Mass Air Flow Sensor MAF 4 Pin For Ford F-150 Heritage Taurus Crown Victoria Windstar Contour Lincoln Town Car Mercury Sable Cougar Grand Marquis Mystique Fits V6 V8 Models
UPC:
✔️ 4-pin MAF sensor compatible with Ford/Lincoln/Mercury, bolt-on
This Mass Air Flow Sensor (MAF) is a 4-pin, bolt-on replacement designed to measure air entering the intake and feed data to the engine control unit for precise fuel delivery. It’s typically used in late-90s to early-2000s Ford, Lincoln, and Mercury cars and trucks, including popular F-150, Crown Victoria, Taurus, Contour, and Town Car models.
✅ Vehicle fitment: Ford F-150 97-03 V6 4.2L; F-150 Heritage 2004 V6 4.2L; Contour 99-00 2.5L; Crown Victoria 96-99 V8 4.6L (Engine VIN W); Taurus 96-99 3.0L(DOHC); Windstar 96-98 V6 3.8L; Lincoln Town Car 96-99 V8 4.6L (Engine VIN W); Mercury Cougar 99-02 V6 2.5L; Grand Marquis 96-99 V8 4.6L (Engine VIN W); Mystique 99-00 2.5L; Sable 96-99 3.0L(DOHC)
✅ Reference numbers: MAS0128, AFH7011, F6ZF12B579AA, F6ZZ12B579AA, F6ZZ12B579AARM, FS1513215, FS1513215R00, 869540, 2451029
✅ Specifications: 4 bolt holes, 4 terminals, blade terminals, plastic material, bolt-on mounting
✅ Function: Detects the engine's air intake, ECU enables accurate fuel injection; maintains tolerances and readings; reduces intermittent failures and extends life
✅ Buy with Confidence: A-Premium offers a one-year unlimited-mileage guarantee on our meticulously crafted F-150 Mass Air Flow Sensor. We offer a wide variety of automotive accessory categories, ensuring that you can hit the road with peace of mind
This section is a handy overview of what to expect with this type of sensor.
💡 What is a mass air flow sensor and why does it matter for engine performance?
In simple terms, it provides the engine computer with data to dial in fuel flow for efficient combustion. - It measures air entering the engine to help balance fuel delivery and emissions - It improves idle stability and throttle response by providing accurate readings - It supports diagnostics by signaling when readings drift outside normal ranges