Holly Sunglasses Size & Fit Guide

A little round-frame charm can make everyday dressing feel more personal. Holly brings softly rounded curves with a neat black outline in the pictured pair.

Small silver-coloured corner details add interest, while slender arms keep the side profile understated. Picture it with a favourite knit or a relaxed white shirt.

Love the look? Compare Holly with a pair you already enjoy wearing.

Holly at a Glance

Measurement	Size
Overall frame width	143 mm
Lens width	46 mm
Frame height shown	46 mm
Bridge width	24 mm
Temple (arm) length	148 mm

Find Your Favourite Proportions

Start with Holly’s 143 mm overall width, then compare its 46 mm lens width and 46 mm height reference with a pair you love. Looking at width and depth together helps you picture the proportions.

A Closer Look at the Fit

The bridge is marked 24 mm and the arms 148 mm. Check the centre shape and the curve behind the ears alongside a pair that already feels right.

If Holly has caught your eye, these comparisons can help you take the next step with confidence.

Holly Size & Fit FAQs

How can I judge Holly’s small rounded lens look?

The lens width and frame-height reference both read 46 mm. Compare them with a rounded pair whose scale you enjoy.

Does Holly’s small lens area mean a narrow overall front?

The complete width is marked 143 mm. Check that separately from the individual 46 mm lens-width reference.

What should I compare about Holly’s 24 mm bridge?

Look at the keyhole-shaped centre opening beside a pair that rests comfortably. Its contour gives context to the spacing.

Are Holly’s arms longer than its front is wide?

The arms are marked 148 mm and the front 143 mm. Compare side reach and overall span independently.

Would Holly give me a different scale from Rylee?

Holly’s overall front is 143 mm and Rylee’s 135 mm. Compare the widths and rounded outlines with your preferred pair.

Measurements come from the supplied Holly size image. Compare them with a familiar pair; frame contours and personal preferences also influence fit.