GM 700R4 Torq Converter 2800-3200 Stall

The GM 700R4 Torq Converter 2800-3200 Stall by ACC Performance provides a critical drivetrain upgrade for operators and enthusiasts requiring enhanced vehicle response and power delivery. Designed for the robust GM 700R4 transmission, this Street Bandit series component bridges the gap between daily drivability and high-performance mission requirements. By increasing the stall speed, it allows the engine to reach its optimal power band before transferring torque to the drivetrain, ensuring a more aggressive launch and improved acceleration. This torque converter is an essential specification for those looking to maximize the utility of their heavy-duty tactical or support vehicles.

Engineered with precision, this lock-up style torque converter features a 10.750-inch bolt circle designed to handle the increased thermal and mechanical stresses of high-RPM operation. The 2800-3200 RPM stall range is specifically tuned to provide a significant boost in torque multiplication while maintaining the reliability expected from ACC Performance engineering. Its internal components are built to withstand the rigorous demands of frequent shifting and high-load environments, reducing parasitic loss during cruising via the integrated lock-up mechanism. Every unit is balanced and pressure-tested to ensure seamless integration with the existing hydraulic system of the 700R4 transmission.

The GM 700R4 Torq Converter 2800-3200 Stall is ideal for vehicles utilized in rapid response scenarios or those equipped with aftermarket performance modifications that shift the power curve higher. Compatibility is focused on the General Motors 700R4 platform, making it a direct-fit solution for a wide range of trucks and utility vehicles often found in specialized fleets. Users will notice a distinct improvement in low-end throttle response and a more effective power-to-ground ratio during high-stress maneuvers. Professional installation is recommended to ensure the lock-up functionality and stall characteristics are properly synchronized with the vehicle's powertrain control module.