Every year, road accidents cause millions of injuries around the world. They also claim more than 1.35 million lives each year.
But cars are increasingly being designed, using the latest technologies, to reduce the risk of accidents.
The tech that is used in Advanced Driver-Assistance Systems is leading the way.
According to one study, vehicles that contain ADAS functionalities, such as automatic emergency braking, lane departure warning, autonomous cruise control, and forward and rear collision warning, see a 27% reduction in the frequency of bodily injury claims.
And as technology continues to develop, we can expect ADAS features and other functionalities to make cars even safer in the near future.
Driver Error Will Remain a Huge Factor: Here’s How to Get Compensation After a Car Accident
Even though the future of reducing car accidents looks bright, driver error will always play a big role in the occurrence of traffic accidents.
Speeding, being distracted while driving, and being under the influence of alcohol or drugs while behind the wheel, are all leading causes of car accidents. So, safety begins with the driver.
If you find yourself injured from a car accident that was caused by another driver’s negligence or recklessness, you should contact an attorney in your local area who specializes in road accidents, such as a Phoenix based car accident lawyer.
An experienced lawyer will be able to help you gain compensation to cover the cost of things like lost wages, medical bills, and the pain and suffering you experience as a result of the injuries.
However, you could reduce the chances of being involved in a car accident in the first place by buying a car that has the following features.
Automatic Emergency Braking
Automatic emergency braking is a relatively new feature that alerts drivers to imminent crashes and helps the driver to use the maximum braking capacity of the vehicle. In critical situations, the AEB function can even independently brake.
A low-speed system is best used on city streets while a higher-speed system, which can scan up to two hundred meters in front of the car, works better for fast-traveling cars.
AEB pedestrian systems are also available, which pick up pedestrian movements in relation to the direction and speed of your car in order to determine the risk of collision.
Lane Departure Warning
Lane departure warning is a feature that uses cameras to determine whether the car has drifted across to another lane.
If the car does drift, the lane departure warning system will notify the driver by sending an audible, visual, or vibrational notification.
There are even lane-keeping systems now available that use more advanced technology to actually nudge the car back into its lane.
Autonomous Cruise Control
Although cruise control has been around for quite some time, autonomous cruise control is a newer and more advanced type that is able to adjust the speed of a car in order to help drivers maintain safe distances from the vehicles in front.
An even more advanced version, known as cooperative adaptive cruise control, is also available. It gathers information from satellites, mobile infrastructure, and roadside beacons, to determine the distance between vehicles and make adjustments accordingly.
Forward and Rear Collision Warning
Both forward collision warning and rear collision warning systems can be used to help prevent collisions.
Using a camera, radar, laser, and GPS sensors, forward and rear collision warnings detect imminent crashes and warn the driver. They can also take appropriate action automatically to avoid a collision.