Lane assist uses cameras and sensors to detect
the lane markers on the roadway.
Lane departure warning systems are designed to prevent drivers from unintentionally crossing
lane markers on the roadway.
A camera mounted at the front of the car, usually at the top of the windshield, looks ahead to detect
the lane markers on the road.
I first turned on the system in the left lane, which had a solid - yellow
lane marker on the left side and dotted - white lane markers on the right.
Not exact matches
You can line up toy cars to make
lanes for racing or hold other races / events like timing how fast each «athlete» can put
on all the hats and costumes in a dress up clothes box or walk from one
marker to another while carrying a boiled egg
on a spoon.
Of these features, the active
lane assist may be the most interesting; it uses cameras to sense when the car veers too close to
lane markers and helps steer it back
on course via the electric power steering.
If the road is relatively straight, you can maintain a hands - free stance for miles
on end, just so long as the Q50's cameras can continue to read the
lane markers.
Lane Departure Alert6 uses an in - vehicle camera designed to detect visible white and yellow
lane markers in front of the vehicle and the vehicle's position
on the road.
When driving over 32 MPH
on a road that has visible
lane markers, the system uses a specialized camera to recognize visible
lane markers and judges when you've drifted away from them.
On the other hand, I had to pay particular attention to keeping the compact car between the
lane markers at the highway speeds.
If the system detects the vehicle is headed outside the
lane markers, a warning light
on the dashboard illuminates and an audible sound alerts the driver.
When you drifted onto a
lane marker, the first devices rudely beeped or,
on more refined cars, vibrated the steering wheel (so that the passengers never knew you drifted).
On the other hand, during my testing I noticed that the system could be a bit inconsistent in its recognition of the
lane markers and in the level of steering assistance applied.
Designed for the U.S. road structure, the system uses a monocular camera mounted
on the upper portion of the windshield to identify painted
lanes, Botts» Dots and Cats eye
markers at speeds between 45 mph and 90 mph.
Road Departure Mitigation (RDM) Integrating LDW6 (see below), Road Departure Mitigation (RDM) 7 uses a monocular camera (mounted
on the upper portion of the windshield) to identify solid or dashed painted
lane lines, Botts» dots and Catseye
markers.
Designed for the U.S. road structure, the system uses a monocular camera mounted
on the upper portion of the windshield to identify painted
lanes, Botts» Dots and Cat Eye
markers at speeds between 45 mph and 90 mph.
When
lane markers are consistently detected, steering assist engages and the steering wheel /
lane marker icons
on the instrument panel turn green.
While the
Lane Keeping Assist uses a monocular camera (mounted
on the upper portion of the windshield) to identify solid or dashed painted
lane lines, Botts» dots and Cat Eye
marker, the Road Departure Mitigation System can identify objects such as trees or parked cars which would indicate spaces beyond the side of the road.
For the exterior, the changes include, Signature chrome grille Satin chrome accents Body color front and rear fascias Body color rocker panels with satin chrome molding New headlamp and taillamp designs Dual chrome finish exhaust outlets (single outlet
on 2.4 L) 18 - Inch Wheels
on the 2.4 L, 19 - Inch Wheels
on the 3.6 L Step inside and you're greeted with, Soft - touch instrument panel with French stitching Soft - touch Jet Black leather with Red accent stitching Leather - wrapped steering wheel with smoked mahogany wood accents Embossed Denali logos
on front seatbacks Smoked mahogany wood trim accents Denali illuminated front sill plates Eight - way power driver and passenger seat GMC's Intellilink Infotainment System The Terrain also fitted with a standard forward collision alert and
lane departure warning that uses an industry first single - camera crash - avoidance system to warn drivers when a collision is imminent or the vehicle crosses a
lane marker.
On some newer Infiniti models, drivers can activate a prevention feature that applies the brakes to wheels opposite the
lane marker to gently nudge a vehicle back into its travel
lane if the driver doesn't respond to an audible warning.
On these Nevada interstates, the road - edge
markers are solid
lanes and the
lane dividers are multiple raised dots.
A new
lane keep assist technology is standard
on the Limited 2.0 T trim, which can guide the car back to the correct
lane if the driver drifts across
lane markers without signaling.
The Active
Lane Control uses a camera - based
lane marker detection system to further enhance
on - center driving capability.
Included in both Acura RLX models for 2018, Road Departure Mitigation (RDM) uses a Monocular Camera (mounted
on the upper portion of the windshield) to identify solid or dashed painted
lane lines, Botts» dots and cats eye
markers.
For highways / freeways only and can be enabled when using DRCC — Capability to recognize white or yellow
lane markings or the path of a preceding vehicle if
lane markers are temporarily unavailable; to identify and actively track the center of the
lane by providing steering assistance to the driver (hands -
on, driver - assist system).
One night he took an unsanctioned ride
on the unfinished New Jersey Turnpike, without lights, guardrails, and
lane markers.