Sentences with phrase «radar sensors help»
But if you're getting ahead of yourself, radar sensors help warn you if it detects the risk of rear - ending the vehicle in front of you.
https://www.vw.ca/ Not exact matches
AIM Photonics aims «to reduce energy consumption in data centers by supporting the replacement of copper wires with optical fiber; providing technology for optics in next generation (5G) wireless networks; helping develop the optical equivalent of radar which will facilitate the use of self - driving vehicles; and in partnership with the University of Rochester, the initiative is developing emerging optical sensors for medical and environmental applications,» the release explained.
Ford will use the location to continue testing its Fusion Hybrid self - driving prototypes, which have cameras, radar, LIDAR, and other sensors to help navigate urban environments.
This smart SUV uses available cameras, ultrasonic sensors and radar to look out for potential hazards to help you avoid collisions before they happen.
The Touring Elite features the Blind Spot Information (BSI) system that uses radar sensors located on both sides of the rear bumpers to continually monitor blind - spot areas to help determine whether a vehicle is in the driver's blind spot.
The same medium - radar sensors can help the driver at lower speeds too.
A Blind Spot Monitoring system is available to help you detect vehicles in your blind spot using dual radar sensors.
Available radar and ultrasonic sensors in the front and rear assist in helping to prevent collisions by activating brakes automatically at lower speeds.
The ATS - V comes with eight standard airbags and offers a range of electronic nannies that use radar, optical cameras and ultrasonic sensors to help avoid crashes.
The system uses radar sensors in the rear bumper to help warn the driver of an approaching vehicle in his or her blind spot via an indicator on the side mirrors.
Escalade's newest technologies include safety features to help protect occupants at all times; front and rear automatic braking relies short - range radar technology and ultrasonic sensors to help avoid front and rear low - speed collisions.
Escalade's new technologies include safety features to help protect occupants at all times; front and rear automatic braking relies short - range radar technology and ultrasonic sensors to help avoid front and rear low - speed collisions.
The available Audi side assist system uses radar sensors and optical warnings to help alert you if a vehicle is in your blind spot.6 Attentive driving The features discussed are not substitutes for attentive driving.
The Audi side assist uses radar sensors and optical warnings to help alert you if a vehicle is in your blind spot.
Sensor - fusion leverages the combined attributes of radar and cameras to help determine if a frontal impact may be imminent.
Together with available Rear Cross-Traffic Alert and Side Blind Zone Alert technologies use radar sensors to help you avoid a collision.
ProPILOT Assist uses a forward - facing camera, forward - facing radar, sensors and electronic control module to help the driver stay in the center of the driving lane and to maintain vehicle speed (set by the driver) or help maintain a gap to the preceding vehicle if the vehicle speed drops below the driver - set speed.
It utilizes a forward - facing camera, forward - facing radar, sensors and an electronic control module to help the driver stay in the center of the driving lane and to maintain vehicle speed (set by the driver) or help maintain a gap to the preceding vehicle if the vehicle speed drops below the driver - set speed.
Volkswagen's Forward Collision Warning and Autonomous Emergency Braking system uses one or more radar sensors combined with a camera to help monitor the distance of traffic ahead of the vehicle.
It also features a smart cruise control radar, a lane - keep assist camera, blind spot sensors and a GPS antenna, all of which work to help the car drive itself.
CTS safety features The CTS offers advanced safety based on Cadillac's «control and alert» strategy that employs advanced technologies — including radar, cameras and ultrasonic sensors — to help prevent crashes.
AcuraWatch employs advanced «sensor fusion» technology, using the combined sensing capabilities of millimeter - wave radar and a monocular camera to help maintain the vehicle's position in traffic and to prevent or mitigate the severity of a collision, representing a technological bridge to the automated driving technology of the future.
As an option the car can be equipped with Audi side assist, which uses rear - mounted radar sensors to help drivers change lane more safely; camera - based traffic sign recognition; Audi active lane assist, which helps the driver if required by steadily correcting steering or warning him or her if there is a danger of unintentionally drifting out of lane and the park assist system with display of surroundings, which independently guides the car into suitable spaces.
Available Audi side assist with Audi pre sense ® rear uses radar sensors and optical warnings to help alert you if a vehicle is in your blind spot.
New tech goodies include front - and rear - automatic braking — radar technology and ultrasonic sensors are meant to help the driver avoid front and rear low - speed collisions with a progression of alerts extending to a full stop if necessary.
ProPILOT Assist utilizes a forward - facing camera, forward - facing radar, sensors and an electronic control module to help the driver stay in the center of the driving lane and to maintain vehicle speed (set by the driver) or help maintain a gap to the preceding vehicle if the vehicle speed drops below the driver - set speed.
The PCS computer helps determine whether a frontal collision is unavoidable using information from the radar sensor, vehicle speed, steering angle and yaw - rate inputs.
It utilizes a forward - facing camera, forward - facing radar, sensors and electronic control module to help the driver stay in the center of the driving lane and to maintain vehicle speed (set by the driver) or help maintain a gap to the preceding vehicle if the vehicle speed drops below the driver - set speed.
Using advanced radar sensors and a forward - facing camera, the available Adaptive Cruise Control with Stop system adjusts your cruise speed to help you stay at a pre-selected distance behind the vehicle ahead.
The available Audi side assist with Audi pre sense ® rear uses radar sensors and optical warnings to help alert you if a vehicle is in your blind spot.
Available Audi side assist uses radar sensors and optical warnings to help alert you if a vehicle is in your blind spot.
The available Audi side assist system uses radar sensors and visual warnings to help alert you when a vehicle is in your blind spot.
Look closely and you can see the radar sensors that help power the adaptive cruise control system and the autonomous emergency braking function.
Optional features on the S6 include a DVD - based navigation system (Technology Package), radar - based adaptive cruise control, keyless unlock and start, rear heated seats, rear side airbags, reverse parking sensors and camera, phone / audio / navigation voice control and a solar panel - equipped sunroof that powers the ventilation system to help keep the car cool in hot parking lots.
The I.D. CROZZ is able to detect other road users not only by means of its laser sensors, but also with the help of ultrasonic and radar sensors, side area view cameras and a front camera.
A new laser scanner joins a sizable suite of sensors that include ultrasonic, radar and camera, to autonomously help the car stay better centered in the lane and hang back a bit if a car happens to be intruding into your lane — say, in a narrow - lane construction zone.
Optional features on the S6 include a DVD - based navigation system, radar - based adaptive cruise control, keyless unlock and start, rear heated seats, rear side airbags, reverse parking sensors and camera, phone / audio / navigation voice control and a solar panel - equipped sunroof that powers the ventilation system to help keep the car cool in hot parking lots.
Safety features include front and rear automatic braking, which uses radar and ultrasonic sensors to help avoid low - speed collisions; GM's Safety Alert driver's seat; and a backup - camera system.
Among new Mazda6 safety technologies using radar, laser and camera is a smart braking system that uses a laser sensor and automatic braking to help drivers avoid collisions below 20 mph.
These new technologies use a combination of sensors, mirrors, cameras, and radar to warn motor vehicle drivers of impending dangers, helping them to avoid serious crashes.
GM engineer Jim Nickolaou said the bridge's «intricate metal design and traffic volume» helped his team tune radar sensors to separate permanent objects such as cables and guardrails from vehicle traffic.