Transitions® Adaptive VI Lenses:



These lenses are designed to quickly adapt from clear indoors to fully dark in brightest sun, offering a distinct advantage over clear lenses everyday. Transitions Signature lenses continuously adapt to changing light so they’re always exactly the shade you need them to be. 

  •        Completely clear indoors and at night
  •        Fast fade back speed
  •        Block 100% of UVA & UVB rays
  •        Fit any prescription and frame
  •        Suitable for any age including children

Price +£50.00

Transitions® Signature VII lenses:

Using real conditions, real locations and real situations, these lenses have a new proprietary methodology for designing, developing and analyzing photochromic performance called Life360™. By testing in more than 200 different real life conditions representing more than a thousand scenarios, Transitions Signature VII lenses have been developed to be more responsive to UV in more situations.

  • Clear indoors
  • Significantly darker in outdoor conditions while maintaining indoor clarity
  • More temperature stable
  • More reactive to indirect sunlight
  • Faster to return to clear
  • More aesthetically pleasing in gray and brown

Price + £60.00

Transitions® XTRActive™ Lenses

These lenses are the darkest everyday lenses ever – quickly adjusting to the darkness of traditional sunglasses in full sun. They continuously adapt to changing light in all conditions – and by sensing and adjusting to visible light as well as UV light, they’re the first everyday lenses turning dark inside a car.

The darkest every days lenses -

  •        Very dark outdoors (80% tint at 35 degrees)
  •        Activate moderately inside a car (up to 50% at 27 degrees)
  •        Light tint indoors
  •        Reduce glare
  •        Block 100% of UV rays
  •        Fits most prescriptions and frames
  •        Available in grey
  •        Suitable for night driving with a super hydrophobic coating

 Price + £90.00

** Photochromic performance is influenced by temperature, UV exposure and lens material.
*** activation behind the windshield of a car is dependent upon windshield shape/inclination and the position of the driver