Parts for your 2014 Holden Captiva 5-Camshaft sensor

2014 Holden Captiva 5 Camshaft Sensor

Yes, the 2014 Holden Captiva 5 is fitted with camshaft position sensors, and they’re very much relevant to how the engine runs. Technical references from GM Service Information for the 2.4‑litre DOHC petrol used in Captiva 5 (marketed globally as the Antara/Chevrolet Captiva Sport and identified in GM literature as LE9/LAF/A24XE) show two Hall‑effect camshaft position sensors—one on the intake cam and one on the exhaust cam. Holden/ACDelco electronic parts catalogues also list these sensors for CG Series II Captiva 5 models, confirming their use for variable valve timing (VVT) control and sequential fuel injection phasing.

In everyday terms, the camshaft sensor tells the engine computer exactly where the camshafts are in their rotation. Paired with the crankshaft sensor, it lets the ECM time the spark and fuel with precision, and it steers the cam phasers to suit load, revs and throttle. That’s how the Captiva 5 squeezes decent torque and efficiency out of the 2.4‑litre while keeping emissions tidy and cold starts clean. Without a crisp signal from those sensors, the ECM’s flying blind and has to fall back on limp strategies.

When a camshaft sensor starts playing up, the Captiva 5 can be hard to start, stumble off idle, feel flat, or surge as the VVT gets confused. The check engine light will usually ping on, and typical fault codes include P0340/P0341 (intake) or P0365/P0366 (exhaust). Left unchecked, it can bump up fuel use and stress the timing gear.

There’s no routine service interval for a cam sensor, but clean oil is its best mate—sludgy oil and metal fines around the cam targets can upset readings. Replacement is straightforward for a competent DIYer: lift the engine cover, unplug the sensor, remove its single retaining bolt, swap the O‑ringed sensor, then refit and clear codes. On some vehicles a cam/crank correlation relearn with a scan tool restores perfect timing logic. Use quality OE‑equivalent parts and, if you don’t have a scan tool, a quick visit to a workshop to code‑check and relearn is cheap insurance.

• Typical symptoms: long cranks, rough idle, poor power, increased fuel use, MIL on with cam sensor codes.
• Good practice: keep oil changes on schedule, inspect connectors for oil ingress, replace in pairs if fault history suggests intermittent signals.
• After fitting: clear DTCs, road‑test, and perform relearn if required by the service manual.

Popular questions about 2014 Holden Captiva 5 camshaft sensors

How do you know if the camshaft sensor is failing on a Captiva 5?
Most drivers notice longer cranking, a lumpy idle, or a sudden loss of zip as the VVT stops behaving. The check engine light is common, and a quick scan will usually show cam sensor‑related codes like P0340 or P0365. Intermittent issues that come and go with heat are also a classic sign.

If the fault is new, check the wiring and connector for oil contamination or broken locking tabs. If those look fine, the sensor itself—or sometimes its O‑ring allowing oil intrusion—may be the culprit.

Do camshaft sensors need regular servicing or cleaning?
There’s no scheduled service for the cam sensors on a Captiva 5. They’re sealed Hall‑effect units, so cleaning the sensor tip rarely fixes a true internal failure. The best preventative “service” is timely oil changes with the correct spec, as clean oil helps the cam targets and VVT hardware give a stable signal.

Is it safe to keep driving with a bad camshaft sensor?
It might still run, but it’s not ideal. The ECM can guess timing to a point, yet you may get poor performance, higher fuel use, and the risk of stalling at awkward moments. Driving short distances to a workshop is usually fine, but it’s wise to sort it sooner rather than later to avoid collateral issues and failed inspections.