

Quaife ATB Helical LSD Differential Chrysler Sebring Cirrus T350 Trans
Quaife
SKU: QF-QDF3I-1
Regular price
£943.80
The Quaife ATB Helical LSD Differential is a limited-slip differential designed to improve traction and handling in vehicles. It is specifically designed for the Chrysler Sebring and Cirrus models equipped with the T350 transmission.
The LSD (Limited Slip Differential) works by distributing torque between the two drive wheels, allowing for better traction and improved handling during cornering. The helical design of the LSD provides smooth and progressive power transfer, ensuring that power is distributed evenly to both wheels.
The Quaife ATB LSD is a direct replacement for the standard open differential found in the Chrysler Sebring and Cirrus T350 Trans models. It is a bolt-on upgrade that requires no modifications to the vehicle's drivetrain.
By installing the Quaife ATB Helical LSD Differential, drivers can expect improved traction and handling, especially in situations where one wheel may lose grip, such as during acceleration or cornering. This upgrade can greatly enhance the performance and driving experience of the Chrysler Sebring and Cirrus T350 Trans models.
The LSD (Limited Slip Differential) works by distributing torque between the two drive wheels, allowing for better traction and improved handling during cornering. The helical design of the LSD provides smooth and progressive power transfer, ensuring that power is distributed evenly to both wheels.
The Quaife ATB LSD is a direct replacement for the standard open differential found in the Chrysler Sebring and Cirrus T350 Trans models. It is a bolt-on upgrade that requires no modifications to the vehicle's drivetrain.
By installing the Quaife ATB Helical LSD Differential, drivers can expect improved traction and handling, especially in situations where one wheel may lose grip, such as during acceleration or cornering. This upgrade can greatly enhance the performance and driving experience of the Chrysler Sebring and Cirrus T350 Trans models.