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FPT MARINE
Every tale of power is unique, particularly if it is intended for the Sea. It’s a story of performance, reliability, technology, and emotion. Each FPT Industrial Marine engine is a stand-alone project, built around the customer's needs and set up with a specific kit, encompassing the uniqueness of the tale of power it will give life to. It is an extremely important technological system for the boating world, which over the years has been working to significantly extend the quality of its equipment, in terms of performance and life span.
N67
From 180Â hp- 570 hp
Compact and cost-effective
Short load response time
High power density with minimum fuel consumption
Up to 600 hours service intervals (among best in the category)
Easy installation - oil cooler, oil pump, water pump and blow-by pump are integrated into engine design
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C9
From 410hp - 650
High power and torque density
Low fuel consumption and emissions
Structural stiffness / low vibration and noise
up to 600 hours service intervals
Easy installation - oil cooler, oil pump, water pump and blow-by pump are integrated into engine design
C16
From 420 hp-1000hp
High Power and torque density
Low fuel consumption and emissions
Low vibration/noise
High performance, light-, medium- and heavy duty versions
Focused on marine engine duties
Up to 600 hour service intervals
Easy installation - oil cooler, oil pump, water pump and blow-by pump are integrated into engine design
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YOU WORRY ABOUT THE CATCH, WE'LL WORRY ABOUT THE RIDE HOME
Proven maritime experience
Leveraging on more than a century of experience in high-power Diesel engines and marine operations, FPT Industrial offers a complete range of fuel-efficient products characterized by high quality, superb features, and broad application versatility, that guarantee maximum performance and efficiency even in the most demanding sailing conditions.
FPT Industrial marine: the Commercial Selection
Expertise and attention to sustainability characterize our line of engines and equipment for the commercial world. The aim is to increase performance - such as propulsion and propeller power - while limiting the emission level.