Parts for your 2014 Mitsubishi Outlander-Camshaft sensor

2014 Mitsubishi Outlander camshaft sensor — what it does and when to replace it

Based on Mitsubishi technical sources, the 2014 Outlander is fitted with a camshaft position sensor. The Mitsubishi Motors Service Manual for the 2014 Outlander (GF2W/GF3W/GF4W and GG2W PHEV) identifies a camshaft position (CMP/PHASE) sensor used by the engine control module for timing and synchronisation. Mitsubishi’s ASA electronic parts catalogue also lists a camshaft position sensor for the 2.0L 4J11, 2.4L 4J12, 3.0L 6B31 V6, and the PHEV’s 2.0L 4B11 engine. That means this model relies on a cam sensor for proper operation.

On the 2014 Outlander, the camshaft sensor tells the ECU exactly where the cam(s) sit relative to the crank, so it can fire the spark and inject fuel at the right moment and keep MIVEC variable valve timing on song. It’s key for quick starts, smooth idle, decent fuel economy, and clean tailpipe emissions. The four-cylinder petrol typically runs a single CMP on the cylinder head (usually at the intake cam), while the 3.0L V6 uses two sensors (one per bank). The PHEV’s 2.0L engine also uses a CMP for phase detection during engine operation.

They’re not a scheduled service item, but a quick look at each service pays off. Check the connector and loom under the bonnet for broken clips, rubbed-through insulation, or oil wicking into the plug. If there’s oil in the connector, sort the leak and replace the sensor’s O-ring when fitting a new unit. Use quality parts — bargain-bin sensors can cause intermittent dramas.

Common symptoms of a crook cam sensor include long crank or no start, rough idle, misfire, sudden loss of power, higher fuel use, and the check engine light with fault codes such as P0340/P0341 (and on multi-sensor setups, codes like P0345/P0365). Don’t forget, similar symptoms can come from wiring faults, a failing crank sensor, or timing issues, so scan it first and test before throwing parts at it.

Replacement is straightforward: disconnect the battery, remove the engine cover, unplug the sensor, pull the retaining bolt, then twist and lift the sensor out. Lightly oil the new O-ring, refit, and torque the bolt to spec per the factory manual. After replacement, clear the codes and let the ECU relearn idle. On PHEV and V6 models, ensure the correct bank/sensor is replaced and use a scan tool for a clean reset.

• Best practice: verify power, ground, and signal at the connector before replacement.
• Keep the area clean — grit on the O-ring can cause leaks later.
• If codes return, recheck loom routing and connectors for tension or pin damage.

Where is the camshaft sensor on a 2014 Outlander, and how many are there?

Most 4-cylinder petrol models have one sensor on the cylinder head near the intake cam. The 3.0L V6 uses two sensors, one on each bank. The PHEV’s 2.0L engine also has a single cam sensor. Access usually involves popping off the engine cover and working from the top of the motor.

If you’re not sure which engine you’ve got, check the build plate or use the VIN to confirm. The right sensor location and part can vary slightly by engine code.

Which fault codes point to a camshaft sensor issue on this model?

Typical codes include P0340 and P0341 for the primary cam signal. On engines with multiple sensors, you may also see P0345 or P0365 indicating a specific bank or sensor circuit. These codes can also flag wiring problems or timing faults, so it’s smart to scope or test the circuit, not just the sensor.

After repairs, clear codes and road test. If a code comes straight back, recheck connectors, power/ground integrity, and mechanical timing.

Does the camshaft sensor need regular servicing or calibration?

No scheduled servicing or calibration is required. Just keep an eye on the wiring and plug condition during routine maintenance. After replacement, clear fault codes and let the ECU relearn idle, a quick drive cycle helps the MIVEC system settle in.

If the engine has recently had timing work, ensuring correct cam timing is just as important as sensor health to avoid repeat cam/crank correlation codes.