Parts for your 2019 Ford Everest-Crank angle sensor

2019 Ford Everest crank‑angle sensor: fitted, what it does, and how to look after it

Yes, the 2019 Ford Everest uses a crank‑angle sensor (Ford calls it the Crankshaft Position or CKP sensor). Technical sources that confirm this include the Ford Everest/Ranger PX III Workshop Manual (Engine Control, Section 303‑14, Description and Operation), the factory wiring diagrams that show the CKP circuit into the PCM, and Ford’s parts catalogue listings for both the 2.0‑litre EcoBlue Bi‑Turbo and the 3.2‑litre Duratorq TDCi engines.

On the 2019 Everest, the crank‑angle sensor is the PCM’s primary timekeeper. It reads the toothed wheel on the crank and feeds the computer exact crank angle and speed so the engine can fire injectors, manage boost and EGR, and coordinate with the cam sensor for clean starts and smooth running. Lose that signal and you’ll often get crank/no‑start, sudden stalling, erratic idle, or limp‑home. Fault codes typically logged include CKP circuit performance or correlation faults with the cam sensor.

It’s not a scheduled replacement item, but it deserves attention during servicing, especially on high‑kilometre vehicles that see dust, mud, or salt. Depending on engine variant, the sensor mounts at the block to read a tone ring, or at the bellhousing to read the flywheel. Either way, it needs a clean, solid mount and an undamaged harness.

• Tell‑tales of trouble: extended cranking, random cut‑outs, surging under load, a dead tacho while cranking, or CKP/CMP DTCs.
• Quick checks: inspect the connector for oil intrusion or corrosion, make sure the loom isn’t rubbing on brackets, and look for metal debris on the sensor tip.
• Good practice: keep the area free of built‑up grime at service time, especially after off‑road trips.

When replacement is needed, go with a quality OE‑spec sensor. Disconnect the battery, remove the retaining bolt, and ease the sensor out without levering against the housing. Clean the mounting face, the air gap is typically fixed by design, so don’t shim it. Lightly oil the O‑ring on the new unit, seat it squarely, and torque the fastener to spec. After refit, clear codes and perform a crank profile relearn/initialisation with a capable scan tool if the procedure is available—some PCMs adapt automatically, but a relearn helps prevent misfire detection false flags. Always road‑test, then recheck for pending codes.

Pro tip: if CKP faults persist, verify cam sensor health and timing, check battery/ground integrity, and scope the CKP waveform, wiring faults and damaged tone rings can mimic a bad sensor.

Popular questions

Does the 2019 Ford Everest have both cam and crank sensors?
Yes. The PCM uses the crank‑angle (CKP) sensor for engine speed and position, and the cam (CMP) sensor for phase. Together they enable quick starts, accurate injection timing, and misfire monitoring. A fault with either can trigger limp mode or a no‑start.

Do you need a relearn after replacing the crank‑angle sensor?
Often recommended. Many Everests will self‑adapt, but running a crank profile relearn with a proper scan tool helps the PCM map the new signal cleanly, reducing false misfire detections and stabilising idle and tip‑in behaviour.

Where is the crank‑angle sensor on the 2019 Everest?
Location varies by engine. On the 2.0‑litre Bi‑Turbo it’s typically mounted to the block reading a tone wheel, on the 3.2‑litre five‑cylinder it’s commonly positioned near the bellhousing reading the flywheel. Access is from underneath, a torch and patience help.