Cardone 49-113 Headlight Motor - Right

Cardone 49-113 Headlight Motor for Corvette

Restore reliable pop-up headlight operation with the Cardone 49-113 headlight motor. This remanufactured unit is built to meet or exceed OEM performance and corrects common original design weaknesses for longer service life. It is a direct-fit solution for select Chevrolet Corvette right-side applications.

Key Features

• Remanufactured headlamp motor with guaranteed fit and function
• Meets or exceeds OEM performance requirements
• Critical bearings are relubricated or replaced to extend service life
• Motor magnets are fully recharged for consistent output and reliability
• Gears are redesigned with a stronger, less brittle material to reduce premature wear, stripping, and breakage
• Each unit is tested at three points during remanufacturing for verified performance
• Assembled with the correct amount of lubricant for quiet operation and long life
• Connector/terminal configuration: Pin

Product Details

The Cardone Headlight Motor line focuses on remanufactured exterior lighting components that address wear points found in original equipment designs. Part number 49-113 is engineered for dependable headlamp movement and consistent operation on the right side of compatible Chevrolet Corvette models. This part cross-references Chevrolet 16510064 and 16517068 for the same application.

What It Helps Fix

• Headlight motor failure or weak movement
• Intermittent or slow pop-up headlight operation
• Grinding, stripping, or gear wear inside the motor assembly
• Noisy headlamp motor operation caused by lubrication loss
• Reduced reliability from worn bearings or weakened internal components

Installation Notes

Fits 1988-1990 Chevrolet Corvette, right. Fits 1984-1987 Chevrolet Corvette, right, with 2 wires; headlight motor. Verify connector style and vehicle configuration before installation. The package includes the headlamp motor and instruction sheet.

Quality Assurance

Cardone remanufactures this headlight motor to correct original design weaknesses and improve durability over the original part. Each unit is tested during multiple stages of the remanufacturing process to confirm performance before it is released for service.