Parts for your 2017 Honda Cr-v-Camshaft sensor

2017 Honda CR‑V Camshaft Sensor

Yes — the 2017 Honda CR‑V uses a camshaft position sensor (CMP). This is documented in Honda’s 2017 CR‑V Service Information (Engine Controls), which includes CMP sensor diagnostics and DTCs such as P0340 and P0341, and in the Honda Electronic Parts Catalogue for both available engines (1.5‑litre turbo L15B7 and 2.4‑litre K24W). Industry repair databases used by workshops across Australia and New Zealand (e.g., ALLDATA and Mitchell 1) also list inspection and replacement procedures for the CMP sensor on this model.

The camshaft sensor on a 2017 Honda CR‑V is a small but mighty bit of kit. Its job is to tell the engine control unit exactly where the camshaft is in its rotation, so the ECU can fire the injectors and spark at the right moment and keep valve timing strategies (like VTC) on point. In day‑to‑day terms, that means quick starts, smooth idle, decent fuel economy and tidy emissions. Without a clean signal from the CMP, the car can crank longer than it should, feel doughy off the mark, or even drop into limp mode. The check engine light usually joins the party with codes like P0340/P0341 or a crank/cam correlation code.

Good news: the camshaft sensor isn’t a scheduled service item. On a CR‑V, it’s typically inspected only if there are symptoms. During major services, a quick look under the bonnet to check the harness, connector and any oil weep around the sensor’s O‑ring is worthwhile, especially on higher‑kilometre or hotter‑running turbo models. If the sensor fails, replacement is normally straightforward: remove the engine cover, unplug the connector, undo the retaining bolt, swap the sensor (fit a fresh O‑ring), and torque the fastener to the spec in the Honda service manual. No special programming is usually needed — clear the codes, take a road test, and the ECU will sort itself.

For owners weighing up parts, a genuine Honda sensor is a safe bet, but quality aftermarket options can work well if they meet OEM spec. What really matters is installing it cleanly: don’t yank on the loom, keep grit away from the bore, and avoid over‑tightening. If a new sensor doesn’t fix the drama, look deeper — wiring damage, oil intrusion at the connector, or timing/VTC issues can mimic a bad CMP signal. A workshop with a scope can confirm the cam and crank patterns match what Honda expects.

• Common signs: long crank, rough idle, misfire feel, poor economy, sudden loss of power, MIL on (P0340/P0341, sometimes P0016).
• Quick tip: inspect the connector for oil or corrosion and use dielectric grease on reassembly.

Popular questions about the 2017 Honda CR‑V camshaft sensor

Where is the camshaft sensor on a 2017 CR‑V?
It’s mounted on the cylinder head at the timing end, beneath the plastic engine cover. Exact position and orientation vary slightly between the 1.5‑litre turbo and the 2.4‑litre engines, but it’s accessible with basic hand tools and a bit of care around the wiring.

Look for a small two‑ or three‑pin sensor held in with a single bolt. If unsure, a workshop manual diagram makes the spot‑check easy under the bonnet.

Can you drive with a bad camshaft sensor?
Sometimes — but it’s not a great idea. The car may start and run, then hesitate, stall, or fall into limp mode. Prolonged driving with an erratic CMP signal can lead to poor fuel economy and may contribute to misfires that aren’t kind to the catalytic converter.

If the light’s on and it’s playing up, it’s best to diagnose and fix it promptly to avoid getting stranded.

Do you need to reprogram anything after replacing the sensor?
Typically, no. On the 2017 CR‑V, the ECU will adapt to a new camshaft sensor once fault codes are cleared and the vehicle is driven. There’s usually no special relearn procedure required.

If a code like P0016 returns after fitting a known‑good sensor, check wiring integrity and mechanical timing or VTC operation before blaming the new part.