Ray-Ban JUSTIN RB4165F Sunglasses
$264.55
Size Guide
Black №601/71
Rubber Beige №681413
Rubber Blue №681311
Rubber Black №622/6G
Havana №865/87
Rubber Black №622/2V
Rubber Black №622/T3
Rubber Black №622/55
Havana №865/9A
G-15 Green (3N 12.0%)
Gradient Brown (3N 16%)
Gradient Grey (2N 22.8%)
Silver (3N 10%)
Dark Grey (Polarized) (3P 12.5%)
Blue (Polarized) (3P 16.0%)
Grey (Polarized) (3P 13%)
Blue Mirror (3N 10.8%)
Dark Green (Polarized) (3P 14.7%)
Your prescription is safe with us — you'll add it securely after checkout, with guidance at every step.
As a leading brand in eyewear, Ray-Ban's JUSTIN RB4165F Sunglasses are designed for both style and function. With a modern square frame and bold, gradient lenses, these sunglasses provide 100% UV protection and enhance your vision. Perfect for any occasion, these shades exude confidence and sophistication.
Suitable for Driving and Road use
Category Sunglasses
Age Group Adult
Gender Men
Shape Square
Front Material Nylon
Temple Material Nylon
Fit Low Bridge Fit
Fitting Regular
Rim Type Full-Rim
Face Shape Oval, Round
Prescription Ready
| Size* 55 |
Size* 58 |
|
| Horizontal Lens Measurement, A: | 55 | 58 |
| Vertical Lens Measurement, B: | 45 | 47 |
| Bridge / Distance Between Lenses: | 17 | 17 |
| Effective Lens Diameter, ED: | 61 | 64 |
| Temple Length: | 140 | 140 |
*All of these measurements are in millimeters
We Pay Shipping on all orders over $99 in the USA
Canada 10-20 business days
U.K/International up to 14 business days
If, for any reason, you are not completely satisfied with your order, you may return it within the first 30 days*.
*Limitations apply
Please note
Prescription lenses will add an additional

Ray-Ban JUSTIN RB4165F Sunglasses
Rubber Black №622/6G / Silver (3N 10%) / 58
Product Size Information
Here are the key measurements for the eyewear you've selected.
* If the product is available in multiple sizes, please choose your size on the product page to view the exact measurements for that size.
1. Horizontal Lens Measurement
2. Vertical Lens Measurement
3. Bridge / Distance Between Lenses
4. Effective Lens Diameter
5. Temple Length































































































