Standard Ignition 6922 Spark Plug Wire Set

Standard Ignition 6922 Spark Plug Wire Set

Standard Ignition 6922 is a spark plug wire set built for 1997-2002 Dodge Viper applications. It uses premium silicone wire construction and high-temperature spark plug boots to handle demanding engine bay conditions while maintaining consistent ignition performance.

Key Features

• Premium silicone wire construction for durable ignition routing
• High-temperature spark plug boots for added heat resistance
• High dielectric protection to help reduce voltage leakage
• Abrasion-resistant design for long-term service life
• Built for harsh engine compartment conditions

Detailed Description

Standard Ignition 6922 is a direct-fit spark plug wire set for the Dodge Viper from 1997 through 2002. It is engineered with silicone insulation and protective boot materials to withstand heat, abrasion, and electrical stress in high-output ignition systems. For buyers searching for a 1997-2002 Dodge Viper spark plug wire set or a Standard Ignition 6922 replacement, this part provides the construction needed for reliable spark delivery in demanding use.

This part cross-references AMS Automotive 4754 and OE reference 04883365AA for the same application.

What It Helps Address

• Misfires caused by worn or heat-damaged plug wires
• Voltage loss from cracked insulation or boot deterioration
• Ignition performance issues from abrasion or engine-bay heat exposure
• Hard starting related to degraded spark transfer
• Intermittent engine operation from compromised wire routing

Installation Notes and Tips

Verify cylinder routing before removal and replace each lead in the same path to avoid crossfire or routing errors. Inspect spark plugs, coil connections, and nearby heat sources during installation so the new wire set can perform as intended on the Dodge Viper. Confirm fitment by year before ordering Standard Ignition 6922.

Quality Assurance

Standard Ignition builds this wire set with silicone insulation, high-temperature boots, dielectric protection, and abrasion resistance for durable service in harsh underhood conditions.