BYD

Last updated February 1, 2026

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Airbag folding and deployment geometry: BYDRecent Research Landscape

Deployment failure and cabin space constraints increase injury risk during collisions, which these methods mitigate through precise bag folding patterns. Controlled folding sequences ensure predictable inflation trajectories and reduced assembly volume.

What technical problems is BYD addressing in Airbag folding and deployment geometry?

Unpredictable deployment trajectory

(16)evidences

Irregular expansion patterns during rapid inflation cause inconsistent occupant protection. Standardizing the unfolding sequence ensures reliable positioning within constrained vehicle interiors.

Inaccurate deployment timing

(13)evidences

Delayed or premature inflation during collision events. Precise synchronization reduces occupant injury risk and improves safety system reliability.

Uncontrolled inflation gas purity

(7)evidences

Inconsistent gas discharge rates lead to unpredictable deployment force. Stabilizing pressure ensures reliable occupant protection across varying crash severities.