Axle Clio 2 RS Phase 3 Sports Chassis

Product introduction

This Renault Sport rear axle for Clio 2 RS Phase 3 Sport Chassis is a reconditioned used part, intended to replace a tired, corroded or damaged rear axle. Specific to the sports versions of the Clio 2 RS, it allows the original dynamic behavior of the vehicle to be retained while benefiting from careful refurbishment.

Purpose of the part

The rear axle provides the connection between the body, the rear wheels, the suspension and the braking system. It directly contributes to road holding, stability in curves, guidance of the rear axle and the good behavior of the vehicle during braking, support and change of trajectory phases.

Symptoms or consequences of a worn or defective part

• Advanced corrosion of the axle or its attachment points
• Unstable rear axle or imprecise behavior
• Abnormal noises from the rear of the vehicle
• Uneven wear on the rear tyres
• Bad alignment or geometry difficult to correct
• Deterioration of the original sporting behavior of the Clio 2 RS

Benefits of replacement

• Restoration of road behavior consistent with the original Renault Sport
• Improved stability and precision of the rear axle
• Ideal replacement in the event of corrosion, impact or structural fatigue
• Reconditioned part for better durability
• Solution suitable for serious refurbishment or quality preparation

Specifications

• Brand: Renault Sport
• Product: Rear axle
• Condition: Used reconditioned product
• Model: Clio 2 RS Phase 3 Sports Chassis
• Processing: Shot blasting
• Protection: Epoxy ZINC
• Finish: BPP600 + Thermo EN 9005
• Use: Replacement, restoration or reconditioning of the rear axle

Vehicle compatibility

• Renault Clio 2 RS Phase 3 Sports Chassis
• Compatible with vehicles equipped with the corresponding Sport Chassis configuration
• Recommended verification with the original assembly before installation

Conclusion

This reconditioned Renault Sport rear axle is a reliable and durable solution to restore your Clio 2 RS Phase 3 Sport Chassis to its original precision, stability and dynamic behavior.