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Last updated February 1, 2026
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Hydraulic manifold block architecture: BYDRecent Research Landscape

Mechanical decoupling in traditional braking leads to inconsistent response times and increased vehicle weight. This architecture consolidates hydraulic control units to ensure synchronized pressure distribution across the chassis.

What technical problems is BYD addressing in Hydraulic manifold block architecture?

Insufficient braking response speed

(85)evidences

Inadequate pressure distribution and mechanical failure in hydraulic master cylinders lead to compromised deceleration. Resolving this ensures reliable stopping distances and vehicle safety under high-load conditions.

Inadequate vehicle deceleration response

(31)evidences

Inadequate stopping power or mechanical failure in braking assemblies leads to safety risks. Enhancing the reliability and force of the braking system ensures consistent vehicle control and safety.

Inadequate vehicle deceleration response

(17)evidences

Standard braking systems lack sufficient fail-safe mechanisms during primary controller or actuator malfunction. Ensuring continuous deceleration capability during hardware loss prevents catastrophic vehicle loss of control.