The Saga of Omega

Where does the OMEGA name come from?

Omega, the 24th and last letter of the Greek alphabet, Alpha and Omega the first and the last, “I am Alpha and Omega, the first and the last…” from the book of the Apocalypse of St. John.

OMEGA is synonymous with accomplishment and perfection. The Brandt brothers banker, Henri Riekel, suggested the idea of the name in 1894, when they launched their caliber 19 watch, the the height of absolute technology at the time.

• 1894, the name Omega was patented on March 10, and gradually supplanted the other brands of the manufacturing company.
  
  
• In 1903, Omega became part of the company name: Company Louis Brandt and Brother-Omega Watch Co.
  
  
• 1947: Omega, Louis Brandt and Brother
  
  
• 1982 : Omega SA.

Successful succession

Following the death of the two brothers, their sons Gustave (20) Adrien (21) and Paul-Emile (23) took up the torch. Gustave became Commercial Director, Adrien took on Administration and Paul-Emile Finance and production.

Paul-Emile Brandt turned out to be a real captain of industry, and presided over the destiny of the brand for half a century. (See our piece on Paul-Emile Brandt: his life and work).

In 1905, Omega obtained 42% of the bulletins de marche issued by the Geneva Observatory and 68% of the Bienne Office of Controls.

In 1906, Grand Prix at the Milan International Exhibition.

Omega signed its first sports chronometer in 1909 during the Zurich Gordon Bennett Cup (aerostats race).

By 1914, Omega employed 1,000 people.

Omega was chosen to equip British aviators in combat from 1917, and American army units from 1918.

From 1919 to 1971, Omega broke record after record, the brand was an all time winner, with more medals than any other ever, and the most prizes for technical progress.

Omega’s definitive entry into the tight closed circle of sports watch-making wasn’t until 1932, when the brand was declared official timekeeper at the Los Angeles Olympics, with chronographs and flyback hand speedometers developed by Lémania. Until then, records were measured to the nearest 1/5 second. This was the start of Omega and the Olympics great love story…

The 20th century, the OMEGA century.

Great wars, adventure and technical progress.

When the demand for wristwatches sky rocketed with the Great War, and Omega got it right by supplying caliber 13 watches with a white enamel dial to the signal corps of the American expeditionary forces that fought alongside the Allies in 1918.

In 1933, the crews of the hydroplanes of Marshal Italo Balbo (the Italian Air minister) were equipped with Omega wrist chronographs during the Rome-Chicago raid. Omega became the official supplier to Italian Aeronautics.

Between 1939 and 1945, the British Government ordered over 100,000 of Omega’s waterproof steel watches to equip the Royal Air Force. In 1948 this model developed into the Seamaster.



In 1965, NASA chose the Omega Speedmaster chronograph after rigorous selection procedures. On March 23rd, the Gemini 3 mission astronauts, Virgil Grissom and John Young were wearing Speedmasters.

In 1968, the Omega Speedmaster Professional played part in the Plaisted Expedition to the North Pole, (enduring 44 days at an average -52°C), the first successful polar expedition since Peary’s achievement in 1909.


July 21st 1969, Neil Armstrong wearing an Omega Speedmaster at the moment he became the first man to set foot on the Moon. The Omega Speedmasteraccompanied the Gemini, Apollo, Skylab and Shuttle space missions and achieved six lunar landings with total reliability. The Speedmaster Professional (renamed in 1966) played a major role during the Apollo-Soyuz link-ups of July 17 1975 where it was on the wrists of both the Americans and Soviets. In the final stages of the Apollo Vlll mission the Speedmaster enabled pilots of the damaged module, left without controls and out of contact with Houston Texas, to establish exactly when the fire had broken out, gauge how long the engines would burn, and land safely back on Earth – and achievement that won Omega the celebrated Snoopy Award, the highest distinction conferred by NASA.



Also in 1969, five Omega instruments - two GMT clocks and three chronographs - were installed in prototypes of the supersonic Concorde.

Seamaster 600 watch to Commander Cousteau

In September 1970, Omega delivered a series of watches to Commander Cousteau for the Janus operation. Three divers were to spend eight days exploring the depths of the Gulf of Ajaccio, wearing the new caliber 1002 Seamaster 600 (known as the Ploprof, for plongeur professionel, or professional diver). This professional’s watch had a single piece (mono-hull) case, screwed down bezel protected by a bolt at 9 o’clock, and a bi-directional lunette with a screwing system controlled by a big red button (which earned it the nickname “the camera”). The watch, which COMEX tested at –263 meters, gained the world record for deep sea diving water resistance. It was also tested at –1370 meters, but the crystal became deformed, blocked the hands and stopped the watch, though the mono-hull case resisted the massive pressure at that depth without exploding.

In 1974, the Marine Chronometer (caliber 1511) was ratified as marine chronometer, the only wristwatch ever to have won this distinction.

In 1976, four megaquartz 32 Khz Seamasters crossed the Atlantic solo, fixed to the masts and keel of Ambrogio Fogar’s catamaran and Paolo Mascheroni’s sloop.

In 1978, once again, NASA chose the Omega Speedmaster Professional as the official watch for the Shuttle program. The first flight was on April 12, 1981.


In 1980, the French Navy issued on-shore personnel with the Omega Megaquartz 4,190 MHz (1525 caliber) a ratified marine chronometer with high frequency quartz at 4.19 million oscillations per second, for high precision of minus 1 second per month.


On November 4th, the famous French diver Jacques Mayol’s apnea descent (without aqualung) off the island of Elba was validated at –101 meters; he wore an Omega Seamaster 120m (caliber 1337).

On July 25 1988, the Seamaster Professional 200 meters caliber 1111 took part in the IFREMER Faré mission, during which the French scientific submarine Nautile dived 4,400 meters below sea level in the mid-Atlantic to install the first link of a channel to monitor seismic shift.

In Hamburg on June 30th 1989 the space agency NPO Energija chose the Omega Speedmaster Professional as official watch for its Soviet cosmonauts.

In the same year, on December 13, Reinhold Messner (the first mountaineer to scale all 8000 on the planet), embarked on a new challenge wearing an Omega Speedmaster Professional on his wrist: a 2,500km expedition across the Antarctic by foot.

In 1999, Omega began to manufacture a George Daniels invention, the co-axial escapement, a mini-revolution that would eliminate most of the friction in the traditional recoil escape.

The life and work of Paul-Emile Brandt

How could the Omega saga be written without a chapter
dedicated to the man who built the the brand?

Paul-Emile Brandt

Eldest son of Louis-Paul and brother of Adrien Brandt. Born in Chaux-de-Fonds on January 12, 1880. Studied at Bienne, than attended the Polytechnic at Zurich, and completed his studies at Cornell University in the US.

In 1903, on the death of his Uncle César in 1903, he became an associate director of the factory with his brother Adrien and cousin Gustave. Nominated President of the Administrative Council, he took special responsibility for the production of movement blanks and supplies, then all manufacture, as well as maintenance and construction of apartment buildings.

By buying up factories and constructing a number of buildings, he increased the size of the company’s property pool from 2,300 sq. meters to 60,000 sq. meters.

From 1925 onward, he helped to bring closer the Omega and Tissot brands closer together, culminating in their 1930 merger within SSIH (Société Suisse pour l’Industrie Horlogère SA), the Swiss horology industry group.

In 1943 he created the Omega Provident Fund, followed in 1944 by the Omega Retirement Fund.

He exercised considerable influence on the development of professional horology organizations.

1916: President of the Berne Cantonal Association of watchmakers and manufacturers (ACBFH)

1919: President of the Swiss Chamber of Horology (CFH)

1924: President of the Swiss Horology Federation (FHS)

1928: President of the Manufacturers Group.

He was also member of the Berne Cantonal Chamber of Commerce and Industry and of the local committee of the Swiss National Bank.

He died in Bienne on August 25th 1954.