Cyber Week Deal Uflex Mach Series High Efficiency Flexibility Engine Control Cable - Johnson/evinrude/omc - 32' [mc14x32] Trial Pack [gpBUFSHZ]

Uflex MACH Series Engine Control Cable - Johnson/Evinrude/OMC - 32'

The Uflex MACH Series Engine Control Cable is designed to enhance the performance and efficiency of Johnson/Evinrude/OMC outboard, inboard, and sterndrive engines. Engineered for BRP® - Evinrude® (OMC®) engines manufactured from 1979 to the present, this high-efficiency cable ensures smooth and precise throttle response. The MACH14 cable, with a stroke of 75 mm (3"), is the current BRP® style, similar to the C14.

Key Features and Specifications

The MACH Series cables are a testament to our decades of experience in producing high-quality, long-lasting, and flexible cables. Their innovative core design maximizes efficiency and minimizes lost motion, while the exclusive conduit design provides an extremely high level of flexibility. This cable is suitable for long and complex cable routing, featuring a stranded wire core with lubricated extrusion for applications with tight bends or long cable runs. The solid stainless steel output fittings ensure durability and resistance to wear and tear. Additionally, the blue outer jacket is designed for high-performance applications, offering resistance to abrasion, UV rays, and chemicals.

Benefits and Applications

The Uflex MACH Series Engine Control Cable offers numerous benefits for both boat owners and mechanics. Its high efficiency ensures smooth operation, while its high flexibility allows for reduced bend radius, making it ideal for intricate cable routing. The cable is maintenance-free, saving time and effort on upkeep. The stainless steel cables end fittings provide added strength and longevity. With the blue outer jacket, you can trust that your cable will withstand the harshest conditions on the water. Whether you're looking to replace your existing cable or upgrade to a higher-quality option, the Uflex MACH Series Engine Control Cable is the perfect choice for optimal performance and reliability.