Quick Disc 10-32 x 10-32 For Bell Cranks

The Triple X Race Components Quick Disc 10-32 x 10-32 for Bell Cranks is a precision throttle linkage component engineered for high-performance marine and motorsport applications. This quick-disconnect rod end assembly delivers reliable, repeatable throttle control in demanding conditions where responsiveness and durability are non-negotiable. The aluminum construction with black paint finish resists corrosion in salt-air environments while maintaining the low weight critical to performance tuning.

Built to 10-32 thread specification on both ends, this quick-disconnect assembly accommodates standard bell crank linkage geometry in throttle control systems. The quick-disconnect design eliminates the need for permanent fastening, enabling faster rigging adjustments during setup or mid-season modifications without breaking the system apart. Weighing just 0.03 lbs, it contributes minimal mass to the overall throttle assembly while maintaining the rigidity required for precise throttle response. The aluminum material balances strength with weight savings—critical considerations in high-RPM marine engines where every fraction of a pound affects performance and handling.

This component is designed for offshore powerboat builders, performance fishing boat operators, and marine engine tuners who demand OEM-quality linkage hardware. Whether you're optimizing throttle response on a twin-engine center console, retrofitting a performance outboard setup, or maintaining racing-class hull systems, the Triple X Quick Disc provides the precision fit and repeatability that separates competent throttle control from sloppy, inconsistent acceleration. Universal compatibility across bell crank configurations makes it a reliable replacement or upgrade component for builders and retrofit shops.

Triple X Race Components focuses on hard-part reliability for performance applications where failure is not an option. This quick-disconnect assembly reflects that engineering philosophy—straightforward design, corrosion-resistant materials, and proper specifications reduce variables and build confidence in throttle control systems that must perform consistently under high-load conditions.