safety

Full automobile autonomy is coming and technologies like LSBC is a step closer. Low-Speed Braking Control technology is a revolutionary new system designed to make braking smoother and safer. Honda and other manufacturers are slowing adding these smart systems to their cars, inching closer to the reality of level 4 driving. How does Low-Speed Braking

Toyota is never one to sit on the sidelines of cutting edge developments, the company’s BSI with Cross Traffic alert is an example. The Blind Spot Information System (BSI) with Cross Traffic Monitor technology is an advanced safety feature that helps drivers detect objects in their blind spots. How does Blind Spot Information Systems work?

Auto High-Beam Headlights are a great safety feature that is becoming increasingly common on cars. They are headlights that automatically dim or turn off when another car is approaching, preventing drivers from blinding each other on the road. Auto High-Beam Headlights can reduce collisions Those blinding lights of oncoming from oncoming cars on a dimly

We all need a little help no and again, especially while driving – the streets are busier than ever since Pandemic restrictions started lifting worldwide. Parking sensors on cars are devices that help drivers to safely park their vehicle. How do Parking sensors work? They use ultrasonic waves to detect objects and obstacles around the

Full Level 4 self driving, what is taking it so long to get here? It’s coming sooner than some may think, but frustratingly too far away for other. TSRS, like other driver aiding systems we now take for granted, may one day be an essential cornerstone to enable full vehicle autonomy. What is Traffic Sign

SUVs can be very tall vehicles – especially the extended-length models – so any tech that helps keep you in a straight line during traffic, is a good. Road Departure Mitigation System (RDMS) technology is an advanced safety feature that works to help drivers stay in their lanes while driving. It uses cameras, radar, and

Honda’s Collision Mitigation Braking System (CMBS) technology is designed to help reduce the severity of a potential collision. Any driver safety tech can only be good thing because you can focus more driving while your vehicle keeps harm away. How does Collision Mitigation Braking System work? This system uses a combination of sensors, cameras, and

Traffic Jam Assist technology is a driver-assistive feature that helps drivers navigate through heavy traffic. It helps drivers stay in their lane and keep the car centered in its lane. Many car manufactures including Acura and Honda employs the tech in some of the their cars. This can be a great safety feature as it

Hyundai Forward Collision-avoidance Assist with Pedestrian & Cyclist Detection The Hyundai Forward Collision-avoidance Assist with Pedestrian & Cyclist Detection is an advanced safety feature that helps protect drivers and their passengers. This system utilizes an array of sensors to detect pedestrians and cyclists in the vehicle’s path, and then warns the driver of a potential

Audi’s Pre Sense Basic technology is an advanced driver assistance system that uses exterior sensors to monitor the vehicle’s surroundings and prepare the car for potential collisions. The system works by detecting obstacles in the vehicle’s path and alerting the driver with visual and auditory warnings. The system can also automatically apply the brakes if

Automatic emergency braking technology, commonly referred to as AEB, is a form of vehicle safety technology that acts as a last line of defense in the event of an imminent crash. By utilizing cameras, radars and other sensors, automatic emergency braking systems are able to detect potential hazards on the road ahead and alert drivers

Forward Collision Alert technology is a driver assistance system that is designed to help reduce the chances of a potential collision. It does this by using a combination of sensors, cameras, and algorithms to detect objects in the front of the vehicle that may lead to a collision. When the system detects a potential collision,

So you’ve got your eyes on a shiny new SUV that been in commercials running perpetually – but you are on a tight family budget. A big family sedan might just be right for the household too; you’ve two burning questions now. Sedan or SUV – which is more affordable in the long run? And

Cars with Amazon Alexa integration are revolutionizing the way we drive. Shouldn’t more vehicles have full A.I integration by now? With Alexa integration, drivers can use voice commands to control their vehicle’s functions (a boss safety feature). See all the SUVs that Alexa available Car functions Amazon Alexa’s can help with Having a smart A.I

The Ford Co-Pilot 360 Assist technology is a suite of driver-assistance features that are available on many Ford vehicles. The latest 2.0 version of the tech is currently in many of the company’s SUV. This technology includes features such as lane-departure warning, lane-keeping assist, adaptive cruise control, automated emergency braking, blind spot monitoring, and cross-traffic

Hyundai Motor’s Highway Driving Assist 2 (HDA2) technology is the latest breakthrough in driver assistance – it is also available in some Kia cars too. See World’s Fastest SUVs that cost less than $100K 🚀💸 HDA2 is designed to help drivers maintain a safe distance from the vehicle in front of them while driving on

Lane Change Assist is a valuable safety feature for drivers who are looking for an extra layer of protection on the road. This technology is available in most modern cars and uses sensors to detect when another vehicle is in the driver’s blind spot. When this happens, the system will alert the driver with a

Rear cross-traffic alert technology is a driver assistance feature found on many modern cars. It uses sensors to detect vehicles coming from the rear side when you are reversing out of a parking space or driveway and helps you avoid collisions with them. This technology works by utilizing radar sensors, similar to blind spot monitoring;

Blind Spot Monitoring (BSM) is an advanced safety feature found in many modern vehicles. It is designed to help drivers detect objects or vehicles in their blind spots, which are the areas that are not directly visible to the driver in the side mirrors. The system utilizes sensors placed near the rear of the vehicle

The Collision Mitigation Braking System (CMBS) is a state-of-the-art safety feature found in many cars today. It uses a combination of radar, video and computer processing to detect when a collision is imminent and applies the brakes to reduce the severity of the impact. The CMBS system can detect objects up to 500 ft. away

Adaptive Cruise Control technology, commonly referred to as ACC, is a driver assistance system designed to match the speed of your vehicle with the flow of traffic in front of you. It uses distance sensors and adaptive speed algorithms to maintain a safe and steady following distance without having to constantly press the gas pedal.

Honda Sensing driver-assist technology features a suite of advanced driver assistance and safety technologies designed to help you maximize the potential of driving Honda. This series of driver-assist technologies uses a combination of cameras, sensors, and radar to detect road conditions and then provide assistance when needed. Honda Sensing can provide helpful alerts like keeping

Rain sensing wipers are a modern automobile innovation that automatically adjust rain wiper speed and settings based on the amount of rain falling on the windshield. These wipers sense rain using small sensors that detect rain droplets and then activate the wipers to clear raindrops away. As the rain increases in volume, the rain-sensing wipers

Jeep’s Quadra-Trac II four-wheel drive system is a sophisticated system that uses a center differential and two front and two rear driveshafts to provide excellent off-road performance. The system works by distributing power to the four wheels that need it the most, allowing the Jeep to move through difficult terrain with ease. The system is

Jeep’s Selec-Terrain technology allows drivers to choose between four different driving modes, each with its own set of driving characteristics. In Normal mode, the vehicle drives like a typical car, while in Sport mode the Jeep accelerates and brakes more aggressively, in Sand mode the vehicle rides on a sand-covered terrain, and in Snow mode