oil pressure gauge sender Genuine Porsche part PAC906054A

Fits:
Fuel Pressure 
Porsche 95B Macan S / GTS - 2019 Onwards
Porsche 95B Macan turbo - 2019 Onwards
Porsche 971 Panamerea - 2013 to 2023
Porsche 9YA Cayenne - 2018 to 2013

PDDC Hydraulic Pressure
Porsche 992 - 2019 Onwards
Porsche 992 turbo - 2019 Onwards

Click 'Zoom in' for large parts diagram.
Diagram ref no 3

Fits:
Porsche 970.2 Panamera S / 4S 3.6ltr V6 - 2014 to 2016
Porsche 958 Cayenne 3.6ltr V6 - 2010 to 2017
Porsche 95B Macan - 2014 to 2018 (Petrol)
Porsche 95B.2 Macan 2.0ltr - 2019 Onwards
Porsche 991.2 turbo - 2017 to 2019
Porsche 991 GT3 - 2018 to 2019


Click 'Zoom in' for large parts diagram.
Diagram ref no 4

Fuel Injector – Direct Injection Replacement
Sold each - required per car  

These fuel injectors are designed for the Porsche 95B.1 Macan 2.0ltr engine, providing precise fuel delivery for optimal combustion, performance and efficiency.

Fits:

• Porsche 95B.1 Macan Petrol 2.0L (237Bhp) 2014-18

Diagram Ref No 1  

The Macan 2.0 uses a direct injection system, where fuel is injected at high pressure directly into the combustion chamber. Accurate injector performance is essential for smooth running, power output and emissions control.

What Fuel Injectors Do

Fuel injectors are responsible for:
• Delivering the correct amount of fuel into each cylinder
• Atomising fuel for efficient combustion
• Supporting smooth idle and acceleration
• Maintaining power, fuel economy and emissions compliance

In direct injection engines like the Macan 2.0 TFSI, injectors operate under extremely high pressure and must maintain precise spray patterns.

Why Fuel Injectors Fail

Over time, Porsche Macan 2.0 injectors can develop issues due to:

Carbon build-up
Direct injection engines are prone to carbon deposits, which can affect injector spray patterns and flow.

Internal wear
High-pressure operation causes gradual internal component wear.

Contamination
Poor fuel quality or debris in the fuel system can damage injector nozzles.

Electrical faults
Injector solenoids can fail, causing misfires or uneven fuel delivery.

Common Symptoms of Failing Injectors

• Engine misfires
• Rough idle
• Hesitation under acceleration
• Increased fuel consumption
• Check engine light
• Poor cold starting

Ignoring faulty injectors can lead to further engine issues, including catalytic converter damage or bore wash from incorrect fuelling.

Why You May Need to Replace Your Macan 2.0 Injectors

Restore Engine Performance
Replacing worn injectors restores correct fuel atomisation and combustion efficiency.

Fix Misfires and Running Issues
New injectors eliminate uneven fuel delivery that causes hesitation and misfire faults.

Improve Fuel Economy
Correct spray patterns ensure optimal air-fuel mixture, improving efficiency.

Prevent Long-Term Engine Damage
Addressing injector problems early protects pistons, valves and emissions components.

Fuel Injector – Direct Injection Replacement
Sold each - required per car  

These fuel injectors are designed for the Porsche 95B.1 Macan 2.0ltr engine, providing precise fuel delivery for optimal combustion, performance and efficiency.

Fits:

• Porsche 95B.1 Macan Petrol 2.0L (237Bhp) 2014-18

Diagram Ref No 1  

The Macan 2.0 uses a direct injection system, where fuel is injected at high pressure directly into the combustion chamber. Accurate injector performance is essential for smooth running, power output and emissions control.

What Fuel Injectors Do

Fuel injectors are responsible for:
• Delivering the correct amount of fuel into each cylinder
• Atomising fuel for efficient combustion
• Supporting smooth idle and acceleration
• Maintaining power, fuel economy and emissions compliance

In direct injection engines like the Macan 2.0 TFSI, injectors operate under extremely high pressure and must maintain precise spray patterns.

Why Fuel Injectors Fail

Over time, Porsche Macan 2.0 injectors can develop issues due to:

Carbon build-up
Direct injection engines are prone to carbon deposits, which can affect injector spray patterns and flow.

Internal wear
High-pressure operation causes gradual internal component wear.

Contamination
Poor fuel quality or debris in the fuel system can damage injector nozzles.

Electrical faults
Injector solenoids can fail, causing misfires or uneven fuel delivery.

Common Symptoms of Failing Injectors

• Engine misfires
• Rough idle
• Hesitation under acceleration
• Increased fuel consumption
• Check engine light
• Poor cold starting

Ignoring faulty injectors can lead to further engine issues, including catalytic converter damage or bore wash from incorrect fuelling.

Why You May Need to Replace Your Macan 2.0 Injectors

Restore Engine Performance
Replacing worn injectors restores correct fuel atomisation and combustion efficiency.

Fix Misfires and Running Issues
New injectors eliminate uneven fuel delivery that causes hesitation and misfire faults.

Improve Fuel Economy
Correct spray patterns ensure optimal air-fuel mixture, improving efficiency.

Prevent Long-Term Engine Damage
Addressing injector problems early protects pistons, valves and emissions components.

The Injector is a high-precision fuel injection component designed to deliver a finely atomised spray of fuel directly into the engine’s intake tract or combustion chamber. As a critical part of the fuel injection system, the injector ensures the correct amount of fuel is supplied at the right time, promoting efficient combustion, optimal engine performance, fuel economy, and emissions control.
Sold Each.
x4 Required Per Car.

Fits:

• Porsche 95B.1 Macan Petrol 2.0L (237Bhp) 2014-18

Diagram Ref No 28

Manufactured to OEM-quality standards, the injector is engineered for precise fuel metering, reliable operation, and compatibility with modern engine management systems. Built from high-quality materials and precision-machined components, it is designed to withstand fuel system pressures, temperature fluctuations, and continuous operating cycles.

What This Product Does:

• Delivers fuel into the engine in a controlled spray pattern
• Ensures precise fuel metering for efficient combustion
• Works with the engine management system to optimise performance
• Supports smooth engine operation and throttle response
• Helps maintain fuel economy and emissions compliance
• Provides consistent fuel delivery across all engine operating conditions

• Engine misfires or rough running
• Poor fuel economy Hard starting or extended cranking
• Loss of power or sluggish acceleration
• Uneven idle or engine hesitation
• Increased exhaust emissions
• Fuel smell from the engine bay or exhaust
• Check engine light and injector-related fault codes

• Restores proper fuel atomisation and delivery
• Improves engine performance and throttle response
• Helps reduce fuel consumption and emissions
• Eliminates misfires, hesitation, and rough idle conditions
• Protects the engine from lean or rich running conditions
• Maintains smooth and reliable engine operation
• Supports long-term fuel system and engine health
• Ensures the engine management system can operate as intended

This BOSCH Injector is a high-precision fuel injection component designed to deliver a finely atomised spray of fuel directly into the engine’s intake tract or combustion chamber. As a critical part of the fuel injection system, the injector ensures the correct amount of fuel is supplied at the right time, promoting efficient combustion, optimal engine performance, fuel economy, and emissions control.
Sold Each.
x4 Required Per Car.

Fits:

• Porsche 95B.1 Macan Petrol 2.0L (237Bhp) 2014-18

Diagram Ref No 28

This BOSCH injector is engineered for precise fuel metering, reliable operation, and compatibility with modern engine management systems. Built from high-quality materials and precision-machined components, it is designed to withstand fuel system pressures, temperature fluctuations, and continuous operating cycles.

What This Product Does:

• Delivers fuel into the engine in a controlled spray pattern
• Ensures precise fuel metering for efficient combustion
• Works with the engine management system to optimise performance
• Supports smooth engine operation and throttle response
• Helps maintain fuel economy and emissions compliance
• Provides consistent fuel delivery across all engine operating conditions

• Engine misfires or rough running
• Poor fuel economy Hard starting or extended cranking
• Loss of power or sluggish acceleration
• Uneven idle or engine hesitation
• Increased exhaust emissions
• Fuel smell from the engine bay or exhaust
• Check engine light and injector-related fault codes

• Restores proper fuel atomisation and delivery
• Improves engine performance and throttle response
• Helps reduce fuel consumption and emissions
• Eliminates misfires, hesitation, and rough idle conditions
• Protects the engine from lean or rich running conditions
• Maintains smooth and reliable engine operation
• Supports long-term fuel system and engine health
• Ensures the engine management system can operate as intended

The Boost Pressure Sensor is a high-quality engine management component designed to monitor intake manifold and turbocharger boost pressure within the engine's forced induction system. The sensor continuously measures air pressure levels and transmits precise data to the engine control unit (ECU), enabling accurate control of turbocharger output, fuel injection, ignition timing, and overall engine performance.

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• Porsche 9YA Cayenne V6 3.0L Petrol (340Hp) 2018-23
• Porsche 9YA Cayenne Coupe V6 3.0L Petrol (340Hp) 2019-23
• Porsche 9YA Cayenne S V6 2.9L Petrol (440Hp) 2018-23
• Porsche 9YA Cayenne Coupe S V6 2.9L Petrol (440Hp) 2019-23
• Porsche 9YA Cayenne GTS V8 4.0L Petrol (460Hp) 2020-23
• Porsche 9YA Cayenne Coupe GTS V8 4.0L Petrol (460Hp) 2021-23
• Porsche 9YA Cayenne Turbo V8 4.0L Petrol (550Hp) 2020-23
• Porsche 9YA Cayenne Coupe Turbo V8 4.0L Petrol (550Hp) 2019-23
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• Porsche 9YA.2 Cayenne Coupe V6 3.0L (353Hp) 2023>>
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• Porsche 9YA.2 Cayenne S Coupe V8 4.0L (474Hp) 2023>>
• Porsche 971.1 Panamera 4S 2.9L Twin-Turbo V6 Sport Turismo 2017-20
• Porsche 971.2 Panamera 2.9L V6 2021-23
• Porsche 971.2 Panamera 4 2.9L V6 2021-23
• Porsche 971.2 Panamera 4 Sport Turismo 2.9L V6 2021-23
• Porsche 971.2 Panamera 4S 2.9L V6 2021-23
• Porsche 971.2 Panamera 4S Sport Turismo 2.9L V6 2021-23
• Porsche 976 Panamera V6 2.9L 2023>>
• Porsche 976 Panamera 4 V6 2.9L 2023>>
• Porsche 95B.2 Macan Petrol 2.0L (245Bhp) 2019-21
• Porsche 95B.2 Macan S Petrol 3.0L V6 (354Bhp) 2019-21
• Porsche 95B.2 Macan GTS Petrol 2.9L V6 (380Bhp) 2019-21
• Porsche 95B.2 Macan Turbo 2.9L V6 (440Bhp) 2019-21 

• Measures boost and intake manifold pressure in real time
• Sends pressure data to the engine control unit (ECU)
• Helps regulate turbocharger boost levels
• Supports accurate fuel injection and ignition timing adjustments
• Optimises engine performance, efficiency, and emissions
• Protects the engine from overboost or incorrect pressure conditions

• Reduced engine power or acceleration
• Turbocharger underboost or overboost conditions
• Engine entering limp-home mode
• Check engine light illumination
• Poor throttle response Increased fuel consumption
• Erratic engine performance or hesitation
• Boost pressure-related fault codes stored in the ECU

• Restores accurate boost pressure monitoring
• Ensures correct turbocharger operation and boost control
• Improves throttle response and engine performance
• Supports fuel efficiency and emissions compliance
• Prevents unnecessary strain on turbocharger and engine components
• Reduces the risk of limp mode activation and ECU faults
• Maintains reliable communication between the sensor and engine management system
• Helps preserve the performance, reliability, and driving characteristics of the vehicle

The Boost Pressure Sensor is a BOSCH quality engine management component designed to monitor intake manifold and turbocharger boost pressure within the engine's forced induction system. The sensor continuously measures air pressure levels and transmits precise data to the engine control unit (ECU), enabling accurate control of turbocharger output, fuel injection, ignition timing, and overall engine performance.

Fits:

• Porsche Boxster GTS 718 4.0L Manual (400 Bhp) 01/2019>>
• Porsche Boxster GTS 718 4.0L PDK (400 Bhp) 01/2019>>
• Porsche Boxster Spyder / Spyder RS 718 4.0L 01/2019>>
• Porsche 992.1 Turbo 3.8L 2020-24
• Porsche 992.1 Turbo S 3.8L 2020-24
• Porsche 992.1 Turbo Cabriolet 3.8L 2020-24
• Porsche 992.1 Turbo S Cabriolet 3.8L 2020-24
• Porsche 992.2 Carrera 2 3.0L 2024>>
• Porsche 992.2 Carrera 2 3.0L Cabriolet 2024>>
• Porsche Cayman GTS 718 4.0L Manual (400 Bhp)
• Porsche Cayman GTS 718 4.0L PDK (400 Bhp)
• Porsche 9YA Cayenne V6 3.0L Petrol (340Hp) 2018-23
• Porsche 9YA Cayenne Coupe V6 3.0L Petrol (340Hp) 2019-23
• Porsche 9YA Cayenne S V6 2.9L Petrol (440Hp) 2018-23
• Porsche 9YA Cayenne Coupe S V6 2.9L Petrol (440Hp) 2019-23
• Porsche 9YA Cayenne GTS V8 4.0L Petrol (460Hp) 2020-23
• Porsche 9YA Cayenne Coupe GTS V8 4.0L Petrol (460Hp) 2021-23
• Porsche 9YA Cayenne Turbo V8 4.0L Petrol (550Hp) 2020-23
• Porsche 9YA Cayenne Coupe Turbo V8 4.0L Petrol (550Hp) 2019-23
• Porsche 9YA.2 Cayenne V6 3.0L Petrol (353Hp) 2023>>
• Porsche 9YA.2 Cayenne Coupe V6 3.0L (353Hp) 2023>>
• Porsche 9YA.2 Cayenne S V8 4.0L Petrol (474Hp) 2023>>
• Porsche 9YA.2 Cayenne S Coupe V8 4.0L (474Hp) 2023>>
• Porsche 971.1 Panamera 4S 2.9L Twin-Turbo V6 Sport Turismo 2017-20
• Porsche 971.2 Panamera 2.9L V6 2021-23
• Porsche 971.2 Panamera 4 2.9L V6 2021-23
• Porsche 971.2 Panamera 4 Sport Turismo 2.9L V6 2021-23
• Porsche 971.2 Panamera 4S 2.9L V6 2021-23
• Porsche 971.2 Panamera 4S Sport Turismo 2.9L V6 2021-23
• Porsche 976 Panamera V6 2.9L 2023>>
• Porsche 976 Panamera 4 V6 2.9L 2023>>
• Porsche 95B.2 Macan Petrol 2.0L (245Bhp) 2019-21
• Porsche 95B.2 Macan S Petrol 3.0L V6 (354Bhp) 2019-21
• Porsche 95B.2 Macan GTS Petrol 2.9L V6 (380Bhp) 2019-21
• Porsche 95B.2 Macan Turbo 2.9L V6 (440Bhp) 2019-21 

• Measures boost and intake manifold pressure in real time
• Sends pressure data to the engine control unit (ECU)
• Helps regulate turbocharger boost levels
• Supports accurate fuel injection and ignition timing adjustments
• Optimises engine performance, efficiency, and emissions
• Protects the engine from overboost or incorrect pressure conditions

• Reduced engine power or acceleration
• Turbocharger underboost or overboost conditions
• Engine entering limp-home mode
• Check engine light illumination
• Poor throttle response Increased fuel consumption
• Erratic engine performance or hesitation
• Boost pressure-related fault codes stored in the ECU

• Restores accurate boost pressure monitoring
• Ensures correct turbocharger operation and boost control
• Improves throttle response and engine performance
• Supports fuel efficiency and emissions compliance
• Prevents unnecessary strain on turbocharger and engine components
• Reduces the risk of limp mode activation and ECU faults
• Maintains reliable communication between the sensor and engine management system
• Helps preserve the performance, reliability, and driving characteristics of the vehicle