Depo 333-1918L-US-LO Tail Light Assembly - Left

Left Tail Light Assembly for Caravan and Voyager

This Depo tail light assembly is a direct-fit exterior lighting replacement for select 1984-1986 Dodge Caravan and Plymouth Voyager models. It is specified for the left side and for vehicles without bright trim, making it a focused match for the listed applications.

Key Features

• Tail light assembly for the left rear position
• Fits 1984-1986 Dodge Caravan, left
• Fits 1984-1986 Plymouth Voyager, left
• For vehicles without bright trim
• Depo part number 333-1918L-US-LO
• OE reference noted in fitment: 4174899

Detailed Description

Depo 333-1918L-US-LO is an exterior lighting replacement built for the left tail lamp location on 1984-1986 Dodge Caravan and 1984-1986 Plymouth Voyager models. The fitment notes specify use on vehicles without bright trim, which is important for matching the correct rear lamp appearance and configuration. If you are replacing a damaged, faded, or non-functioning rear lamp on a Caravan or Voyager, this part number provides a targeted application match.

This part cross-references CH2800102 for the same application. Depo 333-1918L-US-LO is also identified with OEM reference 4174899 in the fitment notes.

What This Part Helps Address

• Cracked or broken left tail light lens
• Water intrusion at the rear lamp assembly
• Dim, cloudy, or discolored rear lighting
• Failed housing after impact or age-related wear
• Incorrect replacement for vehicles without bright trim

Installation Notes and Tips

Verify the vehicle is a 1984-1986 Dodge Caravan or Plymouth Voyager and confirm the left-side, without bright trim configuration before ordering. Compare the existing lamp and OE reference 4174899 to confirm match. Test all rear lighting functions after installation to ensure proper operation.

Quality Assurance

Depo is an established aftermarket lighting brand, and this tail light assembly is cataloged to the listed OE-style application for accurate fitment on the specified Caravan and Voyager models.