Highly Rated Uflex Mach Series High Efficiency Flexibility Engine Control Cable - Johnson/evinrude/omc - 34' [mc14x34] Full Package [sGnZ3HUL]

Uflex MACH Series Engine Control Cable - Johnson/Evinrude/OMC - 34'

The Uflex MACH Series Engine Control Cable is a high-efficiency and flexible solution designed for Johnson/Evinrude/OMC outboard, inboard, and sterndrive engines. This cable is crafted with precision to ensure smooth, easy, and precise shift and throttle movement, making it an ideal choice for engines manufactured from 1979 to the present. The MACH14 cable, featuring a 75 mm (3”) stroke, is compatible with the current BRP® (OMC®) style, offering a seamless fit like the C14.

Technical Specifications and Features

Engineered for performance, the MACH Series cables incorporate a stranded wire core with lubricated extrusion, making them perfect for long cable runs and tight bends. Their innovative core design maximizes efficiency and minimizes lost motion, while the exclusive conduit design provides an extremely high level of flexibility. Key features include solid stainless steel output fittings, a blue outer jacket that resists abrasion, UV, and chemicals, and a maintenance-free design. This cable is not just a component; it's a testament to decades of experience in producing high-quality, long-lasting, and flexible cables.

Practical Applications and Benefits

The Uflex MACH Series Engine Control Cable is an essential accessory for any boat owner seeking top-notch performance and reliability. Its high efficiency ensures smooth operation, while its high flexibility allows for reduced bend radius, making it ideal for long and complex cable routing. With features like stainless steel cables end fittings and a durable blue jacket, this cable is built to last and withstand the rigors of marine environments. Whether you're a seasoned boater or a weekend enthusiast, the MACH Series cables are designed to enhance your boating experience with precision and peace of mind.

• High efficiency for smooth operation
• High flexibility for reduced bend radius