The Jump That Turned Athletics Upside Down

Some sporting innovations arrive through expensive equipment or years of laboratory research. One of athletics’ greatest revolutions began because a teenage high jumper could not make the conventional technique work.

In the early 1960s, most elite high jumpers crossed the bar with a straddle or a scissors-style movement. Dick Fosbury, a student from Oregon, struggled with the straddle. Rather than abandon the event, he kept modifying his approach. His hips gradually rose higher, his shoulders dropped backward, and he began crossing the bar headfirst with his back facing it.

Vintage-style illustration of a traditional scissors high-jump technique on a school athletics field
Before the Fosbury Flop, athletes generally crossed the bar with scissors or straddle-style techniques. Original illustration.

A technique built by trial and error

Fosbury did not unveil a finished invention overnight. World Athletics records that he had been developing the style since 1963, while still in high school. He initially called it a “back layout.” A local newspaper’s description of him “flopping” over the bar helped produce the name that eventually stuck: the Fosbury Flop.

The technique also depended on a quieter change in the sport. Older high jumpers commonly landed in sand or sawdust, making a back-first landing dangerous. The spread of deep foam landing pits allowed athletes to experiment with new body positions and land safely on their shoulders and back. The Smithsonian Lemelson Center explains how Fosbury’s innovation developed alongside those safer landing surfaces.

The world sees the Flop

Fosbury arrived at the 1968 Mexico City Olympics as an unconventional 21-year-old whose technique puzzled spectators and coaches. In the final on October 20, he cleared 2.20 metres and 2.22 metres on his first attempts. At 2.24 metres, he missed twice before succeeding on his third and final try.

That clearance earned him the gold medal and established both an Olympic and United States record, as documented by the U.S. Olympic & Paralympic Museum. His American teammate Ed Caruthers took silver with 2.22 metres, while the Soviet Union’s Valentin Gavrilov won bronze at 2.20 metres.

The victory mattered far beyond one medal. Television and international photography showed athletes and coaches that the strange-looking movement could succeed on the biggest stage. According to World Athletics, 28 of the 40 high jumpers at the 1972 Munich Olympics were already using the technique. Today, elite competitors use the Fosbury Flop almost exclusively.

Illustration showing the curved approach and backward arch used in a modern high jump
The curved run-up creates rotation before the jumper arches backward over the bar. Original illustration.

Why going backward works

The curved approach creates rotation before take-off. As the jumper arches over the bar, the body can wrap around it: the head and shoulders clear first, followed by the hips and finally the legs. Because the body bends around the bar, the athlete’s centre of mass can pass below it even while the body itself goes over.

Fosbury’s story remains a perfect sporting lesson. He did not simply perform the accepted method more efficiently. He questioned the shape of the problem, used safer equipment in a new way, and found a solution that looked wrong until it won Olympic gold. One jump did not merely clear a bar—it changed how nearly everyone after him tried to clear one.

Sources and further reading

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