Dorman 931-385 Door Lock Actuator Motor - Rear Right

Rear Right Door Lock Actuator for Buick

Dorman 931-385 is a specific-fit door lock actuator motor for the rear right door on select Buick models with manual child locks. Built with metal and plastic construction and a blade terminal, it is a direct replacement for the stock integrated latch actuator on the listed applications.

Key Features

• Specific-fit replacement for select rear right door applications
• Integrated latch actuator design for door lock operation
• Metal and plastic construction
• Blade terminal with male connector
• Engineered and tested for reliable performance and safety
• Cross-references DLA762 and DLA1485 for the same application

Detailed Description

This Dorman 931-385 door lock actuator motor is made for 2010 Buick Allure, 2010-2012 Buick LaCrosse, 2012 Buick Regal, and 2012 Buick Verano, rear right, with manual child locks. It is a direct replacement for the original integrated latch actuator, helping restore normal lock function without changing the vehicle’s original fitment requirements. The part number 931-385 is also a useful reference when sourcing the correct rear right door lock actuator for these Buick applications.

What It Is Used For

• Rear right door lock will not respond properly
• Intermittent lock or unlock operation
• Failed integrated latch actuator on the rear right door
• Restoring factory-style door lock function on Buick LaCrosse, Regal, Verano, or Allure

Installation Notes and Tips

Verify the vehicle has manual child locks and confirm rear right position before ordering. Match the connector style, terminal type, and integrated latch actuator layout to the original part. Because mounting hardware is not included, reuse the existing hardware when service procedures allow.

Quality Assurance

Dorman states this actuator has undergone extensive quality and safety testing to support dependable operation. It is engineered as a direct replacement for the stock actuator on the specified vehicle years, makes, and models.