The challenge of modern driving
Roads are increasingly congested, and as we spend more time in the car, our eyes grow more tired. Weather, time of day and the bright headlights of modern cars all affect vision.
Another important fact that shouldn't be overlooked: 90% of a driver's reactions depend on sight, so impaired vision slows reaction time. Conditions on the road change in seconds and danger can appear out of nowhere, so good vision — or the right correction — is decisive.
EnRoute is designed for drivers — it minimises visual stress and delivers more relaxed vision.
What EnRoute offers
Combining premium single-vision or progressive lenses with the specially developed Glare Filter and an optional contrast-boosting filter, EnRoute offers:
- A significant reduction in reflections and unwanted glare from oncoming traffic
- Improved contrast and perception in low light, fog and rain
- Clear, unobstructed vision for distance, the dashboard and the mirrors
- Smooth, fast transitions between road, dashboard and mirrors
- EnRoute Pro for professional drivers
The Glare Filter reduces unwanted glare
EnRoute is equipped with a specially developed Glare Filter. It selectively cuts blue-spectrum light, reducing light scatter and glare from the dashboard, oncoming headlights and street lighting. At the same time, it boosts the right amount of light getting through, improving contrast and brightness perception. The result is more comfortable, relaxed vision even in poor lighting, bad weather or other demanding driving conditions.
Stable vision and fast refocusing
Most driving time is spent looking ahead into the distance — requiring a wide, clear field of view. Your gaze must move quickly between distances with minimal head movement: from the road to the navigation device, or from the mirrors to the dashboard. Focusing and refocusing can be especially challenging for older drivers.
EnRoute progressive lenses incorporate HOYA technologies: an integrated Double Surface Design for a wider field of view and fast transitions between distances, and Balanced View Control for stable image perception in dynamic driving conditions.