The equipment consisted of a timing device controlled by a starting gun and a reflective mirror. Moritz, Switzerland, and later at the summer Olympics in London, England. They did so using a proprietary photoelectric cell technology, first called the cellular photoelectric eye and later the “Magic Eye.” The technology debuted at the winter Olympics in St. By 1948, they had developed the technology to replace human timers with automated ones. Because a timekeeper had to manually operate them, there was a risk that a slow button push could result in an inaccurate time. OMEGA’s mechanical chronographs recorded accurate time. During that hiatus, OMEGA began refining its work in the field of timekeeping. The 19 Olympics, due to be held in Tokyo and London, were canceled due to World War II. OMEGA again used mechanical chronographs to record times at the 1936 Olympics. In addition, they came equipped with split-seconds capabilities for timing two events at once. They provided timekeeping precise to a fifth of a second. This OMEGA Olympic stopwatch was pretty impressive for the era. Here, they used 30 chronometer-certified mechanical chronographs to record events. It was the first time the Olympic Games entrusted a single brand to be the official timekeeper.

When OMEGA began its relationship with the Olympic Games at the summer events in Los Angeles, California, it made history. Moritz Winter Olympics & London Summer Olympics Learn about some of the historic innovations presented by the Official Timekeeper of the Olympic Games. OMEGA’s relationship with the Olympics began in 1932. Roughly three decades later, they secured one of their most important opportunities in this field. It began in 1905 when they started serving as the official timekeeper of a number of sporting events across Switzerland. OMEGA’s work as an official timekeeper of sporting events spans over a century. The History of OMEGA’s Olympic Timer Technology

Electronic eye timer