Gauge Line Kit- 24in Ste el Braided Line and fitt

The QUICKCAR RACING PRODUCTS Gauge Line Kit with 24-inch stainless steel braided line and fittings is a precision mechanical pressure gauge connection system designed for race engines, fuel systems, and marine powerplants. This kit delivers reliable, direct pressure readouts without electronic interference—essential for real-time diagnostics in high-performance and offshore applications where gauge accuracy directly impacts engine management decisions.

The kit features 4 AN female-to-female connections with PTFE-lined braided stainless steel construction, providing corrosion resistance critical in salt-water and high-temperature engine environments. The 24-inch length accommodates flexible routing from gauge location to pressure source without kinking or collapse. Stainless steel braiding protects the PTFE inner line from abrasion, UV degradation, and thermal cycling—common failure points in mechanical gauge installations. All fittings are included, eliminating the need for separate adapter sourcing and ensuring consistent AN-spec threading throughout the system.

This gauge line kit serves engine builders, marine technicians, and serious boaters who require direct mechanical pressure measurement for oil, fuel, or water systems. Weekend anglers upgrading boat instrumentation and professional offshore operators benefit equally from the durability and precision this kit provides. Unlike electronic sensors, mechanical gauges remain unaffected by electrical noise or parasitic drain, making them the preferred backup system for critical engine monitoring on high-performance vessels.

The 24-inch braided line length fits most standard engine bay and fuel system layouts, reducing installation complexity on retrofit projects. At 0.33 lbs, the complete kit adds minimal weight while delivering the redundancy and responsiveness serious marine and racing applications demand. QUICKCAR Racing Products specializes in mechanical instrumentation for motorsports and marine use, where reliability in extreme conditions is non-negotiable.