most famous skyscraper in the world, and the crash turned an ordinary Saturday morning into one of New York's strangest disasters.

Oliver was a 20-year-old elevator operator working in the building. The impact and fire badly injured her. Rescuers reached her, placed her on a stretcher, and loaded her into another elevator to get her down for medical treatment.

They did not know the crash had damaged the elevator system.

The cables failed, and the car dropped down the shaft. Most accounts describe the fall as 75 stories, roughly 1,000 feet. Guinness World Records still lists Oliver as the survivor of the longest fall in a lift. She suffered severe injuries, including broken bones, but lived.

The survival is so unlikely that the explanations can sound like folklore. But the physics is not magic. It is a stack of energy-absorbing failures that happened in the right order.

The first factor was air.

An elevator shaft is not perfectly sealed, but it can behave partly like a vertical tube. As the elevator car falls, it pushes air beneath it. If that air cannot escape quickly enough, pressure builds under the car and pushes upward. It is not a soft pillow in the way cartoons imagine it. It is resistance: compressed air stealing speed from the falling car.

That air cushion mattered because speed is the enemy. The energy of a moving object rises with the square of its velocity, so even a small reduction in impact speed can make a large difference in the force that has to be absorbed at the bottom.

The second factor was the cable pile.

When elevator cables snap, they do not turn into a neat line on the floor. Hundreds of feet of steel can fall into the pit and coil into a spring-like mass. Guinness cites Elevator World in describing the severed cables as part of what cushioned the impact. Again, this did not make the fall safe. It made the final stop less instantaneous.

The third factor was the structure at the bottom. Contemporary retellings often mention deformation in the pit and buffer systems. In elevator engineering, buffers exist to absorb energy at the end of travel. They are not meant to save someone from a 75-story fall caused by a plane crash, but any crushing, bending, coiling, or hydraulic resistance spreads impact over more time and distance. That is the entire survival equation: reduce the peak force by lengthening the stop.

Oliver did not walk away from the fall. That is important. She survived because several things failed in ways that slowed, cushioned, or deformed around her enough to keep the impact from being instantly fatal. It was not proof that elevator falls are survivable. It was an extraordinary accident inside an extraordinary accident.

The story also shows why elevators are usually safer than they feel.

Modern elevators are not hanging by one fragile rope. They use multiple hoist ropes or belts, braking systems, governors, safeties, buffers, controls, inspections, and fail-safe design. The reason Oliver's fall became legendary is precisely because the normal safety assumptions had been broken by a bomber hitting the building.

Five months after the crash, Oliver reportedly returned to the Empire State Building and rode an elevator again. That detail is almost harder to believe than the physics.

The record belongs to the fall. The real story belongs to the person who got back in.