Porsche Cayenne 92A Rear Wheel Brake Disc Set 95535240131

Visual condition of the part

The product shows signs of use visible in the photos.

Porsche Cayenne 92A Rear Wheel Brake Disc Set is an original set designed for installation on the rear axle in diesel engine versions. This used set provides a functional service solution for drivers who want to maintain factory braking characteristics and consistency with the Porsche brake system design. By maintaining specific geometry and operating parameters, the Porsche Cayenne 92A Rear Wheel Brake Disc Set allows for the precise restoration of the vehicle's original performance.

Specifications and technical data

• SKU: 95535240131
• Mark: Porsche
• Condition: Used
• OEM Part Number: 95535240131
• Substitutable numbers: 95535240131, 955 352 401 31
• Location on the vehicle: Rear
• Fuel type: Diesel
• Category: Brake Disc Rotors

Purpose and compatibility

The presented set has been designed for the Porsche Cayenne 92A generation model with a diesel engine, taking into account the loads typical for a heavy premium SUV. Its placement on the rear axle ensures proper distribution of braking force between the front and rear, which is crucial for vehicle stability during intense braking, including when fully loaded or towing a trailer.

Selecting discs dedicated to a specific engine version and vehicle axle reduces the risk of incorrect installation, uneven brake pad wear, and unwanted vibrations. This solution is particularly important for users who expect predictable brake system response in daily operation.

Technical characteristics and role in the brake system

Brake discs on the rear axle are responsible for vehicle stabilization during braking, supporting the operation of ABS and traction control systems. The appropriately selected diameter, working thickness, and friction surface design contribute to:

• even transfer of braking torque to the rear wheels,
• temperature control during prolonged braking,
• reduction of fading during repetitive, heavy braking,
• proper cooperation with rear calipers and brake pads.

In the case of a heavy SUV like the Cayenne 92A, the proper selection of rear discs has a direct impact on driving stability, especially on wet surfaces and during emergency braking from higher speeds.

Used condition – a practical service approach

The offered set comes from the secondary market, which allows for an economical restoration of brake system efficiency while maintaining the manufacturer's original specifications. Used components of this type are often chosen for:

• fleet vehicle repairs and maintenance services,
• restoring a vehicle to a technical condition consistent with the factory configuration,
• cost reduction compared to new OEM parts.

Original Porsche branding ensures the maintenance of proper geometry, material quality, and compatibility with other system elements, which is particularly important when working with electronic safety systems.

Safe selection of used brake system components

When choosing used brake discs, it is worth paying attention to compatibility with the part number, engine version, and vehicle placement. A detailed checklist covering the assessment of the working surface, thickness, potential signs of overheating, and fitment to the calipers and hub can be helpful. An extended discussion of this process can be found in the article Second-hand brake system: how to safely select discs, calipers, and ABS?, which describes step-by-step how to responsibly approach the purchase of used brake components.

Expansion and modernization of the Porsche rear brake system

If you are planning a comprehensive repair or modernization of the braking zone in your Porsche and need other elements from the same group, such as additional disc sets, compatible pads, or supplementary mounting accessories, check the available parts in the Porsche brake discs category.

By using original components from the same product group, you can maintain the consistency of the entire system's operating parameters, which translates into predictable vehicle behavior, even wear of friction elements, and stable operation of driver assistance systems.