Perfect Vision

SUPERIOR OPTICAL PROPERTIES

Polycarbonate’s Abbe number is much lower than that of ImpactRX, which results in a vision that is not as sharp.
ImpactRX™ lenses have a lower refraction index and a lower level of internal stress, and chromatic dispersion than polycarbonate: images are sharper and more clearly defined.

DIAMOND COATED LENSES

Diamond coat™* is an exceptional and powerful multi-layer coating engineered to eliminate lens glare, ghost images and halos from bright light or back reflections while offering a cleaner vision by preventing dust, water drops, scratches and finger marks on the lens. Perfect for outdoor action and dusty environments, diamond coat™ will keep lenses sparkling and easy to clean. It will ensure a better comfort while providing outstanding lens durability.

The Rudy Project diamond coat™ is a superior treatment resulting from extensive research and provides the following features:

INCREASED FIELD OF VISION COMPARED TO TRADITIONAL RX LENSES

Traditional base-4 lenses offer a limited field of vision. When practicing a sport, therefore, precious information can be lost, with dangerous consequences for safety!

Wraparound Base-8 lenses ensure a very wide field of vision. Thanks to the optical design of ImpactRX lenses, there is no distortion in the peripheral vision. The resulting safety and comfort are without equal in traditional products.

Base 4 regular lens

Base 8 and base 6 wrap-around sport frame with ImpactRX technology

Virtual Sight Technology

Virtual Sight Technology is an extra component of Rudy Project’s ImpactRX lenses. It consists in a dedicated ray-tracing program which combines lens surface topography data with highly advanced mathematical algorithms.

Virtual Sight Technology™ simulates how the human eye will see through the lens, and then calculates the optical performance of thousands of locations covering the lens surface, taking into account the parameters listed below:

• Lens index refraction
  
• Lens prescription
  
• Lens center thickness
  
• Distance from the eye to the back vertex of the lens
  
• Distance from lens to object
  
• Pantoscopic tilt of the frame
  
• Pupil distance
  
• Thickness reduction prism
  
• Angular position of the object in the eye’s fi eld of vision

Virtual Sight Technology™ simulates the human eye in every angle, prescription, and field of vision. These techniques enable Rudy Project to offer the most sophisticated progressive lens surfaces based upon thousands of points of data. It’s this “design inside” that makes Rudy Project’s ImpactRX™ progressive lenses the most advanced in the world.