Useful tips for driving with sunglasses
When driving, the top priority is always to ensure your own safety and that of others. This means obeying the rules of the road, wearing a seat belt, keeping your hands on the steering wheel correctly, and driving without having drunk alcohol. Wearing sunglasses, especially in winter when there is snow, makes driving safer and more comfortable.
Extreme brightness and distracting reflections can in fact compromise driving visibility and be the cause of accidents. Choosing the right lenses for your sunglasses can avoid causing an accident.
One of the main causes of road accidents is glare. Often wearing the right sunglasses can avoid this.
Compelling reasons to drive with sunglasses
It is important to wear sunglasses on bright days. The glasses not only protect against glare, but also prevent light reflections from distracting and interfering with your vision.
On a bright day, the amount of light that reaches the retina is very high. The latter cannot close enough to reduce the amount of light entering the eye. This causes the eyes to squint continuously, also causing headaches and nausea.
Sunglasses are used to limit the light that reaches the eyes and reduce the need to squint.
Below are the valid reasons to drive with sunglasses.
Reduce eye fatigue and discomfort
When driving, the action of continuously focusing requires a lot of strain on the eyes causing visual fatigue. This can affect driving safety.
Often you squint when driving in bright light. This is annoying and can cause eye muscle fatigue and even headaches or nausea. Wearing sunglasses reduces the amount of light that penetrates the eyes and the journey will be more comfortable, especially if it is long.
Offer UV protection
Sunglasses are not only used to attenuate the surrounding brightness. They are also a preventative measure taken to protect the eyes from harmful UV rays, ultraviolet radiation, and strong reflections from sunlight.
Wearing sunglasses while driving will help you see better, making your travel experience more enjoyable and safer.
Keep eyes hydrated
Sunglasses are a real windproof barrier that reduces the rate of evaporation of moisture from the eyes and keeps the eyes always well hydrated and healthy. They are therefore absolutely suitable for drivers who suffer from dry eye.
Improve contrast with polarized and anti-reflective lenses
The UV protection offered by most cheaper sunglasses models does not offer the best quality of vision. Polarized and anti-reflective lenses , on the other hand, use a filter that helps improve color contrast and neutralize reflection, so you can see better while driving.
This type of lens is equipped with a filter that blocks reflected light and also offers better color contrast. This means that wearing polarized and anti-reflective lenses while driving can avoid accidents and ensure greater safety. This promotes eye comfort, shortens reaction times to unexpected events on the road and improves driving in general.
Anti-reflective lenses are an excellent solution because they protect against sunlight reflecting off the surfaces of cars with shiny metal bodies, mirrors, etc., when the sun is behind you. These lenses also help with night driving.
Improve vision with tinted lenses
Tinted lenses can help to improve the vision of your surroundings, so that certain colors and shapes appear more noticeable and distinct than they would otherwise be.
For example, rose-colored glasses help to enhance grays and whites, making snowy hills and objects on backgrounds of different colors more visible.
For motorists , brown or gray tinted lenses are ideal because they reduce the intensity of light without distorting colors.
Colors are applied to the lenses to absorb light as it passes through. It’s best to consider amber, neutral gray, brown, or green lenses when you’re about to drive.
Glasses with blue and red lenses are not suitable for driving because they distort the colors of traffic lights, while yellow sun lenses are great for sharpening images, but these also cause more color distortion.
Brown lenses reduce glare sufficiently, while also absorbing the blue frequency of sunlight, which makes the surroundings appear hazy.
Attenuates light and reflections in any season
Sunlight varies in intensity at different times of the day and year. Drivers find it more difficult with bright sunshine in both summer and winter.
Sunglasses, especially those with polarized and tinted lenses, attenuate light and glare and allow you to see better while driving.
The importance of quality sunglasses
To drive safely and comfortably, it is recommended to invest in a quality pair of sunglasses.
For eye well-being and driving safety:
- Choose sunglasses with impact-resistant lenses and polycarbonate. The cold, dark lenses of the Aviator models are suitable for driving, but the thin metal bracket does not protect against radiation and side reflections.
- Make sure your sunglasses block 99-100% of UV-A and UV-B rays. Look for sunglasses marked “UV 40” for the best protection.
- Choose grey, green or brown lenses, as they reduce the intensity of light without noticeably altering the actual colour of the surrounding objects. Avoid yellow-tinted lenses because they make your surroundings look even brighter than they actually are.
- Make sure your sunglasses fit properly and protect your eyes from all angles.
- Choose sunglasses that are large enough and wide on the sides. These types of glasses are best for drivers because they block most of the sun’s rays, even those coming from the side. Even when it rains, sunglasses can help you see better because rain can reflect light and cause a
- Be aware of the obligation to wear lenses while driving. Having to wear prescription glasses does not mean that you cannot wear sunglasses to drive: it is sufficient that the lenses are prescription and comply with the medical prescription. Sunglasses are not just a fad, but an excellent solution to improve driving safety.
The use of unsuitable sunglasses can cause serious problems, such as retinal damage, macular degeneration or even cataracts.
