Genuine Nissan MAP Boost Pressure Sensor - Nissan Patrol Y61 GU 2000-2017

This MAP (Manifold Absolute Pressure) or Boost Pressure Sensor is fitted to the intake system on your ZD30 engine. It provides critical pressure information to the engine's computer, which then determines the correct amount of fuel and turbo boost required for optimal performance. A faulty or contaminated sensor can send incorrect signals, leading to poor fuel economy, excessive black smoke, hesitation, and a general lack of power. If left unchecked, a failing sensor can cause incorrect boost levels, potentially damaging your engine.

This is the sensor fitted into the front of the intercooler, held in with 2 bolts,

Product Features

• Genuine Nissan Part: This is a genuine Nissan sensor, not a cheaper aftermarket copy. Using an OEM part ensures the ECU receives accurate boost data, which is critical for engine performance and longevity. Inferior sensors can send incorrect signals, leading to poor fuel economy and potentially damaging boost levels.
• Restores Engine Performance: A new MAP sensor will correct faulty readings, restoring lost power, improving throttle response, and reducing issues like excessive black smoke.
• Direct-Fit Installation: Manufactured to OEM specifications for a perfect fit. It connects directly to the factory wiring and mounting points on the intercooler, making it a straightforward job for the DIY mechanic with basic tools.

Vehicle Fitment

• Nissan Patrol Y61 GU with ZD30 Direct Injection (DI) engine
• Nissan Patrol Y61 GU with ZD30 Common Rail (CRD) engine

Please check vehicle fitment to confirm compatibility with your vehicle. Please contact us with your VIN details if you require further assistance to confirm fitment.

Nissan Genuine Parts

Choosing genuine Nissan parts ensures the quality and fit for your Nissan. Unlike some aftermarket alternatives, genuine Nissan parts are manufactured to exacting standards, using materials specifically designed to withstand the rigors of Australian conditions. Guaranteeing performance, service life, and reliability.