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What is Blind-Spot Monitoring and How Does it Work?

  • Jan 20
    Blind-spot monitoring is a convenient feature found in many new cars. While there’s still no replacement for turning your head to check your blind spot, this type of monitoring system can help keep an eye on those spots that are hard to see with your mirrors.Get more news about blind spot monitoring system,you can vist our website!

    This technology is statistically proven to reduce injuries caused by lane-change crashes, making it worth serious consideration when shopping for your next car.Blind-spot monitoring is a pretty self-explanatory feature. It monitors your blind spots and alerts you if you’re trying to make an unsafe lane change that could result in a collision with another vehicle. This is often done with visual and audible alerts with lights and beeps to help prevent an accident.

    On most cars with blind-spot monitoring, it stays on in the background and doesn’t require any intervention from the driver. In some cases, you can turn it off if you’d like or modify the alert system, but it’s best to leave it on in normal driving conditions.Blind-spot monitoring uses sensors on the outside of the car to keep an eye on your blind spot. If these sensors detect a car in your blind spot where it might not be visible in your mirrors, a little light will turn on to let you know. These lights are usually on the inside of the front doors near the mirrors or on the mirrors themselves.

    If you turn on your turn signal while there’s a car in your blind spot, this feature will give you an audible alert. The car will beep to let you know that it’s not a good time to change lanes because of the risk of an accident. It might be annoying, but it could save you from a dangerous and costly accident.The short answer is “yes.” Blind-spot monitoring has been proven to reduce lane-change crashes, preventing injuries and costly damage. A study by the IIHS found a significant 23% drop in lane-change crashes with injuries in cars with blind-spot monitoring.

    Turn your head less — When making a lane change, you should still check your blind spot by turning your head and looking. However, if you need to change lanes and this feature tells you there’s a car in your blind spot with a little light, it will save you a head turn, and you can wait until the light is off to check.
    Radar-based blind-spot monitoring (BSM) systems provide the foundation for rear cross-traffic alert (RCTA). This feature works when you’re reversing from your driveway or a parking space and you can’t see if traffic is approaching from the sides.

    Typically, RCTA provides an audible alert and a visual warning on your car’s reversing camera, which is where you’re most likely looking while you’re backing up. Note that radar-based BSM systems usually, but not always, include RCTA. Sometimes, RCTA is an extra add-on.Lane-change assist (LCA) is another feature that radar-based BSM systems support. This technology warns you when another vehicle is rapidly approaching from behind so that you don’t change lanes into its path. This is an emerging technology and is not included with all BSM systems.

    Increasingly, automakers are offering active versions of BSM. This means that if you ignore system warnings, the vehicle will actively attempt to prevent you from changing lanes. Through the brakes and steering, an active BSM system will try to keep your car in its lane until the threat of a collision has passed. Active BSM is typically an optional upgrade.