A control device engages a dog clutch in a part-time four-wheel-drive vehicle upon ignition to distribute driving force immediately.
A statistical analysis system generates vehicle speed profiles by collecting environmental data and adjusting fluctuation values based on specific vehicle attributes.
A vehicle control apparatus sets intervehicle margins and determines traveling speed change timing for lane changes.
A vehicle control system adjusts autonomy levels based on detected user states to manage longitudinal and transverse guidance functions.
A parking support device detects steps in the vehicle path to manage movement.
Driving control unit adjusts inter-vehicle distance based on adjacent lane vehicle behavior.
A light receiving element with multiple pixels arranged along the beam shift direction captures reflected signals from a LiDAR optical scanner.
A vehicle computer generates a 3x3 grid from sensor data to plan safe lane change paths.
A transition alert system provides a time buffer for autonomous vehicle mode switching.
Automated object detectors monitor subsurface hazards to modify machine pitch and depth, reducing downtime from utility strikes.
A vehicle control device executes evasive preparation and action to avoid interference with cutting-in vehicles.