Mini Cooper R50 R52 R53 Rear Left Wheel N/S Brake Caliper Housing 6763729

Mini Cooper R50 R52 R53 Rear Left Wheel N/S Brake Caliper Housing is an original brake system component designed for the rear left axle. Thanks to its factory design, the Mini ensures precise interaction with the brake disc and pads, stable pad guidance, and consistent braking force. This is a practical solution for users looking for a proven, used component with maintained functionality.

Specifications and technical data

• SKU: 6763729-2
• Mark: Mini (Genuine OE)
• Condition: Used
• OEM Part Number: 6763729
• Substitutable numbers: 34216763729, 6763729, 34216768462, 6768462, 34216757246, 6757246
• Location on the vehicle: Rear, Left
• Category: Calipers & Brackets

Purpose and fitment

The presented caliper is dedicated to Mini Cooper R50, R52, and R53 models, where it operates on the rear left axle. The vehicle placement is factory-defined, which facilitates part selection during repairs or when replacing a unilaterally worn caliper. The original Mini design promotes proper alignment relative to the disc, which translates into even pad wear and stable brake system operation.

Technical and functional characteristics

The caliper belongs to the Brake calipers and housings group, responsible for generating and transferring braking force to the disc. The design intended for the rear axle ensures appropriately selected clamping force, compatibility with the hydraulic system, and compatibility with factory brake lines. The element has been designed to keep the pads in a stable position, minimize vibrations, and support even force distribution during braking.

The original Mini caliper is a beneficial choice in situations where maintaining factory brake system performance parameters is desired, without the need for aftermarket replacements of uncertain specifications. This allows for predictable vehicle behavior during braking, which is important both in daily use and during more dynamic driving.

Condition, origin, and benefits of using a used caliper

The product has the status of a used original component, which means it comes from dismantling and retains the factory geometry and operating characteristics intended by the manufacturer. In many cases, using an original reclaimed caliper allows for a significant reduction in repair costs compared to new parts, while maintaining an appropriate level of safety, provided it is correctly installed and verified by a mechanic.

For users who want to better understand how to safely use used brake system components and how to optimize service costs, the following article is recommended: Brake calipers under the microscope: how to effectively reduce brake system repair costs by choosing proven reclaimed parts. This is a practical addition to your knowledge when planning a rear caliper repair in a Mini.

Safety, installation, and operation

When replacing the rear left caliper in a Mini Cooper R50, R52, or R53, it is recommended to conduct a comprehensive inspection of the entire brake system, including the condition of the discs, pads, flexible hoses, and brake fluid level. Proper installation should include thorough bleeding of the system, checking for connection leaks, and verifying the free movement of the pads in the carrier. This ensures the newly installed caliper can operate stably and predictably across the full range of temperatures and loads.

If you are planning a comprehensive repair or upgrade of the braking zone in your Mini and need other elements from the same group, such as rear carriers, mounts, or additional guide brackets, check the available parts in the Mini Brake calipers and housings category.

Economy and environmental aspect

Using a used, original brake caliper is not only a way to reduce service costs but also a form of responsible vehicle maintenance. Utilizing reclaimed parts reduces the demand for new components and aligns with the principles of sustainable automotive practices. Those interested in a broader perspective on the effective use of recycled parts in the context of performance and environmental impact can refer to the material: Eco-tuning in practice: how to increase performance while reducing your carbon footprint through recycled parts.