Dorman 502-095 Body Control Module

Body Control Module Replacement

This remanufactured body control module is tested and refurbished to restore accessory control functions and help protect related electrical components. It is a direct-fit electronic replacement for select Mini applications that require programming after installation.

Key Features

• Remanufactured BCM for restoring body electronics control
• Requires flash programming after installation
• Three rectangular male connectors with black housing
• Bolt-on mounting with two mounting holes
• Plastic housing with a compact 9-inch length

Detailed Description

Dorman 502-095 is a remanufactured body control module built for vehicles that need a replacement BCM with the original connector layout and mounting style. The unit uses three connectors, 26 terminals, and a rectangular connector shape to match the electrical interface expected in the vehicle. Its black plastic housing and bolt-on design support a straightforward replacement process once the module is programmed. This part number 502-095 is listed for 2007-2015 Mini Cooper and 2011-2016 Mini Cooper Countryman applications without adaptive headlights. For buyers searching for a Mini Cooper BCM or Mini Cooper Countryman body control module, 502-095 provides a fitment-specific replacement option. This part cross-references BMW/Mini OE numbers 61353448901 and 61353450280 for the same application.

What It Helps Fix

• Loss of accessory control functions
• Electrical faults caused by a failing BCM
• Communication issues tied to the body electronics module
• Problems from a damaged or nonfunctional original control module

Installation Notes

Programming is required after installation, and the module is flashable. Verify connector count, terminal layout, and mounting style before installation. This BCM does not include a wiring harness.

Quality Assurance

This remanufactured module is thoroughly tested and refurbished as needed before release. Dorman 502-095 is built to restore function while helping reduce the risk of damage to related components.