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THE BEST XTRA DARKNESS

THE BEST XTRA LIGHT PROTECTION1

If you are very sensitive to light, or are frequently in bright light, Transitions® XTRActive® new generation lenses are designed for you.

Transitions XTRActive new generation are our darkest photochromic lenses and when tested by eyeglass wearers during their day to day in various light settings, they were highly satisfied8.

Transitions XTRActive new generation wearers are satisfied with the vision experience8:

97%

are satisfied with the ability to see their environment quickly and precisely

98%

are satisfied
with the clarity
of vision

94%

are satisfied
with the field
of vision

Choose your style

with Transitions XTRActive new generation iconic colors:

Boost your look even further

with Transitions XTRActive Style Mirrors*.

*Available Soon

Lens changes accelerated and mirrors simulated for demonstration purposes. Ask your eye care professional for a demonstration in order to experience Transitions XTRActive Style Mirrors lenses.

CUTTING-EDGE TECHNOLOGY

New powerful dyes and the exclusive nanocomposite matrix power Transitions XTRActive new generation lenses to provide you with the best extra darkness and the best extra light protection.1

Frequently Asked

Transitions XTRActive new generation lenses are recommended for wearers who are very light sensitive or frequently exposed to bright light. They deliver the best extra darkness and the best extra light protection1 from intense light indoors and outdoors, even in the car.

Transitions XTRActive new generation lenses block up to 34% of harmful blue light indoors and up to 90% of harmful blue light outdoors.3

Transitions XTRActive new generation lenses are darker, clearer and up to 35% faster to fadeback compared to the previous generation.5,7,9

Transitions XTRActive new generation lenses are the darkest photochromic lens in the car and the only photochromic lens achieving category 2 levels in the car.6

Transitions XTRActive new generation lenses are extra dark outdoors and do not polarize. The Transitions range features Transitions XTRActive Polarized lenses which are dark outdoors and polarized outdoors in the sun. They are both ideal for patients who are very light sensitive or who are frequently exposed to intense bright light.


  • The darkest in hot temperatures, in the car and offering the best overall blue light protection across light situations* among clear to extra dark photochromic lenses. *Protection from harmful blue light (380nm-460nm) among polycarbonate and 1.5 gray lenses: blocking (i) up to 34% indoors at 23°C, (ii) up to 64% behind the windshield (iii) up to 90% outdoors at 23°C and (iv) up to 83% outdoors at 35°C.

  • Blocks up to 34% of harmful blue light (380nm-460nm) indoors at 23°C. Tests carried out on polycarbonate and 1.5 gray lenses in the clear to extra dark photochromic category.

  • “Harmful blue light” is calculated between 380nm and 460nm. Based on polycarbonate gray lenses tested outdoors at 23C.

  • Protection from harmful blue light (380nm-460nm) blocking (i) up to 34% indoors at 23°C, (ii) up to 64% behind the windshield (iii) up to 90% outdoors at 23°C and (iv) up to 83% outdoors at 35°C, among polycarbonate and 1.5 gray lenses in the clear to extra dark photochromic category.

  • Clear to extra dark photochromic category. Tests across polycarbonate and 1.5 gray lenses at 35°C achieving <18%T using Transitions Optical's standard testing method.

  • Clear to extra dark photochromic category. Polycarbonate and 1.5 gray lenses tested at 23°C behind the windscreen achieving between 18%T and 43%T.

  • Compared to the previous generation, across materials tested on gray lenses fading back to 70% transmission at 23°C.

  • Transitions Optical, Quality of Vision and Vision Experience Test In Real Life situations (Life Wearer Testing), France, Eurosyn, Q3 2020, N=148 – Top4Boxes. Based on wearers who preferred Transitions XTRActive new generation lenses (32% of total wearers). Caution: small base size (n=46 wearers who preferred Transitions XTRActive new generation lenses).

  • Compared to the previous generation, across materials tested on gray lenses.