

Quaife ATB LSD Differential 23deg Helix Lotus Evora Auto
Quaife
SKU: QF-QDF30E/23DG
Regular price
£858.00
The Quaife ATB LSD Differential with a 23-degree helix is a limited-slip differential designed for the Lotus Evora with an automatic transmission.
The ATB LSD (Automatic Torque Biasing Limited Slip Differential) is a mechanical differential that provides improved traction and handling by distributing torque between the drive wheels. It uses a helical gear design with a 23-degree helix angle, which helps to evenly distribute torque and minimize wheel spin.
The Quaife LSD is a direct replacement for the factory differential and is designed to fit seamlessly into the Lotus Evora's drivetrain. It offers improved traction and stability during acceleration and cornering, making it an ideal upgrade for performance-oriented driving.
The installation of the Quaife LSD does not require any modifications to the vehicle's existing components, and it can be installed by a qualified mechanic or automotive technician. It is a popular choice among Lotus Evora owners looking to enhance the performance and handling characteristics of their vehicle.
The ATB LSD (Automatic Torque Biasing Limited Slip Differential) is a mechanical differential that provides improved traction and handling by distributing torque between the drive wheels. It uses a helical gear design with a 23-degree helix angle, which helps to evenly distribute torque and minimize wheel spin.
The Quaife LSD is a direct replacement for the factory differential and is designed to fit seamlessly into the Lotus Evora's drivetrain. It offers improved traction and stability during acceleration and cornering, making it an ideal upgrade for performance-oriented driving.
The installation of the Quaife LSD does not require any modifications to the vehicle's existing components, and it can be installed by a qualified mechanic or automotive technician. It is a popular choice among Lotus Evora owners looking to enhance the performance and handling characteristics of their vehicle.