Sentences with phrase «vehicle during a lane change»

Also, the Drive Pilot system includes the first - ever Active Lane Change Assistant, which can automatically steer the vehicle during a lane changes.

The Subaru Rear / Side Vehicle Detection (SRVD) System, Blind - Spot Detection, Lane Change Assist and Rear Cross-Traffic Alert are systems designed to assist the driver by monitoring the rear and side areas of the vehicle during a lane change or when reversing.

Not exact matches

Safety features on the E-Class include Active Emergency Stop, which gives the driver a visual, then audible, warning before slowing to avoid a hazard; Active Brake Assist, which brakes autonomously if necessary; Evasive Steering Assist, which helps the driver safely avoid a spin during an emergency lane change maneuver; Pre-Safe Plus, which warns the driver behind of an impending rear - end crash; Active Blind Spot Assist, self - explanatory and Remote Parking Pilot, which allows the vehicle to be maneuvered in and out of the garage remotely.

During a lane - change maneuver, this available advanced technology provides side mirror alerts to help you avoid a collision with a rapidly approaching vehicle.

There are also reported safety upgrades, including Honda's Lane Watch (the blind sport technology that uses a mirror - mounted camera to display a real - time image of the passenger - side of the vehicle during intended lane changes) and active sound generation (to provide feedback to pedestrians when the car is operating in electric mode, and therefore with no audible engine note).

Available on Quattroporte and Ghibli, Blind Spot Alert warns the driver with visual and audible signals when a vehicle enters the blind spot zones; this important safety feature has been introduced to avoid unwanted collisions during lane changes.

Then you also get Blind Spot Assist which I might add works brilliantly by warning the driver of a vehicle in the blind spot during a lane change.

Audi's side assist utilizes radar to detect other vehicles approaching along the sides and monitors blind spots during lane changes.

A cowl stay enhancement is used to connect front side frame and A pillar, improving rigidity in the front of the car and increasing vehicle stability at high speeds and during lane changes.

It uses radar technology to detect fast - moving vehicles moving into your critical zone, and monitors blind spots during lane changes.

The same ultrasonic sensors that are used to measure parking spaces during Active Park Assist come into play when reversing out of standard, perpendicular parking as part of the cross-traffic alert system, which notifies you of approaching vehicles that you may not be able to see, and the BLIS blind - spot detection system that notifies you of vehicles in the rear - quarter blind spots when changing lanes at highway speeds.

At high speeds and during lane changes, the rear wheels angle in the direction of steering to increase vehicle stability.

World - first technology aids the driver in avoiding vehicles concealed in the blind - spot area during lane - change manoeuvres.

Working with radar sensors and camera monitoring, these systems warn the driver of a potential collision during a lane change manoeuvre or if the car strays unintentionally out of its lane, as well as alerting him if the car gets too close to the vehicle in front.

During a lane - change manoeuvre, this advanced technology provides side mirror alerts to help you avoid a collision with a rapidly approaching vehicle.

Motorists should leave as much room as possible for the truck beside them to stop suddenly when they are pulling in front of the vehicle during a routine lane change.