The first photo of Earth from space was taken by a V-2 rocket in 1946
Eleven years before Sputnik began the space race, soldiers and scientists launched a captured German V-2 rocket from the New Mexico desert. Fastened inside was a 35-millimeter motion picture camera set to snap a frame every second and a half. The rocket soared 105 kilometers high, capturing the first grainy black-and-white view of Earth's curved horizon against space. The camera smashed on impact, but its armored steel cassette survived.
Crossing the Threshold of Space
On October 24, 1946, a team of soldiers and researchers gathered in the scrubland of the White Sands Proving Ground in New Mexico to launch a captured German V-2 rocket. World War II had ended barely a year earlier, and the United States military was firing dozens of these advanced ballistic missiles to study their mechanics, test high-altitude equipment, and explore the upper atmosphere. This particular launch carried a payload unlike any sent aloft during the war: a modified 35-millimeter motion picture camera, aimed outward to record the journey.
When the rocket's engine ignited, it propelled the vehicle upward at thousands of miles per hour, piercing through the stratosphere and mesosphere until it reached an altitude of roughly 65 miles—about 105 kilometers. This surpassed the internationally recognized boundary of space, known as the Kármán line at 100 kilometers. Prior to this flight, the highest vantage point ever achieved for photography was aboard the Explorer II balloon in 1935, which had reached 72,395 feet, or roughly 13.7 miles. The V-2 launch nearly quintupled that altitude, capturing views from an environment where the atmosphere was so thin that the sky ceased to scatter sunlight, turning pitch black.
The resulting footage marked the very first time human beings saw their own planet from space. Looking back at Earth across the curve of the horizon, the camera exposed a sweeping, grainy panorama of desert, clouds, and atmosphere set starkly against the void. It proved that space was not merely a theoretical destination for mathematicians and science fiction writers, but a physical vantage point that could be reached, observed, and recorded.