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Last updated February 1, 2026
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Acoustic proximity access control: BYDRecent Research Landscape

Manual operation of heavy rear closures risks structural damage and user injury during steady-state transitions. These innovations utilize synchronized power supply and sensor feedback loops to regulate the force and positioning of electric liftgate motors.

What technical problems is BYD addressing in Acoustic proximity access control?

Unauthorized tailgating access breaches

(50)evidences

Physical security breaches occurring when unauthorized parties follow authorized users through access points. Preventing this failure mode ensures the integrity of automated proximity-based entry systems.

Inadvertent closure entrapment hazards

(8)evidences

Moving vehicle components like windows, seats, and tail wings pose significant safety risks if they continue closing despite an obstruction. Preventing mechanical crushing or pinching ensures passenger safety and meets regulatory compliance.