New Dragon Fire Performance Race Series Direct Fit Fiberglass Sleeved 13mm 15" Low Ohm Spark Plug Wire Set For All LS LT Engines With Katech Valve Covers

•MANUFACTURER: Dragon Fire Performance MODEL: Race Series - Direct Fit
•Compatible with All LS LT With Katech Valve Covers **Be Sure to Check for Correct Fitment Using the Information Below.
WIRE DIAMETER & •RESISTANCE: 13mm 40 Ohms per Foot
•FEATURES OE Factory Fit, designed with performance and reliability in mind, Pentacore™ technology, Kevlar core, high tensile strength fiberglass protection mesh, precision wound for maximum voltage transfer and superior RFI/EMI protection, extra thick plug wire boots, extra tight plug wire boot fitment NO more popping off wires under heavy load, all connections are watertight and weatherproof, tested and ensured to match OE fit, only premium grade materials used for long service life. Comes exactly as pictured.
•WIRE LENGTHS: 8x15"

Dragon Fire Performance spark plug wires deliver industry leading performance, quality craftsmanship, and long-term reliability. Dragon Fire Performance spark plug wires utilizes only the latest in spark plug wire technology. At the core of the wires is a strong Kevlar center with a low resistance spiral wound alloy conductor, tightly wrapped for maximum spark energy transmission up to 80,000 VAC. A high dielectric strength co-polymer compound coating is applied to the conductor to help eliminate voltage leaks and Radio/Electromagnetic Frequency Interference (RFI/EMI). The conductor is then fully insulated in a durable, extra thick silicone and EPDM sleeve for superior protection. Removable silicone coated fiberglass heat sleeve heat rated to 1200°F, All terminals are protected by heavy duty extra thick walled high-temp silicone boots heat rated to 600°F. Ensuring optimal spark delivery and long service life. Designed as a direct replacement wire set. *Be sure to check the Fitment Guide to confirm this is the correct part before purchase*

Fitment

LS or LT with Katech Valve Covers

Part Numbers

MSD 33813