Parts for your 2018 Ford Kuga-Crank angle sensor

2018 Ford Kuga crank-angle sensor (CKP): what it does and how to look after it

Yes — the 2018 Ford Kuga is fitted with a crank-angle sensor, commonly called the Crankshaft Position (CKP) sensor. Technical sources that document its use include the Ford Workshop Manual (WSM) for 2017–2019 Kuga/Escape, Section 303-14 (engine management), which details CKP sensor location and testing, Ford ETIS/EPC parts catalogues that list a CKP sensor for the 1.5L EcoBoost, 2.0L EcoBoost and 2.0L TDCi engines, and mainstream service data from Autodata and Haynes that provide CKP diagnostic and replacement procedures for this vehicle range.

On the Kuga, the CKP sensor tracks the crankshaft’s exact position and speed. The engine control module uses that signal for spark timing, fuel injection timing, variable valve timing coordination, and misfire detection. If the CKP signal drops out, the engine generally won’t start, and faults such as P0335–P0339 are common. It’s one of those quiet achievers that keeps the whole show running smoothly under the bonnet.

There’s no scheduled interval to replace a CKP on a healthy Kuga, but a quick look during servicing goes a long way. Check the connector and harness routing for chafe, heat damage or oil contamination, especially where the loom runs close to the block or bellhousing. Keep the area free of built-up grime or metallic debris that could interfere with the sensor’s magnetic pick-up and the crank reluctor ring.

• Tell-tale signs of a failing CKP include hard starting or random stalling (often worse when hot), an erratic or dead tacho during crank, rough running with poor fuel economy, and a check-engine light with CKP-related DTCs.
• Before condemning the sensor, rule out wiring/connector issues and confirm a clean, even reluctor ring signal with appropriate test gear.

Replacement on the Kuga is straightforward for a trained tech: disconnect the battery, gain access (often by removing the undertray or airbox, depending on engine variant), unplug the connector, remove the retaining bolt, and ease out the sensor. Lightly lubricate the O-ring on the new unit, seat it squarely, and tighten to the workshop manual torque spec. Coding or relearn isn’t typically required on these Fords, clear any codes and perform a road test to confirm stable crank and cam sync data. Use an OEM-quality sensor — cheap copies can cause hot-soak faults that are a real headache across Aussie and Kiwi summers.

Bottom line: while the CKP doesn’t need routine replacement, it deserves a quick inspection at service time, and prompt attention if drivability gremlins or CKP fault codes appear.

FAQs

Where is the crank-angle (CKP) sensor on a 2018 Ford Kuga?
Location varies by engine. On many 1.5L/2.0L EcoBoost petrols it’s mounted to the block near the crank pulley at the front side of the engine. On the 2.0L TDCi diesel it’s commonly positioned near the flywheel/bellhousing area. The exact spot is best confirmed via the Ford WSM by VIN/engine code.

Can a bad CKP cause intermittent cut-out when hot?
Yes. Heat-soak can aggravate an internal CKP fault, leading to sudden stalls or a no-start until it cools. A scan for DTCs and a scope check of the CKP signal under heat is the right approach, along with a careful look at wiring and the connector.

Do I need to replace the camshaft sensor at the same time?
Not usually. If only CKP-related codes are logged (P0335–P0339), replace or repair the CKP circuit. If you’re seeing correlation codes like P0016–P0019, further diagnosis is needed to check both sensors, timing components, and the reluctor targets.