In most Malibu engines there is one camshaft position sensor; some V6 DOHC configurations may use two, one for each bank. The exact count depends on the model year and engine type. For a precise answer, check your specific powertrain details.
Common CMP sensor counts by Malibu engine
Engine choice largely determines the number of camshaft position sensors. The following outlines typical configurations you’re likely to encounter across Malibu models.
- Four-cylinder DOHC engines (e.g., 2.5L, 2.4L variants): typically 1 camshaft position sensor.
- Two-liter or other single-bank turbocharged inline-four engines: usually 1 camshaft position sensor.
- V6 DOHC engines (older Malibu generations that offered a 3.6L or similar): commonly 2 camshaft position sensors, one on each cylinder head bank.
In practice, most Malibu owners with four-cylinder powertrains will find a single CMP sensor, while V6-equipped models are more likely to have two. Always verify with the specific engine code and model year for your vehicle.
How to verify the exact count on your Malibu
To confirm for your exact model, locate the camshaft position sensors on the engine and cross-check with official GM service data for your VIN and engine code. The following steps can help you determine the precise count on your car.
- Identify your engine type and year from the VIN or owner’s manual.
- Visually inspect the engine: CAM sensors are mounted near the camshafts atop the cylinder heads; count how many sensors are present.
- Consult the GM service information portal or a dealership technician to confirm the sensor count for your exact powertrain.
If in doubt, a qualified mechanic can quickly verify the number of camshaft position sensors and advise on any related diagnostic steps.
Summary
For most Chevy Malibu models, you’ll find one camshaft position sensor on four-cylinder engines. If the vehicle uses a DOHC V6 setup, there are often two CMP sensors, one per bank. Engine year and specific powertrain determine the exact configuration, so check the engine code or service documentation to be sure.