Navy Field Glasses Appraisal

Vintage Military Field Glasses (Army & Navy Engraved)

This is a pair of vintage military field glasses, likely from the early 20th century, consistent with the reported 'Army & Navy' engraving and overall design that precedes more modern prism binoculars. The binoculars measure approximately 6 inches in height and 5 inches in width. They are constructed primarily of metal, strongly suggesting brass or a similar durable alloy, which originally featured a dark painted or blued finish. This finish has largely degraded, revealing the tarnished metallic surface underneath. The optical components consist of glass lenses, which appear to be intact, though their clarity cannot be fully assessed from the image. The construction is robust, featuring two primary barrels connected by a central hinge and a visible focusing mechanism. Observable condition issues include significant wear to the original dark finish, particularly on the cylindrical barrels and the eyepiece components, where the underlying metal is broadly exposed. This exposure shows signs of age-appropriate patina, light rust, scratches, and nicks across the metallic surfaces, indicating extensive use over time. The eyecups, seemingly made of leather or hard rubber, exhibit considerable deterioration, appearing brittle, chipped, and worn down. Despite these cosmetic imperfections, the central focusing knob is present and appears to be operated by a knurled disc, suggesting a traditional open-bridge design. The engraving 'ARMY & NAVY' is clearly visible on one of the barrels, serving as a significant identifier of its likely intended purpose and era. The overall impression is one of sturdy, functional design built for demanding conditions, typical of military-grade equipment from its period. The craftsmanship reflects industrial manufacturing, prioritizing durability and utility over elaborate aesthetics. The fact that they are reported as 'fully functioning and work perfectly' despite their cosmetic wear speaks to the underlying quality and robust engineering of their original construction.