Parts for your 2020 Ford Everest-Crank angle sensor

2020 Ford Everest crank-angle sensor (crankshaft position sensor): purpose and service tips

Technical sources including the Ford Everest (MY2020) Workshop Manual and the Ford Electronic Parts Catalogue list a dedicated Crankshaft Position (CKP) sensor for both the 2.0L Bi‑Turbo EcoBlue and 3.2L Duratorq diesel engines. In Ford documentation this is the crank-angle sensor. It’s mounted near the flywheel/bellhousing area to read a toothed reluctor and send precise crank position and speed data to the powertrain control module (PCM).

On the 2020 Ford Everest, the crank-angle sensor is essential. The PCM uses its signal to time fuel injection, manage rail pressure and turbo strategies, stabilise idle, and monitor engine speed for safety and emissions. If the CKP signal drops out, the engine may not start, or it may stall because the PCM can’t establish exact crank angle.

As a service item, the CKP sensor isn’t consumable, but it should be considered during scheduled maintenance. A quick visual check for harness chafing, oil contamination at the sensor boss, loose retainers, or connector corrosion goes a long way. Keeping the area clean and dry helps the sensor read the reluctor teeth reliably.

• Common symptoms of a failing CKP: long crank/no start, intermittent stall, rough idle, rev counter dropouts, and DTCs like P0335–P0339.
• Basic replacement guidance: disconnect the battery, safely raise the vehicle, unplug the CKP connector, remove the single retaining bolt, withdraw the sensor and O‑ring, lightly oil a new O‑ring, refit, route the loom correctly, and clear fault codes. Always follow the workshop manual for access steps and torque specs.
• After replacement: use a scan tool to clear codes and run self‑tests. A special relearn is typically not required on these diesels, but verifying live RPM and sync status is smart.

Owners are best to fit quality OEM‑spec sensors to maintain signal integrity, cheap units can cause false triggers or poor hot restarts. Because the sensor reads a fine tooth wheel, proper mounting and air gap are critical—don’t force it into a dirty bore, and never tug the loom as a handle. If water crossings or underbody washing are part of life in Aotearoa or Aus, periodic inspection of the connector seal is good practice. With clean connections and correct fitment, the crank-angle sensor on a 2020 Everest should deliver years of drama‑free service.

Popular questions

Where is the crank-angle (CKP) sensor on a 2020 Ford Everest?

It’s mounted low on the engine at the transmission bellhousing area, reading the flywheel/reluctor teeth. Access is usually from underneath. The exact position and access steps vary slightly between the 2.0L Bi‑Turbo and 3.2L Duratorq, so checking the engine‑specific workshop procedure is recommended.

Can a bad crank-angle sensor cause a no‑start on a 2020 Everest?

Yes. Without a clean CKP signal, the PCM can’t determine crank position or speed, so it won’t command injection. Drivers may see extended cranking, no tach movement, and codes like P0335. Intermittent faults can also cause random stalling when hot.

Should the CKP sensor be replaced as routine maintenance?

No. It’s not a scheduled replacement item. Instead, include it in inspections: look for harness damage, oil leaks into the connector, or signs of physical impact. Replace it only if fault codes, testing, or symptoms point to a failing sensor.