Wouldn’t you want to wear a piece of history? The Omega Speedmaster is not only one of the best Swiss luxury watches, but also has the prestige of making history as the first watch on the moon.The Omega Speedmaster was the first watch worn on the moon, as Buzz Aldrin wore his Speedmaster 145.012 fitted with the Omega 321 caliber on 20 July 1969. While Neil Armstrong was the first man on the moon, he left his Speedmaster inside the lunar module Eagle during his first space walk.
The Speedmaster transcends space rivalry. It is the only watch flight-qualified for EVA use by NASA. The Speedmaster passed NASA’s numerous tests, which included exposure to extreme temperatures, vacuum, intense humidity, corrosion, shock, acceleration, pressure, vibration and noise. It is also the watch chosen for use in outer space by the Russian Federal Space Agency.
The Omega Speedmaster is as relevant today as it was when first worn on the moon in 1969. The Speedmaster was re-certified twice for Space Shuttle missions – in 1972 and in 1978. Today, all NASA-issued wristwatches are government property and must be turned in once the astronauts return to Earth. Astronauts are permitted to check out the watches before launch and take them home to familiarize themselves with the watch’s operation.
Omega has won more awards for precision and accuracy than any other watchmaker. Quality is a hallmark of every OMEGA watch. All the materials used in the creation of each component – from the smallest screw in the movement to the metal used in the cases – are examined in minute detail before being allowed into the production process.
Omega Movement: Each new Omega movement has to pass a range of strict tests that include “wrist testing” administered by its Technical Development Department. At the same time, laboratory tests are conducted to determine temperature-, shock- and vibration-resistance. The precision of the movement is also painstakingly tested.
Co-Axial Calibres: OMEGA’s Co-Axial calibres are setting new quality standards for series-production wristwatches. The design of the Co-Axial escapement means that there is little sliding friction between the components and almost no need for lubrication. This has led to chronometric performance unmatched by any other serially produced mechanical wristwatch. It has also resulted in a reduced need for servicing.
Case: Once a prototype of a new case has been produced, it is subjected to rigorous testing such as water-resistance. A new case prototype has to passes all its tests before a decision is made to manufacture.
Dial and Hands: Watch dial and hands have to undergo ultraviolet testing to ensure they are resistant to light.
Bracelet and straps: New Omega bracelets and straps have to undergo “wear tests” to prove durability and comfort.
March 1st, 2010 
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