7 Car Safety Technologies You Need to Look for

The introduction of the car altered transportation significantly, making vehicles a crucial part of everyone’s daily routine. Regrettably, the act of driving can pose quite a significant risk, resulting in 1.35 million annual deaths in car accidents.  

Fortunately, advancements in automobile safety technology, such as ovano switch narrow, are being developed annually.  

With the increasing prevalence of these systems, we can decrease the number of deadly accidents and guarantee the safety of more drivers on the road. 

As numerous new technologies are improving road safety globally, let’s examine seven specific features that are particularly effective in preserving the lives of drivers: 

1: Center Airbags 

Airbags have been an important component of vehicle safety for many years and have advanced to incorporate front, side, curtain, and most recently, center airbags.  

A central airbag is created to act as a barrier between the heads of the two individuals sitting in the front seats during side-impact collisions, rollovers, and other serious accidents. 

The side airbags located next to the driver’s seat inflate to reduce the risk of neck and spine twist injuries. Collision repair shops may have already come across this safety feature in vehicles such as the Toyota Yaris, Mazda BT-50, and other models. 

2: Lane Trace and Adaptive Cruise Control 

Just a short while ago, cruise control was cutting-edge vehicle technology, but today’s adaptive cruise control in modern cars makes the old manual system seem quite mild.  

Adaptive cruise control, otherwise known as active cruise control, utilizes radar to decide the appropriate time for a car to change its velocity. 

Data such as traffic flow, distance to the car in front, and other information assist in the system’s ability to uphold safe driving speeds.  

Active cruise control coupled with lane-trace assist enables a car to maintain semi-autonomous driving by consistently keeping it in the center of a lane. 

3: Safe-Exit Warning 

Although most accidents involving vehicles happen while they are in motion, advancements in technology have made it possible to protect drivers even when vehicles are stationary. Sensors placed close to the taillights are utilized by the safe exit system to identify possible collisions. 

When the safety feature detects another car, cyclist, or object, it will activate an alarm and some models will keep the passenger doors locked until it is safe. Kia, Audi, and Hyundai are among the car companies that provide the safe exit warning function. 

4: Remote Parking System 

We believed self-parking cars with little assistance from the driver were a huge advancement but newer vehicles don’t require a driver at all.  

For instance, Tesla provides a unique function that allows cars to automatically exit a parking spot and drive around 65 yards or fewer. 

The Sorrento by Kia also offers a remote parking feature, enabling the vehicle to park once the driver leaves. Even though the primary purpose of the feature may be convenience rather than safety, the idea behind this technology is that it’ll help in avoiding those unavoidable door dings. 

5: Blind-Spot Video Monitoring 

Blind-spot monitoring is not a new safety feature, but it’s currently going through a sophisticated redesign. Until recently, a blind-spot alert would consist of an audible warning and a tactile alert such as a vibrating steering wheel.  

Nonetheless, companies such as Audi are elevating this technology with their groundbreaking innovations. Honda offers a blind-spot feature that sends a live video feed to an infotainment screen, while Audi provides the choice to swap side mirrors for cameras that provide a constant live feed. Alternatively, the 2021 Kia Sorento offers a live video feed of blind spots on demand for checking pedestrians and other vehicles. 

6: Autonomous Emergency Braking 

Since the late 2000s, autonomous emergency braking (AEB) has become a widely adopted car safety feature. A system called AEB uses sensors to detect barriers in the way of a moving car and gauge the speed difference.  

The system could activate automatic braking if drivers do not react swiftly, based on the data. Several vehicle AEB systems are typically intended for faster speeds, however, the use of AEB at low speeds is becoming increasingly popular. 

Like other safety technologies in vehicles, AEB is continuously studied and updated to enhance its capabilities. Intersection-collision warning systems, known as intersection-scanning AEB, use radar to scan intersections to identify oncoming vehicles. If the system detects a crash, it will notify drivers and activate the AEB if they don’t act in a set period. 

7: 360-Degree Camera and Sensor 

Rearview cameras, parking sensors, and forward collision cameras may be quite sophisticated, but ongoing improvements are being made to these safety features.  

A lot of the most popular ADAS sensors and cameras are changing to observe a wider field of view. Some vehicles now come equipped with overhead cameras, 360-degree sensors, and 3D graphic displays that provide a nearly full view of the vehicle’s surroundings. 

These enhanced safety features in vehicles assist in making parking and navigating through small spaces easier by allowing drivers to focus on specific areas and avoid curbs/obstacles effectively. Nonetheless, these sophisticated cameras and sensors can more than just prevent rubbing against a sidewall. 

Land Rover is already elevating this new technology to another level. Some off-road vehicles from the manufacturer now come equipped with 360-degree cameras, allowing drivers to view the road ahead as if looking through the vehicle’s hood. That is innovation at its finest! 

A Glance at the Future: Facial Recognition Program 

Facial recognition software is now being incorporated into modern vehicles such as the Subaru Forester, just as it is commonly found in laptops and smartphones. However, facial recognition in vehicles is not primarily used to recognize a face but rather to determine if the driver is alert. 

The software constantly analyzes a driver’s facial expressions and is designed to track their alertness levels. If the system detects drivers looking away from the road frequently or engaging in troubling behaviors, it will notify them with a loud alert.  

With face recognition technology becoming a common safety feature, tactile signals such as a vibrating seat are expected to be incorporated into the design. 

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