A brake actuator unit integrates simulator pistons within the master cylinder to provide pedal repulsive force.
A hybrid torque converter race kit replaces key components of a GM 4T40E core with 4L80E compatible parts to enhance stall speeds and torque multiplication.
Axially movable turbine-piston consolidates functions to reduce spatial requirements and complexity in hydrokinetic torque coupling devices.
A modular powertrain module integrates an electric machine and disconnect clutch to enable flexible hybrid vehicle operation.
Variable filter adjusts deceleration command frequency based on load force, preventing boom oscillation during stop.
An unobstructed bypass passage maintains continuous fluid flow while a valve regulates the primary path, eliminating custom control algorithms.
A torque converter clutch control system adjusts slip targets based on active engine cylinder counts to manage powertrain dynamics.
A lock-up device for torque converters uses a piston and oil chamber to press clutch plates together.
Dynamic engine rpm adjustment alongside swash plate angle control expands the flow rate range, enabling high-power attachment work without fixed limits.
Segmented stamped lugs reduce manufacturing costs while maintaining strength through welded joint connections.
Optimized vane counts and geometric ratios in a hydrodynamic torque converter maintain peak efficiency while minimizing radial structural dimensions.
Segmented primary chamber and piston diameters reduce pedal delay without increasing boost system size.
A hydraulic pressure amplifier uses an integrated connecting plug to route the outlet duct through the high-pressure housing wall.
Dynamic clearance adjustment offsets viscosity changes and system compliance, ensuring precise actuation across varying temperatures.
A hydraulic brake lever uses a roller on a push rod to drive a master piston via a cam surface, reducing lever travel for faster pad engagement.
A hydraulic controller detects cylinder stall conditions and redirects fluid flow to active actuators.
A supply passage connecting/disconnecting valve synchronizes with a lock-up relay to manage third hydraulic pressure delivery.
A torque converter restricts fluid flow with a barrier element to boost mass flow rate, resolving inadequate cooling that causes premature clutch wear.
Merges accumulator tank and control device into piston rod structure, removing external fluid lines that cause leakage risks in compact pipeline plugs.
A hydraulic control system estimates actual fluid flow rates using a sensor and controller to determine correction values.