Powerflex Clio 2 RS Phase 2 / Phase 3 Anti-Torque Support

Used Renault Sport anti-torque support for Clio 2 RS Phase 2 and Phase 3

This Renault Sport anti-torque support is intended for Clio 2 RS Phase 2 and Phase 3 equipped with the 2.0 16V engine. An essential part of the engine-transmission connection to the chassis, it allows the powertrain to be correctly maintained during acceleration, deceleration and gear changes.

Purpose of the part

The anti-torque support limits the longitudinal movements of the engine and the gearbox. It absorbs part of the mechanical stresses generated by engine torque, particularly during hard acceleration, downshifts or sporty use. On a Clio 2 RS, this part directly contributes to driving precision, mechanical comfort and the preservation of other engine mounts.

Symptoms or consequences of a worn or defective part

• Engine clicking during acceleration or deceleration
• Excessive engine movements at low speed or during load changes
• Abnormal vibrations felt in the passenger compartment
• Less precise gear changes or feeling of floating transmission
• Premature wear of other engine supports or peripheral elements

Benefits of replacement

• Reduction of parasitic movements of the engine-transmission group
• Improved precision when changing gears
• More stable engine behavior in dynamic driving
• Reduction in clicking and vibrations linked to a tired support
• Bringing the assembly into conformity with a suitable Renault Sport part

Specifications

• Product: anti-torque support
• Brand: Renault Sport
• Condition: used product
• Assembly: engine-box connection to the chassis
• Use: replacement of a worn, damaged or missing part
• Important information: second-hand product, please consult all the photos before making the purchase

Vehicle compatibility

• Renault Clio 2 RS Phase 2
• Renault Clio 2 RS Phase 3
• Engine concerned: 2.0 16V Renault Sport

This used Renault Sport anti-torque support is a suitable solution to restore the maintenance of the powertrain of your Clio 2 RS and find healthier and more precise mechanical behavior.