Standard Ignition DS3428 Trunk Lid Release Switch

OE Trunk Lid Release Switch for Challenger

Restore trunk release operation with this Standard Ignition trunk lid release switch, part number DS3428. It is a direct-fit OE replacement built for proper fit, form, and function on 2011-2014 Dodge Challenger models.

Key Features

• Direct-fit OE replacement for straightforward installation
• Black plastic finish for a factory-style appearance
• Male pin terminals with 4-terminal configuration
• Built with high-quality materials for demanding under-dash and interior conditions
• Extensively tested for reliability and consistent electrical performance
• Standard Ignition DS3428 for trunk lid release switch replacement

Product Details

Standard Ignition DS3428 is a trunk lid release switch engineered for 2011-2014 Dodge Challenger applications. The switch uses a black plastic housing, male pin terminals, and a 4-terminal layout to match OE-style electrical connections. As a direct replacement, it supports factory fitment and helps maintain the original trunk release function in the Dodge Challenger interior. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues It Can Help Solve

• Trunk release switch not responding when pressed
• Intermittent trunk opening from the interior release control
• Broken, worn, or damaged switch housing
• Electrical connection problems at the trunk release switch
• Restoring factory trunk release operation on a Dodge Challenger

Installation Notes and Tips

Verify connector style, terminal count, and switch location before installation. This DS3428 switch is intended for 2011-2014 Dodge Challenger vehicles and should be matched to the original OE connector and mounting style. Inspect the harness terminals for corrosion or looseness during replacement to help ensure a stable electrical connection.

Quality Assurance

Standard Ignition states that this OE replacement switch is manufactured with complete quality control throughout the production process and is tested for reliability. The part is built from materials selected to withstand harsh operating conditions while maintaining proper fit and function.