Adjustments
Maximum users
Anti reflective coating
Dioptry
Photochromic lenses
Thickness Correction
Try On
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What Are Aviator-Style Glasses?
This classic eyeglass frame is characterized by teardrop-shaped lenses. These metal frames typically feature convex lenses and are larger than other eyeglass lenses.
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What Shape Are Aviator Glasses?
Aviator glasses feature a teardrop shape.
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Who Looks Good in Aviator Glasses?
Aviator glass frames look great on individuals with heart-, square- and oval-shaped faces. The main concern when choosing aviators is finding the right size for your face. At Payne Glasses, we offer aviators in dozens of sizes for this reason.
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Are Aviator Glasses Out of Style?
No way. This classic style has been one of the most popular and most recognizable styles around the globe. Aviator frames have been a go-to for decades and continue to be a fashion-forward choice.
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How Should Aviators Fit on the Face?
Aviator eyeglass frames should fit comfortably on the bridge of the nose and should cover most of your eyebrows. They should stay in place when you move your head.
FAQ
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What Are Aviator-Style Glasses?
This classic eyeglass frame is characterized by teardrop-shaped lenses. These metal frames typically feature convex lenses and are larger than other eyeglass lenses.
-
What Shape Are Aviator Glasses?
Aviator glasses feature a teardrop shape.
-
Who Looks Good in Aviator Glasses?
Aviator glass frames look great on individuals with heart-, square- and oval-shaped faces. The main concern when choosing aviators is finding the right size for your face. At Payne Glasses, we offer aviators in dozens of sizes for this reason.
-
Are Aviator Glasses Out of Style?
No way. This classic style has been one of the most popular and most recognizable styles around the globe. Aviator frames have been a go-to for decades and continue to be a fashion-forward choice.
-
How Should Aviators Fit on the Face?
Aviator eyeglass frames should fit comfortably on the bridge of the nose and should cover most of your eyebrows. They should stay in place when you move your head.
