Brushed stainless steel case with polished beveled corners.
Chronograph buttons with orange aluminum anodized rings.
Helium escape valve located on the case edge at the 10 o'clock position.
Stainless steel with orange ceramic fill.
Satin finished liquid metal diving scale markings and numbers.
Luminous dot at the starting point (green coloured emission).
Grey ceramised titanium dial, with Ti engraved on the dial directly below the center hands.
Applied polished index hour with luminous fill.
Applied orange 12 hour marker.
Printed minute/seconds and fractions of a second track.
Polished faceted hands with luminous fill.
Date window located at the 6 o'clock position.
Small seconds hand sub-dial located at the 9 o'clock position, with luminous fill (blue coloured emission).
Chronograph / stopwatch functions:
Large orange tipped central seconds hand counter.
Minute and hour counters are combined into a single sub-dial located at the 3 o'clock position.
The hour hand is of orange aluminum and the minute hand is polished steel, both with luminous fill (blue coloured emission).
Omega master co-axial caliber 9900, beats at 25,200 vph, contains 54 jewels and has an approximate power reserve of 60 hours, courtesy of its twin barrels mounted in series.
Swiss federal institute of metrology (METAS) certified master-chronometer.
The finished watch, whose movement is a COSC chronometer, passes tests that replicate real-life wearing conditions.
The METAS certification tests water resistance, precision and magnetic resistance to 15,000 gauss.
Anti-magnetic: resistant to magnetic fields greater than 15,000 gauss.
In addition to measuring the performance of the watch in daily wearing conditions, the process also ensures that the watch and its movement function properly when exposed to magnetic fields of 15,000 gauss.
Features Omega's Si14 silicon balance spring that improves resistance to shock and magnetism and thus to sustained reliability.
The movement also features Omegas co-axial escapement which contributes to greater precision, stability and durability.
The co-axial escapement has less friction and reduces the necessity of lubrication thus reducing the time intervals required between servicing.
The rotor and visible bridges are decorated with a unique "arabesque" wave design finish.