Coil Wire Harness 24in E xt. Remote Mount Coils

The Coil Wire Harness 24in Ext. Remote Mount Coils from ICT BILLET is a precision ignition wiring solution engineered for GM LS-series engine swaps and modern LS platform builds. This harness addresses a critical challenge for fabricators and performance enthusiasts: routing ignition signals from a remote-mounted coil pack to the engine block without compromising signal integrity or creating excessive underhood clutter. Whether you're performing a full LS swap into a classic vehicle, optimizing engine bay layout in a race car, or customizing a truck platform, this extension harness ensures reliable spark delivery regardless of coil placement.

Designed specifically for remote-mount ignition coil applications, the 24-inch extension length accommodates flexible coil positioning without signal degradation or noise interference typical of inferior wiring solutions. ICT BILLET's billet-quality construction and OEM-spec wire gauging ensure low-resistance signal paths that preserve ignition timing accuracy and combustion efficiency across all RPM ranges. The harness maintains proper shielding and termination standards required for LS coil packs, preventing cross-talk and electrical noise that can cause stumbling, misfire codes, or rough idle conditions in tuned engines. This attention to signal fidelity is especially critical in forced-induction and high-compression builds where ignition precision directly impacts power delivery and engine reliability.

Engine builders, LS swap specialists, and performance tuners rely on this harness when coil packs must be relocated away from standard mounting positions—common in tight engine bay conversions, custom intake manifold setups, or race car configurations where real estate is at a premium. Installation is straightforward for fabricators familiar with LS ignition architecture; the harness connects directly to OEM coil pack connectors and integrates seamlessly with stock or aftermarket LS engine management systems. Weighing just 0.2 pounds and measuring 5.65 x 1.9 x 8.1 inches, it adds negligible weight while solving a genuine packaging and signal integrity problem that DIY and professional builders encounter regularly.