This watch is inspired by classic military designs from the 1950s and 1960s. It features a box sapphire crystal that closely resembles the original plexiglass, offering both durability and a vintage aesthetic. Powered by a Ronda R 150 or equivalent movement, this watch boasts 25 jewels and operates at an impressive 28,800 vibrations per hour (4Hz). It offers a robust 38-hour power reserve, along with hacking and hand-winding capabilities for enhanced precision and convenience.
Instead of the Tritium used in the 1960s, this model utilizes Luminova. The advantage of Luminova is its longevity and non-radioactive nature. The Luminova paint on this watch is designed to mimic the appearance of aged Tritium, maintaining a classic look while ensuring modern safety standards.
The watch measures 39mm in diameter and is provided with two NATO straps: one in sleek black and the other in standard British Admiralty gray.
Dimensions and Specifications:
Case Material: Stainless Steel
Width (Excluding Crown): 36 mm
Width (Including Crown): 39.5 mm
Thickness (with Crystal): 13.3 mm
Lug to Lug: 43.5 mm
Water Resistance: 200m / 660ft
Movement: 25 Jewel Ronda R 150 or equivalent
Power Reserve: 38 hours
Crown: Screw-down locking crown
Caseback: Screw-down
Crystal: Sapphire*
Luminosity: Luminova Paint
Straps: 2 x 20mm NATO straps (black and Admiralty gray)
Benefits of Sapphire Crystal
Many customers inquire about the advantages of sapphire crystal over the original plexiglass. Synthetic sapphire is the preferred material for watch crystals due to its exceptional strength and resistance to shattering and scratching. These qualities make it especially popular among military and security personnel, police officers, and individuals with active lifestyles—groups that represent over 70% of our customers.
Plexiglass crystals from the 1960s, made of plastic/acrylic, were prone to scratches, cracks, and limited water resistance. In contrast, sapphire crystals are far superior in durability. Over 90% of cracked crystals in watches are typically mineral glass or plexiglass, even when using hardened mineral crystals. Sapphire's strength is achieved through heat treatment, which removes internal stresses, followed by the application of two layers of anti-reflective coating. This durability is comparable to the latest technology, such as the sapphire crystal used in modern iPhones. Although sapphire crystals are more expensive, their quality justifies their use in higher-end watches.
