Vintage 12K Gold-Filled Navigator Sunglasses with Tortoiseshell Accents
Eyewear · Yellow Gold with classic warm tone and contrasting tortoiseshell acetate elements
Purity: 12K Gold-Filled (GF) / approx. 50% gold content by weight of the outer layer
Type
Eyewear
Purity
12K Gold-Filled (GF) / approx. 50% gold content by weight of the outer layer
Gold Type
Yellow Gold with classic warm tone and contrasting tortoiseshell acetate elements
Weight
Estimated 35 to 45 grams total weight, with precious metal comprising a fraction due to gold-filled construction
Description
These vintage navigator sunglasses showcase a sophisticated blend of mid-century aesthetics and durable construction. Featuring a lustrous yellow gold-filled frame accented with rich tortoiseshell details, the design combines the classic double-bridge navigator silhouette with timeless elegance. The dark tinted lenses are framed by sleek metalwork that transitions gracefully into textured temple hinges. A true statement piece for collectors of vintage luxury eyewear, offering both historical charm and enduring style.
Key Features
Double brow bar navigator silhouette, high-quality gold-filled metal construction, integrated decorative ribbing at the temple hinges, and classic tortoiseshell acetate accents
Color & Finish
Rich warm yellow gold with a high-polish finish on the metal frame components, complemented by glossy tortoiseshell-patterned brow bar and temple tips
Hallmarks & Stamps
Standard optical frame markings typically located on the inner bridge or temple arm indicating gold fill ratio (e.g., 1/10 12K GF) and manufacturer symbol
Dimensions Estimate
Standard vintage navigator proportions, approx. 54mm lens width, 18mm bridge, and 140mm temple length
Gemstones & Inlays
None present; features decorative tortoiseshell acetate trimming along the top brow bar and temple sections
Clasp & Closure
Hinged folding temples with standard optical barrel hinges and adjustable nose pads
Chain & Links
Not applicable; structural frame construction features a double brow bar design characteristic of navigator style sunglasses
Craftsmanship Details
Precision-soldered joints, multi-piece hinged frame construction, hand-polished acetate inlays, and durable gold-fill bonding mechanically adhered to a base metal core
Authentication Indicators
Clear presence of gold-fill stamps on the bridge or inner arm, uniform plating wear patterns characteristic of rolled gold or gold-filled layers rather than modern electroplating, and period-correct hinge construction
Origin & Maker
Likely manufactured in the USA, France, or Japan by a legacy optical house such as Bausch & Lomb, American Optical, or Cartier
Era & Period
Vintage Retro / Mid-Century to 1970s style, reflecting classic aviator and navigator trends popular during the mid-20th century
Age Estimate
Circa 1960s to 1980s production based on frame geometry, tortoiseshell application, and gold-filled standards
Cultural Significance
Navigator and aviator sunglasses became cultural icons through their adoption by pilots, military personnel, and Hollywood celebrities, symbolizing adventure, status, and timeless cool
Condition Notes
Good vintage condition with minor surface micro-scratches on the lenses and slight wear on the frame consistent with age and gentle use; structural integrity remains solid
Value Estimate
Secondary market value ranges from $150 to $400 depending heavily on the specific maker, lens condition, and completeness of original packaging
Care & Maintenance
Clean gently with mild soap and warm water, dry with a soft microfiber cloth, avoid harsh chemical cleaners or ultrasonic baths to protect the acetate elements, and store in a hard protective case
Similar Items
Vintage Ray-Ban Aviators, Carrera gold-plated sunglasses, and vintage Cartier Santos sunglasses, differing primarily in branding, exact gold purity standards, and hinge complexity
Interesting Facts
Gold-filled eyewear was widely popular in the mid-20th century because it offered the rich appearance and tarnish resistance of solid gold while providing the structural rigidity needed for optical frames