Parts for your 2016 Ford Ranger-Crank angle sensor

2016 Ford Ranger crank-angle sensor: what it does, where it is, and when to replace it

Yes, the 2016 Ford Ranger does use a crank-angle sensor (commonly called a crankshaft position or CKP sensor). Ford’s PX/PX2 Workshop Manual for the T6 Ranger (2015–2018) documents the CKP sensor under Electronic Engine Controls with removal/installation procedures for the 2.2L and 3.2L Duratorq TDCi engines. Motorcraft/Ford wiring diagrams list the dedicated CKP circuit, and OEM parts catalogues include a CKP sensor for these engines. Those technical sources confirm the sensor is fitted and critical to engine management on MY2016 Rangers.

On a 2016 Ranger, the crank-angle sensor lets the engine computer know exactly where the crankshaft is in its rotation and how fast it’s spinning. That timing data is the backbone for fuel injection and, on petrol variants, ignition timing. On the 2.2 and 3.2 TDCi diesels, the ECU uses the CKP signal alongside the cam sensor to control injection events down to the millisecond. If the CKP signal drops out, the ute can be hard to start, misfire, stall, or log faults like P0335—sometimes it won’t fire at all.

As part of routine servicing, there’s not heaps to “maintain” on the sensor itself, but a few practical checks keep it happy:

• Inspect the CKP wiring and connector under the bonnet for rubbing, oil contamination, or corrosion. These utes work hard and loom chafe is common.
• If you’ve had a front-end seal leak or a recent timing/drive belt job, make sure the trigger wheel area is clean and the sensor hasn’t been bumped.
• Scan for stored CKP-related codes or sync errors during scheduled services—especially if cranking is longer than usual when cold.

Replacement is straightforward for a pro: disconnect the battery, unplug the sensor, remove the retaining bolt, swap the sensor and O-ring, then torque to spec. Many Rangers won’t need a relearn, but a quick crank/cam correlation or idle learn with a scan tool is good practice to avoid rough running. Always use quality parts, cheap sensors can cause intermittent no-starts that’ll drive anyone spare.

If the ute shows symptoms like sudden stalling, a dead tacho while cranking, or no-start after a hot soak, it’s worth testing the CKP signal and power/earth before throwing parts at it. Given how crucial timing data is on these engines, a healthy crank-angle sensor keeps the Ranger starting first pop and pulling hard under load.

Popular questions about the 2016 Ford Ranger crank-angle sensor

Where is the crank-angle (CKP) sensor located on a 2016 Ranger?
On the 2.2L and 3.2L TDCi, it’s mounted at the front of the engine reading the crankshaft reluctor near the harmonic balancer. Access is from the front/right side under the bonnet, remove covers as needed to reach the single retaining bolt and connector.

What are common symptoms of a failing CKP sensor on a 2016 Ranger?
Hard starting, intermittent stalling, no-start when hot, erratic or dead tacho during crank, and fault codes like P0335. Some utes will crank strongly but won’t fire because the ECU can’t see crank speed/position reliably.

Does a 2016 Ranger need a relearn after replacing the CKP sensor?
Often it will start and run without a manual relearn, but performing a crank/cam correlation or idle learn with a scan tool is recommended. It helps stabilise idle and ensures clean synchronisation, especially if the battery’s been disconnected or other engine timing work was done.