Parts for your 2024 Mitsubishi Triton-Camshaft sensor

2024 Mitsubishi Triton Camshaft Sensor — What it Does and How to Look After It

The 2024 Mitsubishi Triton (MR-series) does use a camshaft position sensor. Mitsubishi service information for the 4N16 2.4‑litre turbo‑diesel specifies both camshaft (CMP) and crankshaft (CKP) sensors for phase detection and fuel injection control. The Mitsubishi electronic parts catalogue (EPC/ASA) lists a dedicated CMP sensor for the 4N16 engine, and independent workshop databases such as Autodata/HaynesPro document relevant diagnostic trouble codes (e.g., P0340, P0341) for this model. That makes the camshaft sensor very much relevant to the 2024 Triton’s engine management.

On the 2024 Triton, the camshaft sensor tells the engine control module exactly where the cam is in its rotation so the ECU can sync injection timing, manage starting cleanly from cold, and coordinate other strategies like EGR and aftertreatment. If the signal drops out, the ute may crank longer, run rough, lose power, and throw a check‑engine light. In some cases the ECU can limp on the crank sensor alone, but performance and emissions take a hit.

There’s no routine replacement interval for the CMP sensor, it’s a “check and rectify if needed” item. During scheduled servicing, it’s smart to have the technician:

• Scan for stored or pending DTCs related to cam/crank correlation (even if the light’s off).
• Inspect the connector and harness on the cylinder head for oil wicking, heat hardening, or chafe.
• Confirm clean, stable signal data and proper cam/crank sync with a scan tool.

Tell‑tale signs of a failing camshaft sensor include hard starting (especially warm), uneven idle, hesitation, reduced fuel economy, and the MIL illuminating with P0340/P0341. Because crank sensor or timing issues can mimic these symptoms, proper diagnosis matters before throwing parts at it.

If replacement is required, go with an OE or high‑quality equivalent and always fit a new O‑ring. Under the bonnet, the CMP sensor is mounted on the cylinder head where it reads a trigger on the camshaft (typically near the front timing cover). Replacement is straightforward: disconnect the battery, unplug the connector, remove the retaining fastener, swap the sensor, lightly oil the O‑ring, refit and torque to spec per the workshop manual. After installation, clear codes, perform an idle relearn if prompted by the scan tool, and verify live data for a clean cam signal. Good battery health and correct oil grade also help ensure reliable sensor operation over the kilometres.

Popular questions

Does the 2024 Mitsubishi Triton have a camshaft sensor?
Yes. Factory service information for the MR‑series Triton with the 4N16 diesel shows a dedicated camshaft position sensor used for phase detection and injection timing. It works with the crank sensor to keep starting, drivability and emissions on point.

What are the common signs of a bad camshaft sensor on a 2024 Triton?
Hard starting, rough idle, hesitation, reduced power, higher fuel use, and a check‑engine light are typical. Fault codes often include P0340 or P0341. Because similar symptoms can come from the crank sensor or timing concerns, a scan and signal check is the best next step.

Should the camshaft sensor be replaced as preventive maintenance?
Not usually. It’s replaced when testing confirms a fault. Keep the connector clean, ensure the harness isn’t rubbing, and use the correct oil. If replacement is needed, fit a new O‑ring, torque to spec, then clear codes and verify cam/crank sync with a scan tool.