Today’s cars are equipped with advanced technologies that make driving easier and safer, including advanced driver-assistance systems (ADAS). ADAS technology uses cameras, radars, and lasers mounted on the vehicle to provide real-time information about the vehicle’s surroundings, including other vehicles, pedestrians, and obstacles. That information helps you be safer while you drive but – only if it is accurate. For an ADAS system to work properly and provide accurate feedback to the driver, the windshield must be properly calibrated. If you have an ADAS system in your car, when you get your windshield repaired or replaced, it is essential that the company performing the work understands windshield calibration and how to recalibrate your windshield for your ADAS system.

The Importance of Windshield Calibration

One of the most important aspects of ADAS accuracy is windshield calibration. When a new windshield is installed, or if the windshield is replaced due to damage, professional calibration is necessary to ensure the cameras and sensors are aligned correctly. Even small variations in the position of the camera or sensors can cause the system to malfunction, potentially leading to serious accidents.

It is important to note that not all windshield repair and replacement companies have the training and experience to correctly calibrate an ADAS system. The problem is, if the ADAS system is not calibrated correctly, the driver may receive inaccurate information which compromises their safety and the safety of others on the road. For example, the ADAS system may not be able to accurately judge the distance between your car and other cars or may not be able to provide steering assistance when you need it.  

Understanding Static Recalibration vs. Dynamic Recalibration

During the static recalibration process, a specific target image is mounted on a fixture in front of the vehicle and those measurements are used to recalibrate the ADAS system. This method is less reliable and accurate because it cannot fully simulate the true driving experience. 

The dynamic recalibration process is a more accurate and reliable way to recalibrate a vehicle’s ADAS system. The vehicle is driven at a set speed on well-marked roads to recalibrate the camera system. 

Hire Experienced Professionals to Ensure Your ADAS Calibration is Accurate

Your safety is important and that is why it is essential to hire specialists that are experienced in ADAS recalibration and equipped with the latest technology to properly recalibrate your windshield. At AGD, we have the expertise and technology to ensure your windshield is calibrated accurately and in compliance with industry standards. Trust us for all your windshield calibration needs, and enjoy peace of mind knowing that your ADAS system is functioning correctly.

As automobile technology advances, so does automobile windshield technology. Many car manufacturers are producing cars windshields with displays directly integrated in the glass. For example, there are now windshields with augmented reality heads-up displays which means you can continue to look through your windshield while still having all vital information, including navigation, visible. Popular Scienceexplains how transformative AR-HUD systems can be in both your driving experience and safety, “Panasonic is touting its version of a HUD, and it incorporates metrics like speed along with augmented reality features that highlight objects in the real world. The company has broken that down into “near field” and “far field” information, with the former showing data like your fuel level, and the latter incorporating that AR aspect. For example, a yellow bicycle icon may be overlaid on a real cyclist to help you notice them, while a digital green arrow could reveal the height of an upcoming overpass. And ideally, everything should be lined up nicely with the driver’s field of view, thanks to an eye-tracking feature. ‘Our AR HUD has a larger image size, and longer virtual image distance, which can add depth that makes the graphic appear to be floating in the real world,’ Sachiko Kobayashi, a UX designer with Panasonic Automotive Systems.”

Additionally, some cars are incorporating stronger, more durable Gorilla Glass. Gorilla Glass offers a number of advantages over traditional automobile glass. It is far lighter which improves your car’s performance and fuel efficiency, and it is also far more durable, with improved resistance to object impact, improved visibility, and improved safety. The future of automobile windshield glass is bright with many technological advances on the horizon.

What are latest advances in windshield?

Adjustable panels

A newest advancement in windshield makes it dim when exposed to sunlight. These panels carry the same photochromic dyes used in some eyeglasses. This technology protects drivers from visibility issues and ultraviolet radiation. It can even prevent bright headlights from opposite vehicles.

AR displays

Some modern cars are equipped with augmented reality technology for parking cameras. In the same way, augmented reality display on car windshield provides 3D projects in front of drivers. It can display a variety of information like weather conditions, close obstacles, pedestrians, GPS details, and mapping updates in real time. When integrated with the braking system, it even provides information about safe braking distance.

Eye tracking

Modern eye-tracking devices are found in the dashboard of a vehicle. Modern advances allow drivers to take a nap, as the eye-tracking technology can detect their sleep activity and direct the vehicle off the road to a safe area. As a result, a significant number of accidents are prevented. This eye-tracking may even help with insurance claims.

Heated front

The heating technology for windshields clears snow, fog, and condensation from the panel. Many high-end brands equip their cars with this feature to protect drivers from potentially dangerous situations. Similar to the heating features of a structures, the windshields clear away ice buildup. Moreover, vehicles can avoid the need of AC systems since the feature can heat the interiors of a vehicles, providing fuel conservation and reduced noises.

Gorilla glass

This chemically treated glass is poplar for its extreme durability, clear design, and light weight body. The use of gorilla glass in cars will safeguard the interiors from external factors like debris, stones, or insects. Most importantly, it enhances the visibility of drivers by delivering sharper and brighter vision. When compared with conventional panels, these gorilla windshields support interactive navigation and display features.

Wiper-less displays

Changes in weather conditions impose a lot of strain on wipers, as they have to clear water and dirt from the windshield. However wiper-less use ultra sonic sound to repel objects from the surface. It is achieved by mounting a transducer in the windshield to create the ample ultrasonic force required to clean the glass after rain or snow fall.

Security

The most breakthrough technology in windshield is increased safety features. Along with seat belts and airbags in a car, these glass panels are developing into a fundamental security component that protects drivers from collisions and accidents.