Intercooler hose for Nissan Micra V (K14) 0.9 IG-T

This intercooler hose is a used part, classified with a quality grade of B. Its original equipment manufacturer number is 144605FA0B, and it was produced by Nissan. The part is designed for the petrol engine type with the engine codes HR09DET and H4B408. It is compatible with the five-speed manual transmission, identified by the code S028385 and the type designation 5MT / JH3379 - MAN. This specific hose is offered at a price of 184,31 EUR British pounds excluding VAT, which equates to 184,31 EUR British pounds including VAT. The item benefits from free standard shipping with an expected delivery time of 3-6 days. An express delivery service is available for an additional fee. All purchases are backed by a comprehensive 30-day full return policy. This intercooler hose is directly compatible with the Nissan Micra V (K14) model featuring the 0.9 IG-T variant. Ensuring the OEM number matches is crucial for confirming correct fitment and compatibility with your vehicle.

This spare part originates from the following car:

The source vehicle is a Nissan Micra, specifically the V (K14) model in the 0.9 IG-T hatchback variant. The car was first registered in the year 2017 and had recorded a mileage of 17,700 kilometres at the time of dismantling. It was originally sourced from Sweden. The vehicle was equipped with a petrol fuel system. Its engine is a petrol type with the engine codes HR09DET and H4B408, featuring three cylinders with a total capacity of 898 cubic centimetres. This engine produced 90 horsepower, equivalent to 66 kilowatts. The car was fitted with a five-speed manual transmission, coded S028385. The vehicle's unique identifier is the VIN or chassis number VNVK1400959062572. The construction type of the car is a hatchback. When replacing an intercooler hose, it is often practical to inspect related components such as the intercooler itself, associated clamps, and turbocharger pipework for wear. Opting for a used genuine part like this supports sustainable automotive practices by giving quality components a second life.

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