Active, Passive, and Post-Crash Safety
How active, passive, and post-crash safety protect people before, during, and after a collision.
Browse electric vehicle terms and definitions related to Safety. 28 terms
How active, passive, and post-crash safety protect people before, during, and after a collision.
Vehicle functions that assist with driving, warnings, braking, or monitoring.
How blind-spot monitoring detects supported traffic beside the vehicle and warns the driver.
Cornering lights illuminate the road beside a vehicle during low-speed turns and manoeuvres.
The structural route that carries collision forces through a vehicle body.
How vehicle deceleration changes over time during a collision.
Crashworthiness describes how well a vehicle protects occupants when a collision occurs.
A crumple zone deforms in a controlled way to manage crash energy before it reaches the cabin.
Daytime running lights make a moving vehicle easier to notice in daylight but do not illuminate the road ahead.
How drowsiness detection estimates fatigue and warns the driver when a break may be needed.
How a DMS observes driver attention and readiness and issues escalating warnings.
How ESC detects and corrects understeer or oversteer to help the driver maintain the intended path.
A European consumer programme that tests and rates vehicle safety.
How exit warning detects supported road users approaching before an occupant opens a door.
How FCW detects a developing frontal crash risk and warns the driver without applying the brakes.
How FCTA warns of supported traffic crossing ahead when visibility to the sides is restricted.
How lane centering provides continuous steering support while the driver remains responsible.
How LDW identifies an unintended lane departure and alerts the driver without steering the vehicle.
How LKA adds a brief corrective input to help prevent an unintended lane departure.
An occupant monitoring system detects or classifies people inside a vehicle for safety functions.
The coordinated belts, airbags, seats and controls that manage occupant movement in a crash.
Movement of vehicle structures or components into the occupant space during a crash.
How RCTA warns of supported traffic crossing behind the vehicle while reversing.
How a reversing camera shows the area behind the vehicle and why it does not replace direct checks.
Why replacement-adhesive waiting time depends on the product, installation, and working conditions.
How a vehicle structure preserves usable occupant space during a crash.
How traction control limits driven-wheel slip during acceleration on low-grip surfaces.
When a vehicle task requires both off-road glances and hand operation, increasing driver workload.