Uflex MACH™ Series High Efficiency & Flexibility Engine Control Cable - Mercury Gen II - 20'

The Uflex MACH™ Series High Efficiency & Flexibility Engine Control Cable for Mercury Gen II delivers precise throttle and shift control for Mercury and Mercruiser engines. This 20-foot cable features the MC36 specification—engineered to the same exacting standard as OEM Mercury C36 controls but with enhanced response characteristics that serious boaters demand. The MACH36 stroke of 87 mm (3.4 inches) provides full range control authority, while the blue color jacket signals its optimization for high-performance marine applications where cable friction and response lag directly impact engine management and safety.

Built by Uflex USA—a manufacturer with deep marine engineering expertise—the MACH series cables address the core challenge facing boat operators: inconsistent throttle feel and delayed response. Standard cables degrade with salt exposure, corrosion, and heavy use; the MACH36's design minimizes internal friction and accommodates the wide temperature swings encountered from engine compartment heat to open-water conditions. The 20-foot length accommodates mid-sized center console, cruiser, and offshore fishing boat configurations where the helm station sits well forward of the engine.

This cable is purpose-built for Mercury Generation II engine and control systems—a platform used across recreational and commercial fishing vessels, patrol boats, and offshore applications. Whether upgrading from worn original equipment or replacing a cable that no longer holds crisp throttle position, the MACH36 restores the direct mechanical feedback that translates operator input into immediate engine response. The blue jacket also provides visual confirmation of cable specification during installation and future service intervals.

For boaters choosing replacement cables, Uflex MACH series products sit above standard aftermarket offerings in build quality and consistency, making them the practical choice for operators who rely on predictable engine control under varied sea conditions and extended runtime.