Standard Ignition DS-2188 Trunk Lid Release Switch

Trunk Lid Release Switch for Corvette

Standard Ignition DS-2188 is a trunk lid release switch built for direct service replacement on 2005-2013 Chevrolet Corvette models. It uses a female connector, male pins, and a 2-terminal layout to support reliable electrical switching at the trunk release circuit.

Key Features

• Fits 2005-2013 Chevrolet Corvette, outside
• Female connector with male pin terminals
• 2-terminal switch design
• Copper alloy conductors for strong electrical conductivity and reduced resistance
• 100% tested for mechanical and electrical switching performance
• Standard Ignition DS-2188 service replacement part

Product Details

DS-2188 is engineered for the trunk lid release function on Chevrolet Corvette applications, with materials selected for consistent signal transfer and durable service use. The copper alloy conductor construction supports low-resistance current flow, while the switch assembly is tested to verify both actuation and electrical performance before release. This part cross-references D1461G for the same application. For buyers searching for a 2005-2013 Chevrolet Corvette trunk release switch or a Standard Ignition DS-2188 replacement, this part matches the listed outside position and connector configuration.

Common Issues This Part May Address

• Trunk release button does not activate the latch
• Intermittent trunk opening from the exterior switch
• Broken or worn switch contacts
• Electrical continuity loss at the trunk release circuit
• Damaged connector or terminal interface at the switch

Installation Notes and Tips

Verify the connector style, terminal count, and outside mounting location before installation. Compare the original switch to DS-2188 to confirm the female connector and 2-pin terminal layout match your Chevrolet Corvette. Inspect the harness connector for corrosion, bent terminals, or heat damage before connecting the replacement switch.

Quality Assurance

Standard Ignition builds this switch with robust materials and tests each unit for mechanical and electrical switching performance. The design reflects long-term aftermarket service experience focused on technician requirements.