Parts for your 2013 Ford Ranger-Crank angle sensor

2013 Ford Ranger crank angle sensor: what it is, why it matters, and how to look after it

Based on technical sources, a crank-angle sensor is relevant and fitted to the 2013 Ford Ranger. The Ford Workshop Manual for the PX Ranger (2011–2015) lists a crankshaft position (CKP) sensor—commonly called a crank-angle sensor—on both the 2.2L and 3.2L Duratorq TDCi engines. Ford service information and parts catalogues show this sensor as standard equipment, and common diagnostic references note DTCs such as P0335–P0339 for CKP faults on this model. So yes, the 2013 Ranger definitely uses a crank-angle (crankshaft position) sensor.

For the 2013 Ford Ranger, the crank-angle sensor is the engine’s timekeeper. It tracks the crankshaft’s exact position and speed, feeding the ECU live data so fuel injection and (where applicable) timing events happen bang on cue. On the 2.2 and 3.2 Duratorq diesels, that precise signal is what keeps starting crisp, idling smooth, power delivery consistent, and emissions in check. If the signal goes missing or messy, the ECU can’t coordinate injection properly, which is why a dodgy sensor can cause a no-start or sudden stall.

It’s not a routine replacement item, but it is worth attention during servicing. Under the bonnet, give the engine harness a quick once-over—especially the crank sensor lead where it runs past hot or vibrating components. Look for chafing, oil contamination, or broken clips. If the sensor has a magnetic tip, any build-up of fine metal fuzz can degrade the signal, cleaning off debris during other engine work is a simple win.

Common signs the Ranger’s crank-angle sensor needs love include:

• Long crank or no-start when hot or cold
• Random stalling, rough idle, or limp mode
• Intermittent loss of tachometer signal
• Check engine light with codes like P0335–P0339

On the PX Ranger, the sensor is typically mounted near the bellhousing (reading a tone wheel on the flywheel), some variants place it by the crank pulley. Replacement is a straightforward remove-and-refit job for a competent home mechanic: disconnect the battery, unplug the connector, remove the retaining bolt, swap the sensor, and refit the bolt to the specified torque. Use a quality genuine or OEM-equivalent sensor—cheap copies can cause weak or noisy signals. Most Rangers don’t need special shimming, the air gap is built into the sensor design. After installation, clearing fault codes and checking live data (RPM while cranking) is wise. Some scan tools offer a cam/crank relearn, it’s not always required, but if available in the service menu, it’s good practice.

As part of regular servicing, keeping connectors clean and the loom correctly clipped, plus addressing any oil leaks above the sensor, will go a long way towards reliable running across Aussie and Kiwi kilometres.

FAQs

Does a 2013 Ford Ranger have a crank-angle sensor?
Yes. The PX-series 2013 Ranger uses a crankshaft position (crank-angle) sensor on both the 2.2L and 3.2L Duratorq TDCi engines. It provides the ECU with crank position and speed so injection timing stays on point.

Where is the crank-angle sensor on a 2013 Ranger 3.2?
On most 3.2 TDCi engines, it’s mounted near the rear of the engine by the bellhousing, reading a tone wheel on the flywheel. Some variants place it near the crank pulley. If unsure, follow the harness from the lower engine loom.

Do I need to program anything after replacing the sensor?
Often it’s plug-and-play: clear any codes and check for clean RPM signal. Some scan tools offer a cam/crank relearn function, if available, running it helps the ECU confirm correlation, especially if other timing-related work has been done.