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F-Göta 10 B

MANUFACTURER:AB Götamotorer

POWER:10

CYLINDERS:2

AB Götamotorer F-Göta 10 B Marine Engine The AB Götamotorer F-Göta 10 B is a robust inboard gasoline engine engineered for reliable propulsion in small marine vessels, delivering consistent power for auxiliary and primary drive systems in compact boats and sailboats. Key technical specifications underscore its straightforward design: a twin-cylinder configuration with a displacement of 540 cm³ (bore and stroke of 70 mm each), producing 10 horsepower (7 kW) at a fixed operating speed of 2000 RPM. Weighing 80 kg (176 lbs), it features a gasoline fuel system with an efficient consumption rate of 4.0 liters per hour, and no specified compression ratio or reduction gear, emphasizing simplicity in its inboard drive setup. Tailored for harsh marine environments, the F-Göta 10 B offers distinct benefits including marine-grade durability through hardened components that resist corrosion from saltwater and debris. Its compact footprint and red-and-white casing with integrated safety markings ensure compliance with international marine standards, facilitating easy identification of critical zones like coolant and fuel compartments during emergencies. The inboard configuration shields vital internals from external elements, enhancing longevity and reducing maintenance demands in wet, saline conditions. Performance-wise, the engine provides smooth, vibration-dampened operation from its two-cylinder layout, optimized for steady torque delivery at fixed RPM, which promotes fuel economy and minimizes operational costs for light-duty tasks. While its modest power output suits non-high-speed applications, it excels in dependable, low-emission performance with straightforward servicing. Ideal for auxiliary power on larger yachts, propulsion in dinghies or small sailboats, or even as a generator for onboard systems, the F-Göta 10 B combines cost-effectiveness and space-saving efficiency, making it a trusted choice for mariners prioritizing reliability and simplicity in confined hull spaces. (248 words)