Uflex MACH™ Series High Efficiency & Flexibility Engine Control Cable - Mercury Style - 28'

The Uflex MACH™ Series High Efficiency & Flexibility Engine Control Cable – Mercury Style – 28' is the go-to throttle and shift solution for Mercury and Mercruiser engine installations where premium cable routing and durability matter. After years on the water, anyone who has experienced cable lag, stiction, or corrosion knows that engine control reliability directly impacts boat handling and safety. This 28-foot Mercury-style cable delivers the smooth, responsive feel that serious anglers and boaters demand, engineered to handle the demands of saltwater, freshwater, and high-performance applications without compromise.

Built around Uflex's proven MACH5 platform with a 95mm (3.75") stroke length, this cable features a blue-jacketed outer sheath specifically designed for high-performance marine environments where temperature fluctuations and UV exposure are constant threats. The flexible core and precision engineering eliminate binding and deliver true 1:1 throttle response, critical when transitioning from idle to wide-open throttle in trolling or tournament situations. The extended 28-foot length accommodates larger center console boats, offshore rigs, and custom installations where standard cables fall short, reducing the need for intermediate fittings that introduce play into the control system.

This cable is engineered specifically for Mercury and Mercruiser engine owners—including those running C5-style connection points—who refuse to settle for aftermarket compromises. Whether you're upgrading from worn factory equipment, installing dual engines, or building a custom throttle and shift setup, the MACH™ Series delivers the precision and longevity expected from Uflex's Italian marine heritage. Installation is straightforward for experienced mechanics, and the 28-foot run provides flexibility in cable routing around tight engine compartments and through helm consoles without kinks or stress concentrations that weaken performance over time.