MACH5X26 - Uflex Usa Uflex MACH™ Series High Efficiency & Flexibility Engine Control Cable - Mercury Style - 26'

MACH™ Series High Efficiency & Flexibility Engine Control Cable - Mercury Style - 26'

MACH5 - Mercury® style (like C5)

MACH5 Stroke: 95 mm (3.75”). For Mercury® and Mercruiser® engines. Blue color jacket designed for high performance applications

For the ultimate in efficiency and response, the Mach Series cables deliver unmatched results. They have been specifically designed to make even the most complex of cable installations result in smooth, easy and precise shift and throttle movement.

Using a stranded wire core with lubricated extrusion, the Mach cables are an ideal solution for applications with long cable runs, tight bends, or where easy and precise throttle response is required.

Mach Series cables also feature solid stainless steel output fittings.

The “high performance” MACH™ Cables are the result of our decades of experience in producing high quality, long lasting, flexible cables.

The innovative core design maximizes efficiency and minimizes lost motion, while the exclusive design of the conduit provides extremely high level of flexibility.

Features:

• Suitable for outboard – inboard and sterndrive engines
• High efficiency for smooth operation
• High flexibility for reduced bend radius
• Ideal for long complex cable routing
• Maintenance free
• Stainless steel cables end fittings
• Blue outer jacket resists against abrasion, UV and chemicals

The Uflex MACH Series Engine Control Cable, part number MACH5X26, is a high-efficiency and flexible solution designed for engine control applications. This 26-foot cable is specifically engineered for Mercury-style systems, providing a direct fit for compatible setups. It is intended for IT hardware resellers and businesses requiring reliable connectivity for industrial or marine engine control units. The cable addresses the need for durable and precise signal transmission in demanding environments, ensuring consistent performance for critical engine operations. Its design prioritizes both efficiency in signal transfer and flexibility for easier installation and routing within complex machinery or vessel layouts. This product is suitable for organizations maintaining or upgrading engine control systems that utilize Mercury-style connections.