Both Blind Spot Monitoring (BSM) 6 and Rear Cross Path Detection7 (RCPD) rely on radar - based sensors to
detect other vehicles.
IIHS adopted the umbrella term «front crash prevention» to refer to any system that uses sensors to
detect other vehicles or obstacles in order to prevent or mitigate a frontal crash.
The car also comes with advanced transport system technology allowing it to
detect other vehicles and traffic, which provides the driver with safety information such as warnings about other vehicles in blind spots.
Audi's side assist utilizes radar to
detect other vehicles approaching along the sides and monitors blind spots during lane changes.
Utilizing both a camera and a millimeter wave radar system, the available Lexus Pre-Collision System with Pedestrian Detection uses sensors to
detect other vehicles and / or obstructions in front of the vehicle.
use sensors to
detect other vehicles driving close to you.
With available Rear Cross Traffic Alert, radar sensors
detect other vehicles approaching from either direction and utilize the rear vision camera to visually warn you of those vehicles, like when you're backing out of your driveway or parking space.
The 2017 Porsche 911 RSR will be equipped with a «Collision Avoid System» which will help
detect other vehicles when driving and help prevent accidents from happening.
With available Rear Cross Traffic Alert, radar sensors
detect other vehicles approaching from either direction and utilize the rear vision camera to visually warn you, along with audible beeps, of those vehicles, like when you're backing out of your driveway or parking space.
The Q also will have «back - up collision intervention, which automatically stops the car rather than let it back into an object or person, and also «moving object detection,» which
detects other vehicles that may enter the car's path as it backs up.
That adds Mazda's Smart City Brake Support (SCBS), a front radar system that
detects other vehicles or obstacles and calculates the distance then sends an audible and visible alert to the CX - 5 driver if there's risk of a collision.
The autonomous emergency braking system
detects other vehicles but can not detect vulnerable road users such as pedestrians or cyclists.
The most appealing features where the near semi-autonomous driving system that not only
detected other vehicles nearby but also adjusted its cruise control to match the front car's speed without any additional driver input.
Not exact matches
They are focused on applications for autonomous
vehicles, some of which already have similar laser - based systems for
detecting objects around the car, but
other uses could include seeing through foliage from aerial
vehicles or giving rescue teams the ability to find people blocked from view by walls and rubble.
It also integrates a wealth of
other information, including the positions of nearby rangers,
vehicles and aircraft, as well as
detected gunshots, camera trap feeds, arrest and crime - scene records, weather, and more.
Automatic High Beam Control Sensor or Smart Beam Headlamp System turns on high beams when no
other vehicle is present and reverts back to low beams when
detecting oncoming headlamps or tail lights.
With City Safety, a laser sensor mounted at the top of the XC60s windshield
detects vehicles and
other objects up to 13 feet ahead of the front bumper.
System can not
detect and / or report every road hazard, and its effectiveness depends on the presence of
other vehicles equipped with Car - to - X Communication.
Standard Auto High - Beam Headlights automatically dim when
other vehicles are
detected, and the LED Low - Beam Headlights with Auto - On / Off further light the road ahead.
The systems will not prevent contact with
other vehicles or accidents due to careless or dangerous driving techniques or
detect every
vehicle or object around you.
In addition, you can also get the available Rear Cross Traffic Alert (RCTA) in your Forte that gives you an audible warning and a light on your rearview mirror when it
detects an object or
other vehicle behind you.
Moving Object Detection
detects moving objects, such as
other vehicles, when the rearview camera is engaged when backing up and warns the driver with visual cues.
Blind Spot Detection
detects vehicles behind the C - pillars and in
other blind spots; Lane Change Assist
detects approaching
vehicles when changing lanes, and Rear Cross Traffic Alert
detects close
vehicles while reversing, such as out of a parking space or driveway.
The 2018 Discovery now features the company's Emergency Braking system with pedestrian detection as standard.5 Previously only available as a standalone option, the new standard feature is designed to
detect adult or child pedestrians, as well as
other vehicles in the road and provide assistance in reducing the braking distance at speeds up to 37 mph.
It is the first series production
vehicle in the world to exchange information with
other vehicles on the road, effectively allowing it to «see» around corners and through obstacles to
detect potential danger earlier than ever previously possible.
Walk Away Door Lock Included on EX and above trims, the new Walk Away Door Lock feature automatically locks as follows: (1) when the driver leaves the
vehicle; (2) when the key holder's distance from the
vehicle exceeds 6.5 feet for two seconds; and (3) when no
other key is
detected inside the
vehicle.
When switched to automatic mode, it
detects both oncoming
vehicles and
vehicles in the same lane ahead at night and changes to low - beam as appropriate, reducing blinding effects on
other drivers.
Intelligent High Beam Assist uses a forward - facing camera that
detects oncoming
vehicles and manipulates the high beam to create «shadows» around the
vehicle or
vehicles ahead so you can continue to benefit from high beam illumination of the road without dazzling
other road users.
At speeds above 80 km / h, laser technology enhances the main beam to increase road visibility to as much as 550 m. Adaptive Driving Beam uses a forward - facing camera, to
detect oncoming
vehicles and manipulates the high beam, creating «shadows» around the
vehicle or
vehicles ahead, so you can continue to benefit from high beam illumination of the road without dazzling
other road users.
If the system
detects sufficient room on the
other side of the
vehicle, it correctively steers the
vehicle in this direction and out of possible accident prone situations.
Other tech features include voice commands to play music from hard drive or iPod and blind spot information system that assists the driver by helping
detect vehicles in the car's blind spot.
This is able to
detect pedestrians and
other vehicles in any given city traffic; basically, it provides an independent braking at a speed of up to around 50Km / h.
Detects oncoming
vehicle headlights up to 2,000 feet away, then adjusts your own high beams accordingly to prevent hitting
other drivers with glare.
The available Blind Spot Information (BSI) system continuously monitors behind and to the sides of the RDX for
other vehicles, helping to alert the driver if a
vehicle is
detected.
LiDAR, radar, sonar and camera - based solutions have become a staple of modern cars, allowing them to sense
other vehicles in order to determine speed, as well as
detecting and avoiding collisions, maintaining lane positions and predicting the behaviour of
other vehicles.
The autonomous emergency braking system can
detect pedestrians as well as
other vehicles and performed well in Euro NCAP's tests of this functionality.
As part of its Information Package, our tester car also came with GM's Intellibeam headlight - control system, which uses a forward - looking digital camera mounted to the front of the rearview mirror to enable the car to turn on its high beams at night when no
other vehicles are
detected on the road ahead.
The STS - V also comes with GM's Intellibeam headlight - control system, which uses a forward - looking digital camera mounted to the front of the rearview mirror to enable the car to turn on its high beam headlamps at night when no
other vehicles are
detected on the road ahead.
It uses a set of sensors to
detect hazards on the road,
other vehicles on the road, and the road itself — including line markings — in order to provide preventative safety; it can help stop accidents before they happen.
The optional autonomous emergency braking system can
detect pedestrians as well as
other vehicles and performed adequately in tests of this functionality.
Q50's Technology highlights include dual touchscreens; Active Lane Assist, which uses cameras to
detect if the
vehicle is drifting out of its lane and automatically makes fine adjustments accordingly; and Direct Adaptive Steering, a multi-mode all - electric steering system than Infiniti says is quicker than
other systems.
A forward - facing radar
detects objects ahead of the car, while a three - camera array senses
other dangers in front of the
vehicle including lane markings and signs.
This option
detects harmful emissions from
other vehicles and automatically switches the climate - control system to recirculation mode.
Driving with high beams on is a major issue in Indian driving conditions, but with the S - Class if no
other road user is
detected, the road is straight and the
vehicle speed is over 40 km / h, the additional Ultra Range High beam goes on automatically.
Michael Bunce, Nissan North America's vice president of product planning, said the move will accelerate consumer acceptance of the active safety technology, which
detects stopped traffic or
other obstacles and halts a
vehicle without driver involvement.
Plus, automatic high beams switch to high intensity when no
other vehicles are
detected.
To boot, the LSS+A system adds front cross traffic alert, which
detects traffic coming from either side when moving forward — for example, when nosing out of a parking spot or blind alley where visibility may be blocked by walls or
other parked
vehicles.
«This data base will allow dealerships and
other businesses to research
vehicle histories and
detect prior salvage, rebuilt
vehicles and odometer roll - backs,» said Ernie Bates, a NADA director and owner of Harding Motors (Pontiac - GMC) in Elizabethtown, Ky..
When no
other road user is
detected, the road ahead is straight and the
vehicle speed is above 25 mph, ULTRA WIDE high beam is switched on automatically.
«This data base will allow dealerships and
other businesses to research
vehicle histories and
detect prior salvage, rebuilt
vehicles and odometer roll - backs,» said Ernie Bates, a NADA director and owner of Harding Motors (Pontiac - GMC)