Quick Release Throttle Ball Joint, 2-Pack, 1/4-28 Female Thread, Steel Carburetor Linkage with Spring, Washers and Lock Nut (2PackThrottleDisconnect)

This 2-pack quick release throttle ball joint set is designed for efficient throttle cable connections in performance engine applications. Each ball joint features 1/4-28 female threading for secure attachment to throttle cable ball ends and carburetor linkages. Constructed from cadmium-plated steel, these linkage ends provide durability and corrosion resistance for long-lasting performance. The quick release design allows for tool-less disconnection, making throttle adjustments and engine tuning significantly faster and more convenient. Each set includes springs, washers, and lock nuts for complete installation. The ball joint mechanism ensures smooth throttle operation while maintaining a secure connection during engine operation. Ideal for mechanics, automotive enthusiasts, and performance engine builders who need reliable, easy-to-adjust throttle linkage components. The quick disconnect feature is particularly useful for frequent carburetor adjustments, engine maintenance, or racing applications where rapid throttle cable removal is beneficial.

• 2-Pack Throttle Disconnect
• UNIVERSAL THREAD SIZE: Features standard 1/4-28 female thread connection compatible with most throttle cable ball ends and carburetor linkage systems
• QUICK RELEASE DESIGN: Tool-less disconnect ball joint allows for fast throttle cable removal and reconnection, ideal for performance engine tuning, carburetor adjustments, and maintenance work
• DURABLE CONSTRUCTION: Made from cadmium plated steel for superior corrosion resistance and long-lasting durability in harsh engine bay environments
• PERFORMANCE APPLICATION: Steel carburetor linkage end designed for automotive throttle systems, enabling quick disconnects for racing, tuning, and frequent carburetor modifications
• COMPLETE HARDWARE KIT: Each 2-pack includes spring, washers, and lock nut for secure installation and reliable operation under engine vibration and load conditions