Parts for your 2017 Ford Everest-Crank angle sensor

2017 Ford Everest crank-angle sensor: what it does and when to replace it

Yes, the 2017 Ford Everest is fitted with a crank-angle sensor (more commonly called a crankshaft position or CKP sensor). Technical sources that document this include the Ford Workshop Manual for the Ranger/Everest platform (2015–2018) which lists removal and installation procedures for the CKP sensor on both the 3.2L and 2.2L Duratorq TDCi engines, the Ford Australia parts catalogue (Microcat/ECAT) which carries Everest-specific CKP sensor part numbers for those engines, and Bosch engine management documentation for the EDC17 system used on Duratorq diesels, which requires a CKP signal for injection timing and engine synchronisation.

On a 2017 Everest, the crank-angle sensor’s job is to tell the engine computer exactly where the crankshaft is in its rotation and how fast it’s spinning. That live signal is the heartbeat for fuel injection timing, turbo and EGR control, and on diesels, precise pilot/main injection events. Without a crisp CKP signal, the Everest can be hard to start, run rough, drop into limp mode, or not start at all.

The sensor is mounted to the engine block and reads a toothed reluctor on the crankshaft or flywheel. It doesn’t have scheduled replacement like filters or belts, but it’s smart to give it some love during routine servicing—especially on vehicles that see corrugations, river crossings, and long kilometres around Australia or New Zealand.

• Visual checks: Look for oil intrusion, damaged wiring or a loose connector. Clean off caked mud and metal filings from the sensor tip.
• Electrical health: If starting is slow or the tacho is erratic, scan for fault codes such as P0335/P0336 and confirm that cranking RPM is present in live data.
• When to replace: Persistent hard starts when hot or cold, random stalling, or a no-start with a P0335 are strong clues. Use a quality OEM or genuine sensor to avoid signal noise issues.
• Replacement basics: Disconnect the battery, unplug the sensor, remove its retaining bolt, and swap it like-for-like. Don’t pry on the tone wheel and don’t shim the sensor—air gap is engineered into the design.

Most workshops knock this over in under an hour. After fitting, clear codes and verify stable cranking RPM and smooth idle. A quick harness inspection and a dab of dielectric grease on the connector during regular services can prevent intermittent faults down the track.

Popular questions

Where is the crank-angle sensor on a 2017 Ford Everest?

On the 3.2L and 2.2L Duratorq diesels it’s typically mounted on the engine block reading a reluctor on the crank or flywheel, often accessed from low on the block near the bellhousing. Many techs reach it from underneath with the vehicle safely supported, on some variants it can be reached from the wheel arch.

What are the symptoms of a failing crank-angle sensor on this model?

Common signs include long cranking, random stalling, misfire-like surging, an inoperative or jumpy tacho, and fault codes such as P0335/P0336. In some cases it’ll be a crank–no-start until the sensor cools. If live data shows no cranking RPM, the CKP signal is a prime suspect.

Does the crank-angle sensor need regular servicing?

It’s not a scheduled service item, but checking the connector, wiring, and cleanliness during routine services is worthwhile. If the Everest sees lots of off-road dust or mud, a quick clean and an inspection at each oil change can prevent intermittent faults later on.