MAP Sensor Spacer for 2011-2019 Ford 6.7L Powerstroke

The SPELAB MAP Sensor Spacer is engineered to protect your 2011–2019 Ford F-250 and F-350 trucks intake manifold absolute pressure (MAP) sensor from contamination caused by EGR (Exhaust Gas Recirculation) and PCV (Positive Crankcase Ventilation) systems. These systems often introduce exhaust gases, oil vapors, and carbon buildup into the intake path, which can coat and foul the sensor. A contaminated MAP sensor may deliver inaccurate readings, leading to poor fuel injection control, reduced fuel economy, and compromised engine performance.

This billet aluminum spacer repositions the MAP sensor into a cleaner airflow path, reducing exposure to deposits and helping maintain accurate sensor readings.

Fitments

• 2011–2019 Ford F-250 / F-350 6.7L Diesel Powerstroke

Key Features

• Contamination Protection – Keeps the MAP sensor cleaner by reducing exposure to EGR/PCV deposits, oil vapors, and soot.

• Durable Build – CNC-machined from billet aluminum with black anodized coating for excellent corrosion resistance.

• Direct Fit Installation – No cutting or drilling required; mounts directly between the sensor and intake manifold.

• Improved Performance – More accurate sensor readings result in stable fuel economy, consistent throttle response, and reliable power output.

• OE Sensor Included – Comes with a brand-new OE MAP sensor for immediate use.

• Compatibility with Aftermarket Intakes – Designed to fit both factory and performance intake manifolds.

Specifications

What’s Included

• 1 × Black anodized billet aluminum MAP sensor spacer
• 1 × New MAP sensor
• 1 × Stainless mounting bolt
• 1 × Threadlocker tube

Product Highlights

• Repositions the MAP sensor: Moves the sensor away from the direct path of soot and oil-vapor deposits.
• Helps reduce sensor contamination: Designed to limit buildup around the MAP sensor’s sensing area.
• New MAP sensor included: Allows installation without reusing a heavily contaminated existing sensor.
• Billet aluminum construction: CNC-machined aluminum spacer provides a durable mounting solution.
• Black anodized finish: Adds corrosion resistance and a clean appearance.
• Direct-fit installation: Installs at the compatible factory-style sensor location without cutting or drilling.
• Installation components included: The product images show a spacer, new MAP sensor, stainless mounting bolt and threadlocker.

How the MAP Sensor Spacer Works

The MAP sensor measures pressure in the intake system and sends that information to the engine control module. On the 6.7L Powerstroke, soot and oil vapor can collect around the sensor as they move through the intake path.

The spacer changes the sensor’s mounting position so that the sensing element is less directly exposed to the contaminated airflow. It is intended to help reduce deposit accumulation while allowing the sensor to continue monitoring intake pressure.

The spacer does not clean an already contaminated sensor, repair a failed sensor, correct damaged wiring or fix intake-system leaks. This kit includes a new MAP sensor for installation in place of the existing sensor.

Best For

This kit is best suited to 2011–2019 Ford 6.7L Powerstroke owners who want to address recurring MAP sensor contamination without deleting the EGR or crankcase ventilation system.

Consider This Kit If You Are:

• Finding soot or oily deposits on the MAP sensor: The spacer is designed to reduce the sensor’s direct exposure to contaminated intake airflow.
• Repeatedly inspecting or cleaning the existing sensor: Repositioning the sensor may help reduce how quickly deposits accumulate, although periodic inspection is still recommended.
• Replacing a heavily contaminated MAP sensor: The kit includes a new sensor, allowing the old sensor to be replaced during installation.
• Using the truck for towing or high-load operation: Trucks operating under demanding conditions may benefit from more frequent MAP sensor inspection and a mounting position that reduces direct deposit exposure.
• Operating in conditions with extended idling: Long idle periods may contribute to deposit accumulation in the intake system.
• Completing intake-system maintenance: The kit can be installed while inspecting the intake, MAP sensor connector and surrounding components.
• Using a compatible factory-style intake configuration: The spacer is designed around the compatible MAP sensor mounting location used on the listed 6.7L Powerstroke applications.

Problems This Kit Does Not Directly Repair

• A failed MAP sensor circuit or damaged electrical connector.
• Broken, corroded or shorted sensor wiring.
• Boost leaks or other intake-system leaks.
• EGR system faults.
• Turbocharger or charge-air system problems.
• Existing diagnostic trouble codes that have not been properly diagnosed.
• ECU calibration or tuning problems.

Diagnostic note: If the vehicle already has a Check Engine Light or a MAP-related fault code, diagnose the underlying problem before installing the spacer. Sensor contamination may be one possible cause, but it is not the only cause of an incorrect pressure reading.

Frequently Asked Questions

Q: What is the purpose of the MAP Sensor Spacer?

A: The spacer repositions the MAP sensor away from the direct path of soot and oil-vapor deposits circulating through the intake system. This is designed to help reduce contamination around the sensor’s sensing area and keep it cleaner between inspections.

Q: Which vehicles are confirmed to fit this kit?

A: The current product information confirms fitment for 2011–2019 Ford F-250 and F-350 Super Duty trucks equipped with the 6.7L Powerstroke diesel engine.

Q: Does it fit the Ford F-450 or F-550?

A: F-450 and F-550 fitment is not confirmed in the current SPELAB product information. Do not assume compatibility without separately verifying the MAP sensor mounting location and kit fitment.

Q: Will this spacer improve horsepower, throttle response or fuel economy?

A: The spacer does not directly add horsepower or change the engine calibration, and no specific fuel-economy or throttle-response improvement is guaranteed. Its purpose is to reduce deposit exposure around the MAP sensor so the sensor can continue performing its normal pressure-measurement function.

Q: Is this product compatible with aftermarket intake manifolds or intake pipes?

A: Compatibility depends on the aftermarket product’s MAP sensor port, mounting pattern, sensor depth, connector position and available clearance. Verify these details before ordering. Compatibility with every aftermarket intake product is not guaranteed.

Q: Does the kit include a new MAP sensor?

A: Yes. The kit includes a new MAP sensor, allowing installation without reusing a heavily contaminated existing sensor. The current product information does not identify the included sensor as a Ford-branded or verified OE sensor.

Q: Do I need to remove or disable the EGR or crankcase ventilation system?

A: No. The spacer only changes the MAP sensor’s mounting position. It does not remove, bypass or disable the EGR or crankcase ventilation system.

Q: Do I need special tools for installation?

A: Installation uses common hand tools and does not require cutting or drilling. Tool requirements can vary with engine-bay access and the condition of the existing mounting hardware. An installation tool is not confirmed as included with this kit.

Q: How long does installation take?

A: Installation time depends on technician experience, engine-bay access and the condition of the existing sensor and mounting hardware. Some users may complete the installation quickly, but a fixed 15–30 minute installation time is not guaranteed.

Q: Will this spacer cause or prevent a Check Engine Light?

A: The spacer is intended to reposition the sensor rather than alter its electrical signal or ECU calibration. However, it cannot guarantee that a Check Engine Light will not occur. A warning light may be caused by an incorrectly seated sensor, loose connector, damaged wiring, failed sensor, intake leak or another engine-management problem.

Q: Can this kit fix an existing MAP-related fault code?

A: It may help address recurring sensor contamination, but it is not a substitute for proper diagnosis. Existing fault codes should be checked for sensor failure, connector or wiring damage, intake leaks and other possible causes before the kit is installed.

Q: How often should I inspect or clean the MAP sensor after installation?

A: Continue to inspect the MAP sensor as part of normal vehicle maintenance. The spacer may help reduce deposit accumulation, but it does not make the sensor maintenance-free. Inspection frequency depends on mileage, towing, idle time, engine condition and the amount of soot or oil present in the intake system.

Q: Is additional inspection recommended for towing or extended-idle vehicles?

A: Yes. Trucks used for frequent towing, high-load operation, extended idling or demanding driving conditions should have the MAP sensor and intake system inspected periodically.

Q: Can this product be installed on a gasoline engine?

A: No. This kit is specifically listed for compatible 2011–2019 Ford F-250 and F-350 trucks equipped with the 6.7L Powerstroke diesel engine.

Q: Will installing this product affect my vehicle warranty?

A: Warranty coverage depends on the vehicle manufacturer, dealer, applicable warranty terms and the cause of the repair being claimed. Review the relevant warranty terms or contact the warranty provider before installing an aftermarket component.

Installation

Before Installation

• Confirm that the vehicle is a listed 2011–2019 Ford F-250 or F-350 with the 6.7L Powerstroke diesel engine.
• Allow the engine to cool completely.
• Disconnect the negative battery cable.
• Locate the MAP sensor and confirm that its mounting point matches the spacer.
• Inspect the sensor connector, wiring and surrounding intake components for damage.
• Verify that the spacer, new sensor, mounting bolt and threadlocker are present.
• Clean loose dirt from the surrounding area before removing the existing sensor.
• Do not allow dirt or debris to enter the sensor opening.

Basic Installation Steps

1. Disconnect the electrical connector from the existing MAP sensor.
2. Remove the factory sensor retaining bolt and carefully lift the sensor from its mounting location.
3. Inspect the sensor opening and surrounding sealing surface. Remove loose contamination without pushing debris into the intake system.
4. Inspect the new MAP sensor and make sure its seal is present and undamaged.
5. Position the new sensor in the spacer according to the kit configuration.
6. Place the spacer and sensor assembly onto the compatible MAP sensor mounting location.
7. Apply the supplied threadlocker only as required for the mounting fastener. Keep threadlocker away from the sensor, connector and sealing surface.
8. Install the supplied bolt by hand first to confirm correct thread engagement.
9. Tighten the mounting bolt securely without overtightening or damaging the aluminum spacer.
10. Reconnect the MAP sensor electrical connector and confirm that the connector lock is fully engaged.
11. Reconnect the negative battery cable.
12. Start the engine and check the sensor area for movement, an air leak or an unsecured electrical connection.
13. If a Check Engine Light appears, inspect the connector, wiring, sensor seating and installation before driving the vehicle.

Professional installation is recommended if you are unfamiliar with diesel-engine sensors, electrical connectors or intake-system service. Follow the vehicle service information for any required diagnostic and fastener procedures.