Rolex Air-King 40 ref. 116900 – 2011+ (Random serial)

Rolex’s ties to aviation stretch quite a bit farther back than most people realise.
On April 19, 1933, a Westland PV-6 and a Westland PV-3 – piloted by Sir Douglas Douglas-Hamilton and David McIntyre – made the first-ever flight over Everest. On each of the pilot’s wrists was a Rolex Oyster. 11 years later – in 1944 – Rolex launched its Air collection, which included the Air-Giant, the Air-Tiger, and the Air-Lion. All three watches proved very popular among British RAF pilots, who famously bought them out of their own pocket. When the war ended, Rolex released the Air-King in tribute to the pilots who had fought in the Battle of Britain.

The watch on offer here – the Rolex Oyster Perpetual Air-King ref. 116900 – is quite different from its legendary predecessor, but it builds upon its heritage with genuine respect.
The Air-King’s distinctive black dial features large applied Roman numeral indices marking the hours and a minute scale for navigational time reading around its outer edge. The Oyster case is as stylish as ever, showcasing a mixture of fine hairlines and mirror-polished surfaces. Unsurprisingly, the Oyster bracelet shares the case’s immaculate finish.
The ref. 116900 is powered by the same movement that powers the Milgauss collection. The in-house caliber 3131 boasts a power reserve of 48 hours and is, like all modern Rolex movements, a Certified Superlative Chronometer.

Our offering is very good condition, but has some scratches on the crystal on 2 o’clock and a replacement might be due if the new owner decides to get it to perfect condition. Ticking per specs.

Covered by a limited warranty of 1 year, starting on the date of purchase.

Your favorite watch is sold out! Subscribe to get notified when new watches get available.

 

Additional information

Model

Reference number

Movement

,

Movement caliber

Power reserve

Case material

Case size

Dial color

Crystal

Year of production

,

Condition

Scope of delivery

Strap/Bracelet

,

Water resistance

Complications/Functions

, , , ,