A retractable striker and cinchable latch coordinate closure in pillarless dual doors to improve sealing, conceal hardware, and avoid obstructions.
Door-unlock checks and a 1-second command hold prevent unexpected trunk movement during autonomous driving while keeping operation predictable.
A single vehicle actuation element uses driving speed to trigger door opening or emergency stop, cutting hardware and occupant confusion.
Redundant controllers detect latch faults and disable the motor to stop unintended closure movement, especially at high vehicle speeds.
Latch sensors and controlled cinching-release cycles verify closure position and block unintended opening while the vehicle is moving.
Motion-state sensing stops vehicle door opening during travel by braking the motor or engaging an electromagnetic clutch to prevent unintended release.
A rear gate retracts into the bumper to open cargo space in tight parking areas while avoiding the overhead clearance limits of swing-up gates.
A front drawer module extends from the vehicle body to provide frunk access in tight spaces without opening the hood near high-voltage components.
A gearshift-linked interlock blocks hood release outside Park, preventing unintended latch opening and hood flapping during driving.
Door-side and speed-based control keeps non-platform auxiliary locks energized, cutting unlocking noise, wear, and cable changes.
Obstacle and seat-occupancy sensing switches vehicle door locks to protect children while allowing safe adult exit when the door range is clear.
When vehicle speed data or communication fails, the control unit guides emergency lever use so passengers can still open the door safely.
Connection-state detection shifts the pawl to release mode before power loss, preventing accidental lock closure during panel removal.
An electric-mechanical selector switches to manual latch release when power is depleted while limiting full hood opening at speed.
See how a disconnecting switch and speed checks block flap opening when doors are closed or the vehicle is moving.