Parts for your 2017 Honda Cr-v-Crank angle sensor

2017 Honda CR‑V crank‑angle sensor (CKP): what it does and how to look after it

Yes, the 2017 Honda CR‑V absolutely uses a crank‑angle sensor, commonly listed by Honda as the Crankshaft Position (CKP) Sensor. Technical references such as the Honda Factory Service Manual for the 2017 CR‑V (Engine/PGM‑FI sections covering CKP sensor operation and DTCs P0335/P0336), Honda’s electronic parts catalogue listings for the 1.5L turbo (L15B7) and 2.4L (K24) engines, and standard OBD‑II diagnostics all confirm a fitted CKP sensor on this model.

On this CR‑V, the crank‑angle sensor keeps the engine in sync. It reads a toothed reluctor on the crankshaft to track crank angle and engine speed in real time. The ECU uses that info to time fuel injection and spark, manage variable valve timing, monitor misfires, and get clean starts on cold mornings. Without a clean CKP signal, the engine can be hard to start, run rough, or not run at all.

It’s a sealed, non‑serviceable electronic pickup mounted on the engine block near the crankshaft. On both the 1.5L turbo and 2.4L engines, access is typically from under the bonnet or from beneath with the undertray off, depending on tools and lift. While it doesn’t have a set replacement interval, it pays to keep an eye on it during routine servicing:

• Check the connector and wiring for oil weep, corrosion, or chafing.
• Avoid blasting it with a pressure washer, moisture in the plug can upset the signal.
• If the Check Engine light appears with codes like P0335/P0336, diagnose the CKP and wiring before driving long distances.

Common symptoms of a failing CKP on a 2017 CR‑V include long crank/no start, intermittent stalling, rough idle, misfires, poor fuel economy, and the MIL on. If replacement is needed, most workshops will:

1. Disconnect the battery negative and safely raise the vehicle if required.
2. Unplug the CKP connector, remove the hold‑down bolt, and extract the sensor.
3. Lightly oil the new O‑ring, install, and torque the bolt to the workshop spec.
4. Clear any DTCs, start the engine, and road‑test. A special relearn is usually not required on this model, but a scan‑tool CKP learn can be run if idle quality isn’t spot on.

Using a quality genuine or OE‑equivalent sensor is worth it. It’s a small part that has a big say in how smoothly the CR‑V runs, whether it’s the school run or a long holiday across a few thousand kilometres.

Technical references used: Honda CR‑V 2017 Factory Service Manual (PGM‑FI/Engine Control – CKP sensor description and DTCs P0335/P0336), Honda electronic parts catalogue for 2017 CR‑V (CKP sensor listing for L15B7 and K24 applications), and OBD‑II service information relating to crankshaft position sensor diagnostics.

Popular questions about the 2017 Honda CR‑V crank‑angle sensor

Where is the crank‑angle (CKP) sensor located on a 2017 CR‑V?
It’s mounted on the engine block adjacent to the crankshaft reluctor ring. Access varies: some trims allow access from the top near the front of the engine, others are easier from underneath after removing the undertray. The exact spot differs slightly between the 1.5L turbo and 2.4L engines, but both are near the lower front of the engine.

What are the signs the CKP sensor is failing on this model?
Tell‑tales include extended cranking or no‑start, random stalling, rough idle, misfires, poor fuel economy, and a Check Engine light. Scan tools often show codes like P0335 or P0336. If it’s intermittent, wiggling the harness at idle might reproduce the fault—handy for a quick driveway check before heading to the mechanic.

Do I need to replace the CKP as preventive maintenance?
No, it’s not a scheduled service item. Replace only if it fails testing or shows damage. During routine services, a quick look for oil contamination at the plug, brittle wiring, or a damaged O‑ring is all that’s needed. If it does need changing, always use a quality part and follow the workshop specs for installation.